Intel Quartus Prime Pro Settings File Reference Manual
Intel Quartus Prime Pro Settings File Reference Manual
Advanced I/O Timing Assignments
BOARD_MODEL_EBD_FAR_END
Specifies the far-end node to be used in the Electronic Board Description (EBD) path description.
Type
String
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
Syntax
set_instance_assignment -name BOARD_MODEL_EBD_FAR_END -to <to> -entity <entity name> <value>
BOARD_MODEL_EBD_FILE_NAME
Specifies the Electronic Board Description (EBD) file that contains the path description for an I/O pin.
Type
String
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
This assignment supports wildcards.
The value of this assignment is case sensitive.
Syntax
set_instance_assignment -name BOARD_MODEL_EBD_FILE_NAME -to <to> -entity <entity name> <value>
BOARD_MODEL_EBD_SIGNAL_NAME
Specifies the Electronic Board Description (EBD) path description to be used with an I/O pin. You must specify the EBD file name.
Type
String
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
Syntax
set_instance_assignment -name BOARD_MODEL_EBD_SIGNAL_NAME -to <to> -entity <entity name> <value>
BOARD_MODEL_FAR_C
Specifies, in farads, the board trace model far capacitance.
Type
String
Device Support
- Arria 10
- Cyclone 10 GX
- Stratix 10
Notes
This assignment supports wildcards.
Syntax
set_instance_assignment -name BOARD_MODEL_FAR_C -to <to> -entity <entity name> <value> set_global_assignment -name BOARD_MODEL_FAR_C -section_id <section identifier> <value>
BOARD_MODEL_FAR_DIFFERENTIAL_R
Specifies, in ohms, the board trace model far differential resistance.
Type
String
Device Support
- Arria 10
- Cyclone 10 GX
- Stratix 10
Notes
This assignment supports wildcards.
Syntax
set_instance_assignment -name BOARD_MODEL_FAR_DIFFERENTIAL_R -to <to> -entity <entity name> <value> set_global_assignment -name BOARD_MODEL_FAR_DIFFERENTIAL_R -section_id <section identifier> <value>
BOARD_MODEL_FAR_PULLDOWN_R
Specifies, in ohms, the board trace model far pull-down resistance.
Type
String
Device Support
- Arria 10
- Cyclone 10 GX
- Stratix 10
Notes
This assignment supports wildcards.
Syntax
set_instance_assignment -name BOARD_MODEL_FAR_PULLDOWN_R -to <to> -entity <entity name> <value> set_global_assignment -name BOARD_MODEL_FAR_PULLDOWN_R -section_id <section identifier> <value>
BOARD_MODEL_FAR_PULLUP_R
Specifies, in ohms, the board trace model far pull-up resistance.
Type
String
Device Support
- Arria 10
- Cyclone 10 GX
- Stratix 10
Notes
This assignment supports wildcards.
Syntax
set_instance_assignment -name BOARD_MODEL_FAR_PULLUP_R -to <to> -entity <entity name> <value> set_global_assignment -name BOARD_MODEL_FAR_PULLUP_R -section_id <section identifier> <value>
BOARD_MODEL_FAR_SERIES_R
Specifies, in ohms, the board trace model far series resistance.
Type
String
Device Support
- Arria 10
- Cyclone 10 GX
- Stratix 10
Notes
This assignment supports wildcards.
Syntax
set_instance_assignment -name BOARD_MODEL_FAR_SERIES_R -to <to> -entity <entity name> <value> set_global_assignment -name BOARD_MODEL_FAR_SERIES_R -section_id <section identifier> <value>
BOARD_MODEL_NEAR_C
Specifies, in farads, the board trace model near capacitance.
Type
String
Device Support
- Arria 10
- Cyclone 10 GX
- Stratix 10
Notes
This assignment supports wildcards.
Syntax
set_instance_assignment -name BOARD_MODEL_NEAR_C -to <to> -entity <entity name> <value> set_global_assignment -name BOARD_MODEL_NEAR_C -section_id <section identifier> <value>
BOARD_MODEL_NEAR_DIFFERENTIAL_R
Specifies, in ohms, the board trace model near differential resistance.
Type
String
Device Support
- Arria 10
- Cyclone 10 GX
- Stratix 10
Notes
This assignment supports wildcards.
Syntax
set_instance_assignment -name BOARD_MODEL_NEAR_DIFFERENTIAL_R -to <to> -entity <entity name> <value> set_global_assignment -name BOARD_MODEL_NEAR_DIFFERENTIAL_R -section_id <section identifier> <value>
BOARD_MODEL_NEAR_PULLDOWN_R
Specifies, in ohms, the board trace model near pull-down resistance.
Type
String
Device Support
- Arria 10
- Cyclone 10 GX
- Stratix 10
Notes
This assignment supports wildcards.
Syntax
set_instance_assignment -name BOARD_MODEL_NEAR_PULLDOWN_R -to <to> -entity <entity name> <value> set_global_assignment -name BOARD_MODEL_NEAR_PULLDOWN_R -section_id <section identifier> <value>
BOARD_MODEL_NEAR_PULLUP_R
Specifies, in ohms, the board trace model near pull-up resistance.
Type
String
Device Support
- Arria 10
- Cyclone 10 GX
- Stratix 10
Notes
This assignment supports wildcards.
Syntax
set_instance_assignment -name BOARD_MODEL_NEAR_PULLUP_R -to <to> -entity <entity name> <value> set_global_assignment -name BOARD_MODEL_NEAR_PULLUP_R -section_id <section identifier> <value>
BOARD_MODEL_NEAR_SERIES_R
Specifies, in ohms, the board trace model near series resistance.
Type
String
Device Support
- Arria 10
- Cyclone 10 GX
- Stratix 10
Notes
This assignment supports wildcards.
Syntax
set_instance_assignment -name BOARD_MODEL_NEAR_SERIES_R -to <to> -entity <entity name> <value> set_global_assignment -name BOARD_MODEL_NEAR_SERIES_R -section_id <section identifier> <value>
BOARD_MODEL_NEAR_TLINE_C_PER_LENGTH
Specifies, in farads/inch, the board trace model near transmission line distributed capacitance.
Type
String
Device Support
- Arria 10
- Cyclone 10 GX
- Stratix 10
Notes
This assignment supports wildcards.
Syntax
set_instance_assignment -name BOARD_MODEL_NEAR_TLINE_C_PER_LENGTH -to <to> -entity <entity name> <value> set_global_assignment -name BOARD_MODEL_NEAR_TLINE_C_PER_LENGTH -section_id <section identifier> <value>
BOARD_MODEL_NEAR_TLINE_LENGTH
Specifies, in inches, the board trace model near transmission line length.
Type
String
Device Support
- Arria 10
- Cyclone 10 GX
- Stratix 10
Notes
This assignment supports wildcards.
Syntax
set_instance_assignment -name BOARD_MODEL_NEAR_TLINE_LENGTH -to <to> -entity <entity name> <value> set_global_assignment -name BOARD_MODEL_NEAR_TLINE_LENGTH -section_id <section identifier> <value>
BOARD_MODEL_NEAR_TLINE_L_PER_LENGTH
Specifies, in henrys/inch, the board trace model near transmission line distributed inductance.
Type
String
Device Support
- Arria 10
- Cyclone 10 GX
- Stratix 10
Notes
This assignment supports wildcards.
Syntax
set_instance_assignment -name BOARD_MODEL_NEAR_TLINE_L_PER_LENGTH -to <to> -entity <entity name> <value> set_global_assignment -name BOARD_MODEL_NEAR_TLINE_L_PER_LENGTH -section_id <section identifier> <value>
BOARD_MODEL_TERMINATION_V
Specifies, in volts, the board trace model termination voltage.
Type
String
Device Support
- Arria 10
- Cyclone 10 GX
- Stratix 10
Notes
This assignment supports wildcards.
Syntax
set_instance_assignment -name BOARD_MODEL_TERMINATION_V -to <to> -entity <entity name> <value> set_global_assignment -name BOARD_MODEL_TERMINATION_V -section_id <section identifier> <value>
BOARD_MODEL_TLINE_C_PER_LENGTH
Specifies, in farads/inch, the board trace model far transmission line distributed capacitance.
Type
String
Device Support
- Arria 10
- Cyclone 10 GX
- Stratix 10
Notes
This assignment supports wildcards.
Syntax
set_instance_assignment -name BOARD_MODEL_TLINE_C_PER_LENGTH -to <to> -entity <entity name> <value> set_global_assignment -name BOARD_MODEL_TLINE_C_PER_LENGTH -section_id <section identifier> <value>
BOARD_MODEL_TLINE_LENGTH
Specifies, in inches, the board trace model far transmission line length.
Type
String
Device Support
- Arria 10
- Cyclone 10 GX
- Stratix 10
Notes
This assignment supports wildcards.
Syntax
set_instance_assignment -name BOARD_MODEL_TLINE_LENGTH -to <to> -entity <entity name> <value> set_global_assignment -name BOARD_MODEL_TLINE_LENGTH -section_id <section identifier> <value>
BOARD_MODEL_TLINE_L_PER_LENGTH
Specifies, in henrys/inch, the board trace model far transmission line distributed inductance.
Type
String
Device Support
- Arria 10
- Cyclone 10 GX
- Stratix 10
Notes
This assignment supports wildcards.
Syntax
set_instance_assignment -name BOARD_MODEL_TLINE_L_PER_LENGTH -to <to> -entity <entity name> <value> set_global_assignment -name BOARD_MODEL_TLINE_L_PER_LENGTH -section_id <section identifier> <value>
OUTPUT_IO_TIMING_ENDPOINT
Specifies the node at which output I/O Timing ends.
Type
Enumeration
Values
- Far End
- Near End
Device Support
- Arria 10
- Cyclone 10 GX
- Stratix 10
Notes
This assignment supports wildcards.
Syntax
set_instance_assignment -name OUTPUT_IO_TIMING_ENDPOINT -to <to> -entity <entity name> <value> set_global_assignment -name OUTPUT_IO_TIMING_ENDPOINT -entity <entity name> <value> set_global_assignment -name OUTPUT_IO_TIMING_ENDPOINT <value>
Default Value
Near End
OUTPUT_IO_TIMING_FAR_END_VMEAS
Specifies, in volts, the measurement voltage at the far-end.
Type
String
Device Support
- Arria 10
- Cyclone 10 GX
- Stratix 10
Notes
This assignment supports wildcards.
Syntax
set_instance_assignment -name OUTPUT_IO_TIMING_FAR_END_VMEAS -to <to> -entity <entity name> <value> set_global_assignment -name OUTPUT_IO_TIMING_FAR_END_VMEAS -section_id <section identifier> <value> set_global_assignment -name OUTPUT_IO_TIMING_FAR_END_VMEAS <value>
OUTPUT_IO_TIMING_NEAR_END_VMEAS
Specifies, in volts, the measurement voltage at the near-end.
Type
String
Device Support
- Arria 10
- Cyclone 10 GX
- Stratix 10
Notes
This assignment supports wildcards.
Syntax
set_instance_assignment -name OUTPUT_IO_TIMING_NEAR_END_VMEAS -to <to> -entity <entity name> <value> set_global_assignment -name OUTPUT_IO_TIMING_NEAR_END_VMEAS -section_id <section identifier> <value> set_global_assignment -name OUTPUT_IO_TIMING_NEAR_END_VMEAS <value>
Analysis & Synthesis Assignments
ADV_NETLIST_OPT_ALLOWED
Specifies whether the Compiler should perform advanced netlist optimizations, such as gate-level retiming or physical synthesis, on the specified node or entity. If this option is set to 'Default', the Compiler duplicates, moves, or changes the synthesis of the node or entity, or allows register retiming during netlist optimization, only if doing so does not negatively affect the timing or performance of the design. If this option is set to 'Always Allow', the Compiler can alter the node or entity, even if doing so affects the timing or performance of the design. Intel does not recommend using this setting. If this option is set to 'Never Allow' the Compiler cannot alter the node or entity.
Type
Enumeration
Values
- Always Allow
- Default
- Never Allow
Device Support
- Arria 10
- Cyclone 10 GX
- Stratix 10
Notes
This assignment supports synthesis wildcards.
Syntax
set_global_assignment -name ADV_NETLIST_OPT_ALLOWED -entity <entity name> <value> set_instance_assignment -name ADV_NETLIST_OPT_ALLOWED -to <to> -entity <entity name> <value>
Example
set_instance_assignment -name adv_netlist_opt_allowed "always allow" -to reg
ADV_NETLIST_OPT_SYNTH_WYSIWYG_REMAP
Specifies whether to perform WYSIWYG primitive resynthesis during synthesis. This option uses the setting specified in the Optimization Technique logic option.
Type
Boolean
Device Support
- Arria 10
- Cyclone 10 GX
- Stratix 10
Notes
This assignment is included in the Fitter report.
This assignment supports synthesis wildcards.
Syntax
set_global_assignment -name ADV_NETLIST_OPT_SYNTH_WYSIWYG_REMAP <value> set_instance_assignment -name ADV_NETLIST_OPT_SYNTH_WYSIWYG_REMAP -to <to> -entity <entity name> <value>
Default Value
Off
Example
set_global_assignment -name adv_netlist_opt_synth_wysiwyg_remap on set_instance_assignment -name adv_netlist_opt_synth_wysiwyg_remap on -to foo
See Also
Optimization Technique
ALLOW_ANY_RAM_SIZE_FOR_RECOGNITION
Allows the Compiler to infer RAMs of any size, even if they don't meet the current minimum requirements.
Type
Boolean
Device Support
- Arria 10
- Cyclone 10 GX
- Stratix 10
Notes
This assignment is included in the Analysis & Synthesis report.
This assignment supports synthesis wildcards.
Syntax
set_global_assignment -name ALLOW_ANY_RAM_SIZE_FOR_RECOGNITION <value> set_global_assignment -name ALLOW_ANY_RAM_SIZE_FOR_RECOGNITION -entity <entity name> <value> set_instance_assignment -name ALLOW_ANY_RAM_SIZE_FOR_RECOGNITION -to <to> -entity <entity name> <value>
Default Value
Off
Example
set_global_assignment -name allow_any_ram_size_for_recognition off set_instance_assignment -name allow_any_ram_size_for_recognition off -to foo
ALLOW_ANY_ROM_SIZE_FOR_RECOGNITION
Allows the Compiler to infer ROMs of any size even if the ROMs do not meet the design's current minimum size requirements.
Type
Boolean
Device Support
- Arria 10
- Cyclone 10 GX
- Stratix 10
Notes
This assignment is included in the Analysis & Synthesis report.
This assignment supports synthesis wildcards.
Syntax
set_global_assignment -name ALLOW_ANY_ROM_SIZE_FOR_RECOGNITION <value> set_global_assignment -name ALLOW_ANY_ROM_SIZE_FOR_RECOGNITION -entity <entity name> <value> set_instance_assignment -name ALLOW_ANY_ROM_SIZE_FOR_RECOGNITION -to <to> -entity <entity name> <value>
Default Value
Off
Example
set_global_assignment -name allow_any_rom_size_for_recognition off set_instance_assignment -name allow_any_rom_size_for_recognition off -to foo
ALLOW_ANY_SHIFT_REGISTER_SIZE_FOR_RECOGNITION
Allows the Compiler to infer shift registers of any size even if they do not meet the design's current minimum size requirements.
Type
Boolean
Device Support
- Arria 10
- Cyclone 10 GX
- Stratix 10
Notes
This assignment is included in the Analysis & Synthesis report.
This assignment supports synthesis wildcards.
Syntax
set_global_assignment -name ALLOW_ANY_SHIFT_REGISTER_SIZE_FOR_RECOGNITION <value> set_global_assignment -name ALLOW_ANY_SHIFT_REGISTER_SIZE_FOR_RECOGNITION -entity <entity name> <value> set_instance_assignment -name ALLOW_ANY_SHIFT_REGISTER_SIZE_FOR_RECOGNITION -to <to> -entity <entity name> <value>
Default Value
Off
Example
set_global_assignment -name allow_any_shift_register_size_for_recognition off set_instance_assignment -name allow_any_shift_register_size_for_recognition off -to foo
ALLOW_CHILD_PARTITIONS
Specifies whether or not an instance or a section of design hierarchy can contain user partitions.
Type
Boolean
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
This assignment supports synthesis wildcards.
Syntax
set_global_assignment -name ALLOW_CHILD_PARTITIONS -entity <entity name> <value> set_instance_assignment -name ALLOW_CHILD_PARTITIONS -to <to> -entity <entity name> <value>
Example
set_global_assignment -name allow_child_partitions off set_instance_assignment -name allow_child_partitions off -to "sub:inst"
ALLOW_POWER_UP_DONT_CARE
Causes registers that do not have a Power-Up Level logic option setting to power up with a don't care logic level (X). A don't care setting allows the Compiler to change the power-up level of a register to minimize the area of the design.
Type
Boolean
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
This assignment is included in the Analysis & Synthesis report.
Syntax
set_global_assignment -name ALLOW_POWER_UP_DONT_CARE <value>
Default Value
On
Example
set_global_assignment -name allow_power_up_dont_care off
See Also
Power-Up Level
ALLOW_SHIFT_REGISTER_MERGING_ACROSS_HIERARCHIES
Allows the Compiler to take shift registers from different hierarchies of the design and put them in the same RAM.
Type
Enumeration
Values
- Always
- Auto
- Off
Device Support
- Arria 10
- Cyclone 10 GX
- Stratix 10
Notes
This assignment is included in the Analysis & Synthesis report.
This assignment supports synthesis wildcards.
Syntax
set_global_assignment -name ALLOW_SHIFT_REGISTER_MERGING_ACROSS_HIERARCHIES <value> set_global_assignment -name ALLOW_SHIFT_REGISTER_MERGING_ACROSS_HIERARCHIES -entity <entity name> <value> set_instance_assignment -name ALLOW_SHIFT_REGISTER_MERGING_ACROSS_HIERARCHIES -to <to> -entity <entity name> <value>
Default Value
Auto
Example
set_global_assignment -name allow_shift_register_merging_across_hierarchies off set_instance_assignment -name allow_shift_register_merging_across_hierarchies off -to foo
See Also
Auto Shift Register Replacement
ALLOW_SYNCH_CTRL_USAGE
Allows the Compiler to utilize synchronous clear and/or synchronous load signals in normal mode logic cells. Turning on this option helps to reduce the total number of logic cells used in the design, but might negatively impact the fitting since synchronous control signals are shared by all the logic cells in a LAB.
Type
Boolean
Device Support
- Arria 10
- Cyclone 10 GX
- Stratix 10
Notes
This assignment is included in the Analysis & Synthesis report.
This assignment supports synthesis wildcards.
Syntax
set_global_assignment -name ALLOW_SYNCH_CTRL_USAGE <value> set_global_assignment -name ALLOW_SYNCH_CTRL_USAGE -entity <entity name> <value> set_instance_assignment -name ALLOW_SYNCH_CTRL_USAGE -to <to> -entity <entity name> <value>
Default Value
On
Example
set_global_assignment -name allow_synch_ctrl_usage off set_instance_assignment -name allow_synch_ctrl_usage off -to foo
See Also
Force Use of Synchronous Clear Signals
ALTERA_A10_IOPLL_BOOTSTRAP
Turns on the A10 IOPLL bootstrap fix
Type
Boolean
Device Support
- This setting can be used in projects targeting any Altera device family.
Syntax
set_global_assignment -name ALTERA_A10_IOPLL_BOOTSTRAP <value>
AUTO_CARRY_CHAINS
Allows the Compiler to create carry chains automatically by inserting CARRY_SUM buffers into the design. This option is also required to recognize carry chains in any design containing MAX+PLUS II-style CARRY buffers. The length of the chains is controlled with the Carry Chain Length option. If this option is turned off, CARRY buffers are ignored, but CARRY_SUM buffers are unaffected. The Auto Carry Chains option is ignored if you select 'Product Term' or 'ROM' as the setting for the Technology Mapper option.
Type
Boolean
Device Support
- Arria 10
- Cyclone 10 GX
Notes
This assignment is included in the Analysis & Synthesis report.
This assignment supports synthesis wildcards.
Syntax
set_global_assignment -name AUTO_CARRY_CHAINS <value> set_global_assignment -name AUTO_CARRY_CHAINS -entity <entity name> <value> set_instance_assignment -name AUTO_CARRY_CHAINS -to <to> -entity <entity name> <value>
Default Value
On
AUTO_CLOCK_ENABLE_RECOGNITION
Allows the Compiler to find logic that feeds a register and move the logic to the register's clock enable input port.
Type
Boolean
Device Support
- Arria 10
- Cyclone 10 GX
- Stratix 10
Notes
This assignment is included in the Analysis & Synthesis report.
This assignment supports synthesis wildcards.
Syntax
set_global_assignment -name AUTO_CLOCK_ENABLE_RECOGNITION <value> set_global_assignment -name AUTO_CLOCK_ENABLE_RECOGNITION -entity <entity name> <value> set_instance_assignment -name AUTO_CLOCK_ENABLE_RECOGNITION -to <to> -entity <entity name> <value>
Default Value
On
Example
set_global_assignment -name auto_clock_enable_replacement off set_instance_assignment -name auto_clock_enable_replacement off -to reg
AUTO_DSP_RECOGNITION
Allows the Compiler to find a multiply-accumulate function or a multiply-add function that can be replaced with a DSP block.
Type
Boolean
Device Support
- Arria 10
- Cyclone 10 GX
- Stratix 10
Notes
This assignment is included in the Analysis & Synthesis report.
This assignment supports synthesis wildcards.
Syntax
set_global_assignment -name AUTO_DSP_RECOGNITION <value> set_global_assignment -name AUTO_DSP_RECOGNITION -entity <entity name> <value> set_instance_assignment -name AUTO_DSP_RECOGNITION -to <to> -entity <entity name> <value>
Default Value
On
Example
set_global_assignment -name auto_dsp_recognition off set_instance_assignment -name auto_dsp_recognition off -to foo
AUTO_ENABLE_SMART_COMPILE
Specifies whether the Signal Tap Logic Analyzer should perform a smart compilation if conditions exist in which Signal Tap with incremental routing is used.
Type
Boolean
Device Support
- This setting can be used in projects targeting any Altera device family.
Syntax
set_global_assignment -name AUTO_ENABLE_SMART_COMPILE <value>
AUTO_OPEN_DRAIN_PINS
Allows the Compiler to automatically convert a tri-state buffer with a strong low data input into the equivalent open-drain buffer.
Type
Boolean
Device Support
- Arria 10
- Cyclone 10 GX
- Stratix 10
Notes
This assignment is included in the Analysis & Synthesis report.
This assignment supports synthesis wildcards.
Syntax
set_global_assignment -name AUTO_OPEN_DRAIN_PINS <value> set_global_assignment -name AUTO_OPEN_DRAIN_PINS -entity <entity name> <value> set_instance_assignment -name AUTO_OPEN_DRAIN_PINS -to <to> -entity <entity name> <value>
Default Value
On
Example
set_global_assignment -name auto_open_drain_pins off set_instance_assignment -name auto_open_drain_pins off -to foo
AUTO_PARALLEL_SYNTHESIS
Option to enable/disable automatic parallel synthesis. This option can be used to speed up synthesis compile time by using multiple processors when available.
Type
Boolean
Device Support
- Arria 10
- Cyclone 10 GX
- Stratix 10
Notes
This assignment is included in the Analysis & Synthesis report.
Syntax
set_global_assignment -name AUTO_PARALLEL_SYNTHESIS <value>
Default Value
On
Example
set_global_assignment -name auto_parallel_synthesis on
AUTO_RAM_RECOGNITION
Allows the Compiler to find a set of registers and logic that can be replaced with the altsyncram or the lpm_ram_dp megafunction. Turning on this option may change the functionality of the design.
Type
Boolean
Device Support
- Arria 10
- Cyclone 10 GX
- Stratix 10
Notes
This assignment is included in the Analysis & Synthesis report.
This assignment supports synthesis wildcards.
Syntax
set_global_assignment -name AUTO_RAM_RECOGNITION <value> set_global_assignment -name AUTO_RAM_RECOGNITION -entity <entity name> <value> set_instance_assignment -name AUTO_RAM_RECOGNITION -to <to> -entity <entity name> <value>
Default Value
On
Example
set_global_assignment -name auto_ram_recognition off set_instance_assignment -name auto_ram_recognition off -to foo
AUTO_RESOURCE_SHARING
Allows the Compiler to share hardware resources among many similar, but mutually exclusive, operations in your HDL source code. If you enable this option, the Compiler will merge compatible addition, subtraction, and multiplication operations. By merging operations, this may reduce the area required by your design. Because resource sharing introduces extra muxing and control logic on each shared resource, it may negatively impact the final fmax of your design.
Type
Boolean
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
This assignment is included in the Analysis & Synthesis report.
This assignment supports synthesis wildcards.
Syntax
set_global_assignment -name AUTO_RESOURCE_SHARING <value> set_global_assignment -name AUTO_RESOURCE_SHARING -entity <entity name> <value> set_instance_assignment -name AUTO_RESOURCE_SHARING -to <to> -entity <entity name> <value>
Default Value
Off
AUTO_ROM_RECOGNITION
Allows the Compiler to find logic that can be replaced with the altsyncram or the lpm_rom megafunction. Turning on this option may change the power-up state of the design.
Type
Boolean
Device Support
- Arria 10
- Cyclone 10 GX
- Stratix 10
Notes
This assignment is included in the Analysis & Synthesis report.
This assignment supports synthesis wildcards.
Syntax
set_global_assignment -name AUTO_ROM_RECOGNITION <value> set_global_assignment -name AUTO_ROM_RECOGNITION -entity <entity name> <value> set_instance_assignment -name AUTO_ROM_RECOGNITION -to <to> -entity <entity name> <value>
Default Value
On
Example
set_global_assignment -name auto_rom_recognition off set_instance_assignment -name auto_rom_recognition off -to foo
AUTO_SHIFT_REGISTER_RECOGNITION
Allows the Compiler to find a group of shift registers of the same length that can be replaced with the altshift_taps megafunction. The shift registers must all use the same clock and clock enable signals, must not have any other secondary signals, and must have equally spaced taps that are at least three registers apart.
Type
Enumeration
Values
- Always
- Auto
- Off
Device Support
- Arria 10
- Cyclone 10 GX
- Stratix 10
Notes
This assignment is included in the Analysis & Synthesis report.
This assignment supports synthesis wildcards.
Syntax
set_global_assignment -name AUTO_SHIFT_REGISTER_RECOGNITION <value> set_global_assignment -name AUTO_SHIFT_REGISTER_RECOGNITION -entity <entity name> <value> set_instance_assignment -name AUTO_SHIFT_REGISTER_RECOGNITION -to <to> -entity <entity name> <value>
Default Value
Auto
Example
set_global_assignment -name auto_shift_register_recognition off set_instance_assignment -name auto_shift_register_recognition off -to foo
BLOCK_DESIGN_NAMING
Specify the naming scheme used for the block design. This option is ignored if it is assigned to anything other than a design entity.
Type
Enumeration
Values
- Auto
- MaxPlusII
- QuartusII
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
This assignment is included in the Analysis & Synthesis report.
This assignment supports synthesis wildcards.
Syntax
set_global_assignment -name BLOCK_DESIGN_NAMING -entity <entity name> <value> set_instance_assignment -name BLOCK_DESIGN_NAMING -to <to> -entity <entity name> <value> set_global_assignment -name BLOCK_DESIGN_NAMING <value>
Default Value
Auto
Example
set_global_assignment -name block_design_naming MaxPlusII set_instance_assignment -name block_design_naming MaxPlusII -to top
BOARD
Specifies the board or development kit to use.
Type
String
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
Syntax
set_global_assignment -name BOARD <value>
DEVICE_FILTER_PACKAGE
Package filter for available devices.
Type
String
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
None
Syntax
set_global_assignment -name DEVICE_FILTER_PACKAGE <value>
Default Value
Any
DEVICE_FILTER_PIN_COUNT
Pin count filter for available devices.
Type
String
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
None
Syntax
set_global_assignment -name DEVICE_FILTER_PIN_COUNT <value>
Default Value
Any
DEVICE_FILTER_SPEED_GRADE
Speed grade filter for available devices.
Type
String
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
None
Syntax
set_global_assignment -name DEVICE_FILTER_SPEED_GRADE <value>
Default Value
Any
DEVICE_FILTER_VOLTAGE
Voltage filter for available devices.
Type
String
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
None
Syntax
set_global_assignment -name DEVICE_FILTER_VOLTAGE <value>
DISABLE_DSP_NEGATE_INFERENCING
Allow you to specify whether to use the negate port on an inferred DSP block.
Type
Boolean
Device Support
- Arria 10
- Cyclone 10 GX
- Stratix 10
Notes
This assignment is included in the Analysis & Synthesis report.
This assignment supports synthesis wildcards.
Syntax
set_global_assignment -name DISABLE_DSP_NEGATE_INFERENCING -entity <entity name> <value> set_instance_assignment -name DISABLE_DSP_NEGATE_INFERENCING -to <to> -entity <entity name> <value> set_global_assignment -name DISABLE_DSP_NEGATE_INFERENCING <value>
Default Value
Off
Example
set_global_assignment -name DISABLE_DSP_NEGATE_INFERENCING ON set_instance_assignment -name DISABLE_DSP_NEGATE_INFERENCING OFF -to dps1
DISABLE_REGISTER_MERGING_ACROSS_HIERARCHIES
Specifies whether registers that are in different hierarchies are allowed to be merged if their inputs are the same.
Type
Enumeration
Values
- Auto
- Off
- On
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
This assignment is included in the Analysis & Synthesis report.
Syntax
set_global_assignment -name DISABLE_REGISTER_MERGING_ACROSS_HIERARCHIES <value>
Default Value
Auto
DONT_MERGE_REGISTER
When set to On, this option prevents the specified register from merging with other registers, and prevents other registers from merging with the specified register.
Type
Boolean
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
This assignment supports Fitter wildcards.
This assignment supports synthesis wildcards.
Syntax
set_global_assignment -name DONT_MERGE_REGISTER -entity <entity name> <value> set_instance_assignment -name DONT_MERGE_REGISTER -to <to> -entity <entity name> <value>
Example
set_instance_assignment -name dont_merge_register on -to foo
DSE_SYNTH_EXTRA_EFFORT_MODE
Specifies the Design Space Explorer synthesis extra effort mode.
Type
Enumeration
Values
- MODE_1
- MODE_2
- MODE_3
- MODE_4
- MODE_5
- MODE_DEFAULT
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
None
Syntax
set_global_assignment -name DSE_SYNTH_EXTRA_EFFORT_MODE <value>
DSP_BLOCK_BALANCING
Allows you to control the conversion of certain DSP block slices during DSP block balancing.
Type
Enumeration
Values
- Auto
- DSP blocks
- Logic Elements
- Off
- Simple 18-bit Multipliers
- Simple Multipliers
- Width 18-bit Multipliers
Device Support
- Arria 10
- Cyclone 10 GX
- Stratix 10
Notes
This assignment is included in the Analysis & Synthesis report.
This assignment supports synthesis wildcards.
Syntax
set_global_assignment -name DSP_BLOCK_BALANCING -entity <entity name> <value> set_instance_assignment -name DSP_BLOCK_BALANCING -to <to> -entity <entity name> <value> set_global_assignment -name DSP_BLOCK_BALANCING <value>
Default Value
Auto
Example
set_global_assignment -name dsp_block_balancing "dsp blocks" set_instance_assignment -name dsp_block_balancing "logic elements" -to mult0
EDA_DESIGN_ENTRY_SYNTHESIS_TOOL
Specifies the third-party EDA tool used for design entry/synthesis
Type
String
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
Syntax
set_global_assignment -name EDA_DESIGN_ENTRY_SYNTHESIS_TOOL <value> set_global_assignment -name EDA_DESIGN_ENTRY_SYNTHESIS_TOOL -entity <entity name> <value>
Default Value
<None>
EDA_INPUT_DATA_FORMAT
Specifies the format of the input data read from other EDA design entry/synthesis tools.
Type
String
Device Support
- This setting can be used in projects targeting any Altera device family.
Syntax
set_global_assignment -name EDA_INPUT_DATA_FORMAT -section_id <section identifier> <value> set_global_assignment -name EDA_INPUT_DATA_FORMAT -entity <entity name> -section_id <section identifier> <value>
Default Value
NONE, requires section identifier
EDA_INPUT_GND_NAME
Specifies the global high signal used in the files generated by the EDA synthesis tool, which is GND.
Type
String
Device Support
- This setting can be used in projects targeting any Altera device family.
Syntax
set_global_assignment -name EDA_INPUT_GND_NAME -section_id <section identifier> <value> set_global_assignment -name EDA_INPUT_GND_NAME -entity <entity name> -section_id <section identifier> <value>
Default Value
GND, requires section identifier
EDA_INPUT_VCC_NAME
Specifies the global power-down signal.
Type
String
Device Support
- This setting can be used in projects targeting any Altera device family.
Syntax
set_global_assignment -name EDA_INPUT_VCC_NAME -section_id <section identifier> <value> set_global_assignment -name EDA_INPUT_VCC_NAME -entity <entity name> -section_id <section identifier> <value>
Default Value
VCC, requires section identifier
EDA_LMF_FILE
Specifies the default Library Mapping File (.lmf) for the current compilation.
Type
File name
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
Syntax
set_global_assignment -name EDA_LMF_FILE -section_id <section identifier> <value> set_global_assignment -name EDA_LMF_FILE -entity <entity name> -section_id <section identifier> <value>
EDA_RUN_TOOL_AUTOMATICALLY
Runs the third-party EDA tool automatically from Quartus Prime when a design is compiled.
Type
Boolean
Device Support
- This setting can be used in projects targeting any Altera device family.
Syntax
set_global_assignment -name EDA_RUN_TOOL_AUTOMATICALLY -section_id <section identifier> <value> set_global_assignment -name EDA_RUN_TOOL_AUTOMATICALLY -entity <entity name> -section_id <section identifier> <value>
Default Value
Off, requires section identifier
EDA_SHOW_LMF_MAPPING_MESSAGES
Determines whether to display messages describing the mappings used in the Library Mapping File.
Type
Boolean
Device Support
- This setting can be used in projects targeting any Altera device family.
Syntax
set_global_assignment -name EDA_SHOW_LMF_MAPPING_MESSAGES -section_id <section identifier> <value> set_global_assignment -name EDA_SHOW_LMF_MAPPING_MESSAGES -entity <entity name> -section_id <section identifier> <value>
Default Value
Off, requires section identifier
EDA_VHDL_LIBRARY
Specifies the logical name of a user-defined VHDL design library : physical name.
Type
String
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
Syntax
set_instance_assignment -name EDA_VHDL_LIBRARY -to <to> -section_id <section identifier> <value> set_instance_assignment -name EDA_VHDL_LIBRARY -to <to> -entity <entity name> -section_id <section identifier> <value>
ENABLE_FORMAL_VERIFICATION
Allows the Compiler to write scripts that can be used to run OneSpin formal verification tool. These are the only supported scripts used for formal verification.
Type
Boolean
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
This assignment is included in the Analysis & Synthesis report.
Syntax
set_global_assignment -name ENABLE_FORMAL_VERIFICATION <value>
Default Value
Off
Example
set_global_assignment -name enable_formal_verification on
ENABLE_STATE_MACHINE_INFERENCE
Allows the Compiler to infer state machines from Verilog/Vhdl Design Files. The Compiler optimizes state machines using special techniques to reduce area and/or improve performance. If set to Off, the Compiler extracts and optimizes state machines in Verilog/VHDL Design Files as regular logic.
Type
Boolean
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
This assignment is included in the Analysis & Synthesis report.
Syntax
set_global_assignment -name ENABLE_STATE_MACHINE_INFERENCE <value>
Default Value
On
Example
set_global_assignment -name enable_state_machine_inference on
FAMILY
Specifies the device family to use for compilation.
Type
String
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name FAMILY <value>
Default Value
Cyclone 10 GX
FORCE_SYNCH_CLEAR
Forces the Compiler to utilize synchronous clear signals in normal mode logic cells. Turning on this option helps to reduce the total number of logic cells used in the design, but might negatively impact the fitting since synchronous control signals are shared by all the logic cells in a LAB.
Type
Boolean
Device Support
- Arria 10
- Cyclone 10 GX
- Stratix 10
Notes
This assignment is included in the Analysis & Synthesis report.
This assignment supports synthesis wildcards.
Syntax
set_global_assignment -name FORCE_SYNCH_CLEAR <value> set_global_assignment -name FORCE_SYNCH_CLEAR -entity <entity name> <value> set_instance_assignment -name FORCE_SYNCH_CLEAR -to <to> -entity <entity name> <value>
Default Value
Off
Example
set_global_assignment -name force_synch_clear on set_instance_assignment -name force_synch_clear on -to foo
See Also
Allow Synchronous Control Signals
HDL_INITIAL_FANOUT_LIMIT
Directs Integrated Synthesis to check the initial fan-out of each net in the netlist immediately after elaboration but prior to any netlist optimizations. If the fan-out for a net exceeds the specified limit, then Integrated Synthesis will issue a warning.
Type
Integer
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
This assignment supports synthesis wildcards.
Syntax
set_global_assignment -name HDL_INITIAL_FANOUT_LIMIT -entity <entity name> <value> set_instance_assignment -name HDL_INITIAL_FANOUT_LIMIT -to <to> -entity <entity name> <value>
Example
set_instance_assignment -name hdl_initial_fanout_limit 100 -to foo
HDL_MESSAGE_LEVEL
Specifies the type of HDL messages you want to view, including messages that display processing errors in the HDL source code. 'Level1' allows you to view only the most important HDL messages. 'Level2' allows you to view most HDL messages, including warning and information based messages. 'Level3' allows you to view all HDL messages, including warning and information based messages and alerts about potential design problems or lint errors.
Type
Enumeration
Values
- Level1
- Level2
- Level3
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
This assignment is included in the Analysis & Synthesis report.
Syntax
set_global_assignment -name HDL_MESSAGE_LEVEL <value>
Default Value
Level2
HDL_MESSAGE_OFF
Specifies the list of HDL message ids you want to turn off for this project.
Type
Integer
Device Support
- This setting can be used in projects targeting any Altera device family.
INTEGER_RANGE
10000, 11000
Notes
This assignment is included in the Analysis & Synthesis report.
Syntax
set_global_assignment -name HDL_MESSAGE_OFF <value>
HDL_MESSAGE_ON
Specifies the list of HDL message ids you want to turn on for this project.
Type
Integer
Device Support
- This setting can be used in projects targeting any Altera device family.
INTEGER_RANGE
10000, 11000
Notes
This assignment is included in the Analysis & Synthesis report.
Syntax
set_global_assignment -name HDL_MESSAGE_ON <value>
HPS_PARTITION
Specifies whether an entity or instance is a special-purpose partition that models the internals of the Hard Processor System (HPS).
Type
Boolean
Device Support
- This setting can be used in projects targeting any Altera device family.
Syntax
set_global_assignment -name HPS_PARTITION -entity <entity name> <value> set_instance_assignment -name HPS_PARTITION -to <to> -entity <entity name> <value>
Example
set_instance_assignment -name hps_partition on -entity hps
IGNORE_CARRY_BUFFERS
Ignores CARRY_SUM buffers that are instantiated in the design. The Ignore CARRY Buffers option is ignored if it is applied to anything other than an individual CARRY_SUM buffer or to a design entity containing CARRY_SUM buffers. (This option also applies to MAX+PLUS II-style CARRY buffers.)
Type
Boolean
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
This assignment is included in the Analysis & Synthesis report.
This assignment supports synthesis wildcards.
Syntax
set_global_assignment -name IGNORE_CARRY_BUFFERS <value> set_global_assignment -name IGNORE_CARRY_BUFFERS -entity <entity name> <value> set_instance_assignment -name IGNORE_CARRY_BUFFERS -to <to> -entity <entity name> <value>
Default Value
Off
Example
set_global_assignment -name ignore_carry_buffers on set_instance_assignment -name ignore_carry_buffers on -to foo
IGNORE_CASCADE_BUFFERS
Ignores CASCADE buffers that are instantiated in the design. This option is ignored if it is applied to anything other than an individual CASCADE buffer or a design entity containing CASCADE buffers.
Type
Boolean
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
This assignment is included in the Analysis & Synthesis report.
This assignment supports synthesis wildcards.
Syntax
set_global_assignment -name IGNORE_CASCADE_BUFFERS <value> set_global_assignment -name IGNORE_CASCADE_BUFFERS -entity <entity name> <value> set_instance_assignment -name IGNORE_CASCADE_BUFFERS -to <to> -entity <entity name> <value>
Default Value
Off
Example
set_global_assignment -name ignore_cascade_buffers on set_instance_assignment -name ignore_cascade_buffers on -to foo
IGNORE_GLOBAL_BUFFERS
Ignores GLOBAL buffers that are instantiated in the design. This option is ignored if it is applied to anything other than an individual GLOBAL buffer or a design entity containing GLOBAL buffers.
Type
Boolean
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
This assignment is included in the Analysis & Synthesis report.
This assignment supports synthesis wildcards.
Syntax
set_global_assignment -name IGNORE_GLOBAL_BUFFERS <value> set_global_assignment -name IGNORE_GLOBAL_BUFFERS -entity <entity name> <value> set_instance_assignment -name IGNORE_GLOBAL_BUFFERS -to <to> -entity <entity name> <value>
Default Value
Off
IGNORE_LCELL_BUFFERS
Ignores LCELL buffers that are instantiated in the design. This option is ignored if it is applied to anything other than an individual LCELL buffer or a design entity containing LCELL buffers.
Type
Boolean
Device Support
- Arria 10
- Cyclone 10 GX
- Stratix 10
Notes
This assignment is included in the Analysis & Synthesis report.
This assignment supports synthesis wildcards.
Syntax
set_global_assignment -name IGNORE_LCELL_BUFFERS <value> set_global_assignment -name IGNORE_LCELL_BUFFERS -entity <entity name> <value> set_instance_assignment -name IGNORE_LCELL_BUFFERS -to <to> -entity <entity name> <value>
Default Value
Off
Example
set_global_assignment -name ignore_lcell_buffers on set_instance_assignment -name ignore_lcell_buffers on -to foo
IGNORE_MAX_FANOUT_ASSIGNMENTS
Directs the Compiler to ignore the Maximum Fan-Out Assignments on a node, an entity, or the whole design. One can remove the Maximum Fan-Out Assignments from the project but it is inconvenient/impossible as some assignments are embedded in the HDL sources.
Type
Boolean
Device Support
- Arria 10
- Cyclone 10 GX
- Stratix 10
Notes
This assignment is included in the Analysis & Synthesis report.
This assignment supports synthesis wildcards.
Syntax
set_global_assignment -name IGNORE_MAX_FANOUT_ASSIGNMENTS <value> set_global_assignment -name IGNORE_MAX_FANOUT_ASSIGNMENTS -entity <entity name> <value> set_instance_assignment -name IGNORE_MAX_FANOUT_ASSIGNMENTS -to <to> -entity <entity name> <value>
Default Value
Off
IGNORE_ROW_GLOBAL_BUFFERS
Ignores ROW GLOBAL buffers that are instantiated in the design. This option is ignored if it is applied to anything other than an individual GLOBAL buffer or a design entity containing GLOBAL buffers.
Type
Boolean
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
This assignment is included in the Analysis & Synthesis report.
This assignment supports synthesis wildcards.
Syntax
set_global_assignment -name IGNORE_ROW_GLOBAL_BUFFERS <value> set_global_assignment -name IGNORE_ROW_GLOBAL_BUFFERS -entity <entity name> <value> set_instance_assignment -name IGNORE_ROW_GLOBAL_BUFFERS -to <to> -entity <entity name> <value>
Default Value
Off
IGNORE_SOFT_BUFFERS
Ignores SOFT buffers that are instantiated in the design. This option is ignored if it is applied to anything other than an individual SOFT buffer or a design entity containing SOFT buffers.
Type
Boolean
Device Support
- Arria 10
- Cyclone 10 GX
- Stratix 10
Notes
This assignment is included in the Analysis & Synthesis report.
This assignment supports synthesis wildcards.
Syntax
set_global_assignment -name IGNORE_SOFT_BUFFERS <value> set_global_assignment -name IGNORE_SOFT_BUFFERS -entity <entity name> <value> set_instance_assignment -name IGNORE_SOFT_BUFFERS -to <to> -entity <entity name> <value>
Default Value
On
Example
set_global_assignment -name ignore_soft_buffers off set_instance_assignment -name ignore_soft_buffers off -to foo
IGNORE_TRANSLATE_OFF_AND_SYNTHESIS_OFF
Instructs Analysis & Synthesis to ignore all translate_off/synthesis_off synthesis directives in your Verilog and VHDL design files. You can use this option to disable these synthesis directives and include previously ignored code during elaboration.
Type
Boolean
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
This assignment is included in the Analysis & Synthesis report.
Syntax
set_global_assignment -name IGNORE_TRANSLATE_OFF_AND_SYNTHESIS_OFF <value>
Default Value
Off
Example
set_global_assignment -name ignore_translate_off_and_synthesis_off on
IMPLEMENT_AS_CLOCK_ENABLE
Specifies that this node should function as a clock enable signal for one or more registers.
Type
Boolean
Device Support
- Arria 10
- Cyclone 10 GX
- Stratix 10
Notes
This assignment is included in the Analysis & Synthesis report.
Syntax
set_instance_assignment -name IMPLEMENT_AS_CLOCK_ENABLE -to <to> -entity <entity name> <value>
IMPLEMENT_AS_OUTPUT_OF_LOGIC_CELL
Implements the output of a primitive in a logic cell. You can apply this option to a logic function that would not ordinarily be implemented in a logic cell, typically a combinatorial function such as an AND2 gate. Implementing the output of a primitive a logic cell makes it possible to observe its output in simulation and timing analysis. However, because an additional logic cell is used, overall device utilization will increase. This option does not insert an additional logic cell on a function that is already implemented in a logic cell, such as a flipflop. This option is ignored if it is applied to anything other than a primitive.
Type
Boolean
Device Support
- This setting can be used in projects targeting any Altera device family.
Syntax
set_instance_assignment -name IMPLEMENT_AS_OUTPUT_OF_LOGIC_CELL -to <to> -entity <entity name> <value>
Example
set_instance_assignment -name implement_as_output_of_logic_cell on -to foo
INFER_RAMS_FROM_RAW_LOGIC
Instructs the Compiler to infer RAM from registers and multiplexers. Some HDL patterns that differ from Intel FPGA RAM templates are initially converted into logic. However, these structures function as RAM and, because of that, the Compiler may create an altsyncram megafunction instance for them at a later stage when this assignment is on. With this assignment is turned on, the Compiler may use more device RAM resources and less LABs.
Type
Boolean
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
This assignment is included in the Analysis & Synthesis report.
This assignment supports synthesis wildcards.
Syntax
set_global_assignment -name INFER_RAMS_FROM_RAW_LOGIC <value> set_global_assignment -name INFER_RAMS_FROM_RAW_LOGIC -entity <entity name> <value> set_instance_assignment -name INFER_RAMS_FROM_RAW_LOGIC -to <to> -entity <entity name> <value>
Default Value
On
Example
set_global_assignment -name infer_rams_from_raw_logic off set_instance_assignment -name infer_rams_from_raw_logic off -to foo
IP_SEARCH_PATHS
Specifies the IP search paths specific to the project.
Type
String
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
Syntax
set_global_assignment -name IP_SEARCH_PATHS <value>
MAX_BALANCING_DSP_BLOCKS
Allows you to specify the maximum number of DSP blocks that the DSP block balancer will assume exist in the current device for each partition. This option overrides the usual method of using the maximum number of DSP blocks the current device supports.
Type
Integer
Device Support
- Arria 10
- Cyclone 10 GX
- Stratix 10
Notes
This assignment is included in the Analysis & Synthesis report.
This assignment supports synthesis wildcards.
Syntax
set_global_assignment -name MAX_BALANCING_DSP_BLOCKS <value> set_instance_assignment -name MAX_BALANCING_DSP_BLOCKS -to <to> -entity <entity name> <value>
Default Value
-1 (Unlimited)
Example
set_global_assignment -name max_balancing_dsp_blocks 4 set_instance_assignment -name max_balancing_dsp -to "my_partition_root_entity:my_partition_root_entity_inst"
MAX_FANOUT
Directs the Compiler to control the number of destinations the specified node feeds so the fan-out count does not exceed the value specified as the maximum number of fan-out allowed from the node.
Type
Integer
Device Support
- Arria 10
- Cyclone 10 GX
- Stratix 10
Notes
This assignment supports synthesis wildcards.
Syntax
set_global_assignment -name MAX_FANOUT -entity <entity name> <value> set_instance_assignment -name MAX_FANOUT -to <to> -entity <entity name> <value>
Example
set_instance_assignment -name max_fanout 10 -to foo
MAX_LABS
Allows you to specify the maximum number of LABs that Analysis & Synthesis should try to utilize for a device. This option overrides the usual method of using the maximum number of LABs the current device supports, when the value is non-negative and is less than the maximum number of LABs available on the current device.
Type
Integer
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
This assignment is included in the Analysis & Synthesis report.
This assignment supports synthesis wildcards.
Syntax
set_global_assignment -name MAX_LABS <value> set_instance_assignment -name MAX_LABS -to <to> -entity <entity name> <value>
Default Value
-1 (Unlimited)
Example
set_global_assignment -name max_labs 100
MAX_NUMBER_OF_REGISTERS_FROM_UNINFERRED_RAMS
Allows you to specify the maximum number of registers that Analysis & Synthesis can use for conversion of uninferred RAMs. You can use this option as a project-wide option or on a specific partition by setting the assignment on the instance name of the partition root. The assignment on a partition overrides the global assignment (if any) for that particular partition. This option prevents synthesis from causing long compilations and running out of memory when many registers are used for uninferred RAMs. Instead of continuing the compilation, the Quartus Prime software issues an error and exits.
Type
Integer
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
This assignment is included in the Analysis & Synthesis report.
This assignment supports synthesis wildcards.
Syntax
set_global_assignment -name MAX_NUMBER_OF_REGISTERS_FROM_UNINFERRED_RAMS <value> set_instance_assignment -name MAX_NUMBER_OF_REGISTERS_FROM_UNINFERRED_RAMS -to <to> -entity <entity name> <value>
Default Value
-1 (Unlimited)
Example
set_global_assignment -name max_number_of_registers_from_uninferred_rams 2048
MAX_RAM_BLOCKS_M4K
Allows you to specify the maximum number of M4K,M9K,M20K,or M10K memory blocks that the Compiler may use for a device. This option overrides the usual method of using the maximum number of M4K,M9K,M20K, or M10K memory blocks the current device supports, when the value is non-negative and is less than the maximum number of M4K,M9K,M20K, or M10K memory blocks available on the current device.
Type
Integer
Device Support
- Arria 10
- Cyclone 10 GX
- Stratix 10
Notes
This assignment is included in the Analysis & Synthesis report.
This assignment supports synthesis wildcards.
Syntax
set_global_assignment -name MAX_RAM_BLOCKS_M4K <value> set_instance_assignment -name MAX_RAM_BLOCKS_M4K -to <to> -entity <entity name> <value>
Default Value
-1 (Unlimited)
Example
set_global_assignment -name max_ram_blocks_m4k 4
See Also
Maximum Number of M512 Memory Blocks Maximum Number of M-RAM Memory Blocks
MLAB_ADD_TIMING_CONSTRAINTS_FOR_MIXED_PORT_FEED_THROUGH_MODE_SETTING_DONT_CARE
Allows you to specify whether you want the TimeQuest Timing Analyzer to evaluate timing constraints between the write and the read operation of the MLAB memory block. Performing a write and read operation simultaneously at the same address might result in metastability because no timing constraints between those operations exist by default. Turning on this option introduces timing constraints between the write and read operation on the MLAB memory block and thereby avoids metastability issues; however, turning on this option degrades the performance of the MLAB memory blocks. If your design does not perform write and read operations simulataneously at the same address you do not need to set this option.
Type
Boolean
Device Support
- Arria 10
- Cyclone 10 GX
- Stratix 10
Notes
This assignment supports Fitter wildcards.
This assignment is included in the Fitter report.
This assignment supports synthesis wildcards.
Syntax
set_global_assignment -name MLAB_ADD_TIMING_CONSTRAINTS_FOR_MIXED_PORT_FEED_THROUGH_MODE_SETTING_DONT_CARE -entity <entity name> <value> set_instance_assignment -name MLAB_ADD_TIMING_CONSTRAINTS_FOR_MIXED_PORT_FEED_THROUGH_MODE_SETTING_DONT_CARE -to <to> -entity <entity name> <value> set_global_assignment -name MLAB_ADD_TIMING_CONSTRAINTS_FOR_MIXED_PORT_FEED_THROUGH_MODE_SETTING_DONT_CARE <value>
Default Value
Off
MUX_RESTRUCTURE
Allows the Compiler to reduce the number of logic elements required to implement multiplexers in a design. This option is useful if your design contains buses of fragmented multiplexers. This option repacks multiplexers more efficiently for area, allowing the design to implement multiplexers with a reduced number of logic elements. You can select the 'On' setting to minimize your design area; it will decrease logic element usage but may negatively affect design clock speed (fMAX). You can select the 'Off' to disable multiplexer restructuring; it does not decrease logic element usage and does not affect design clock speed (fMAX). You may select 'Auto' setting to allow the Quartus Prime software to determine whether multiplexer restructuring should be enabled. The Quartus Prime software uses other synthesis settings, for example, the Optimization Technique option, to determine if multiplexer restructuring should be applied to the design; the 'Auto' setting will decrease logic element usage but may negatively affect design clock speed (fMAX).
Type
Enumeration
Values
- Auto
- Off
- On
Device Support
- Arria 10
- Cyclone 10 GX
- Stratix 10
Notes
This assignment is included in the Analysis & Synthesis report.
This assignment supports synthesis wildcards.
Syntax
set_global_assignment -name MUX_RESTRUCTURE <value> set_global_assignment -name MUX_RESTRUCTURE -entity <entity name> <value> set_instance_assignment -name MUX_RESTRUCTURE -to <to> -entity <entity name> <value>
Default Value
Auto
Example
set_global_assignment -name mux_restructure off set_instance_assignment -name mux_restructure on -to accel
NOT_GATE_PUSH_BACK
Allows the Compiler to push an inversion (that is, a NOT gate) back through a register and implement it on that register's data input if it is necessary to implement the design. If this option is turned on, a register may power up to an active-high state, so it may need to be explicitly cleared during initial operation of the device. This option is ignored if it is applied to anything other than an individual register or a design entity containing registers. If it is applied to an output pin that is directly fed by a register, it is automatically transferred to that register.
Type
Boolean
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
This assignment is included in the Analysis & Synthesis report.
This assignment supports synthesis wildcards.
Syntax
set_global_assignment -name NOT_GATE_PUSH_BACK -entity <entity name> <value> set_instance_assignment -name NOT_GATE_PUSH_BACK -to <to> -entity <entity name> <value> set_global_assignment -name NOT_GATE_PUSH_BACK <value>
Default Value
On
Example
set_global_assignment -name not_gate_push_back off set_instance_assignment -name not_gate_push_back off -to reg
NUMBER_OF_INVERTED_REGISTERS_REPORTED
Allows you to specify the maximum number of inverted registers that the Synthesis Report should display.
Type
Integer
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
This assignment is included in the Analysis & Synthesis report.
Syntax
set_global_assignment -name NUMBER_OF_INVERTED_REGISTERS_REPORTED <value>
Default Value
100
Example
set_global_assignment -name NUMBER_OF_INVERTED_REGISTERS_REPORTED 200
NUMBER_OF_PROTECTED_REGISTERS_REPORTED
Allows you to specify the maximum number of protected registers that the Synthesis Report should display.
Type
Integer
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
This assignment is included in the Analysis & Synthesis report.
Syntax
set_global_assignment -name NUMBER_OF_PROTECTED_REGISTERS_REPORTED <value>
Default Value
100
Example
set_global_assignment -name NUMBER_OF_PROTECTED_REGISTERS_REPORTED 200
NUMBER_OF_REMOVED_REGISTERS_REPORTED
Allows you to specify the maximum number of removed registers that the Synthesis Report should display.
Type
Integer
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
This assignment is included in the Analysis & Synthesis report.
Syntax
set_global_assignment -name NUMBER_OF_REMOVED_REGISTERS_REPORTED <value>
Default Value
5000
Example
set_global_assignment -name NUMBER_OF_REMOVED_REGISTERS_REPORTED 200
NUMBER_OF_SWEPT_NODES_REPORTED
Allows you to specify the maximum number of swept nodes that the Synthesis Report displays. A swept node is any node which was eliminated from your design because the Quartus Prime software found the node to be unnecessary.
Type
Integer
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
This assignment is included in the Analysis & Synthesis report.
Syntax
set_global_assignment -name NUMBER_OF_SWEPT_NODES_REPORTED <value>
Default Value
5000
Example
set_global_assignment -name NUMBER_OF_SWEPT_NODES_REPORTED 200
OCP_HW_EVAL
Enables or disables Intel FPGA IP Evaluation Mode feature.
Type
Enumeration
Values
- Disable
- Enable
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name OCP_HW_EVAL <value>
Default Value
Enable
OPTIMIZATION_TECHNIQUE
Specifies the overall optimization goal for Analysis & Synthesis: attempt to maximize performance, minimize logic usage, or balance high performance with minimal logic usage.
Old Name
Optimization Technique -- Stratix IV
Type
Enumeration
Values
- Area
- Balanced
- Speed
Device Support
- Arria 10
- Cyclone 10 GX
- Stratix 10
Notes
This assignment is included in the Analysis & Synthesis report.
This assignment supports synthesis wildcards.
Syntax
set_global_assignment -name OPTIMIZATION_TECHNIQUE <value> set_global_assignment -name OPTIMIZATION_TECHNIQUE -entity <entity name> <value> set_instance_assignment -name OPTIMIZATION_TECHNIQUE -to <to> -entity <entity name> <value>
Default Value
Balanced
Example
set_global_assignment -name optimization_technique speed
OPTIMIZE_POWER_DURING_SYNTHESIS
Controls the power-driven compilation setting of Analysis & Synthesis. This option determines how aggressively Analysis & Synthesis optimizes the design for power. If this option is set to 'Off', Analysis & Synthesis does not perform any power optimizations. If this option is set to 'Normal compilation', Analysis & Synthesis performs power optimizations as long as they are not expected to reduce design performance. When this option is set to 'Extra effort', Analysis & Synthesis will perform additional power optimizations which may reduce design performance.
Type
Enumeration
Values
- Extra effort
- Normal compilation
- Off
Device Support
- Arria 10
- Cyclone 10 GX
- Stratix 10
Notes
This assignment is included in the Fitter report.
This assignment supports synthesis wildcards.
Syntax
set_global_assignment -name OPTIMIZE_POWER_DURING_SYNTHESIS <value> set_global_assignment -name OPTIMIZE_POWER_DURING_SYNTHESIS -entity <entity name> <value> set_instance_assignment -name OPTIMIZE_POWER_DURING_SYNTHESIS -to <to> -entity <entity name> <value>
Default Value
Normal compilation
Example
set_global_assignment -name optimize_power_during_synthesis off
PARAMETER
Assigns an attribute that determines the logic created or used to implement the function, for example, the width of a bus. Parameters are characteristics that determine the size, behavior, or silicon implementation of a function. Parameter values are inherited from project defaults or higher hierarchical levels unless you make explicit assignments to individual nodes. Parameters are also overridden by explicit logic synthesis and fitting options.
Type
String
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
Syntax
set_parameter <value> set_parameter -entity <entity name> <value>
POWER_UP_LEVEL
Causes a register to power up with the specified logic level, either High (1) or Low (0). If this option is specified for an input pin, it is automatically transferred to the register that is driven by the pin if the following conditions are present: (1) there is no intervening logic, other than inversion, between the pin and the register; (2) the input pin drives the data input of the register; and (3) the input pin does not fan-out to any other logic. If this option is specified for an output or bidirectional pin, it is automatically transferred to the register that feeds the pin if: (1) there is no intervening logic, other than inversion, between the register and the pin; and (2) the register does not fan-out to any other logic. You can assign this option to any register, or to a pin with any logic configuration other than those described above. You can also assign this option to a design entity containing registers if you want to set the power level for all registers in the design entity. In order for the register to power up with the specified logic level, the Compiler may perform NOT Gate Push-Back on the register.
Type
Enumeration
Values
- High
- Low
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
This assignment supports synthesis wildcards.
Syntax
set_global_assignment -name POWER_UP_LEVEL -entity <entity name> <value> set_instance_assignment -name POWER_UP_LEVEL -to <to> -entity <entity name> <value>
Example
set_instance_assignment -name power_up_level low -to foo
See Also
Power-Up Don't Care
PRESERVE_FANOUT_FREE_NODE
Prevents a register that has no fan-out from being removed during synthesis.
Type
Boolean
Device Support
- Arria 10
- Cyclone 10 GX
- Stratix 10
Notes
None
Syntax
set_instance_assignment -name PRESERVE_FANOUT_FREE_NODE -to <to> -entity <entity name> <value>
Example
set_instance_assignment -name preserve_fanout_free_node on -to reg
PRESERVE_REGISTER
Prevents a register from minimizing away during synthesis and prevents sequential netlist optimizations. Sequential netlist optimizations can eliminate redundant registers and registers with constant drivers.
Type
Boolean
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
This assignment supports Fitter wildcards.
This assignment supports synthesis wildcards.
Syntax
set_global_assignment -name PRESERVE_REGISTER -entity <entity name> <value> set_instance_assignment -name PRESERVE_REGISTER -to <to> -entity <entity name> <value>
Example
set_instance_assignment -name preserve_register on -to foo
PRESERVE_REGISTER_SYN_ONLY
Prevents a register from minimizing away during synthesis. This does not affect retiming or other optimizations in the fitter.
Type
Boolean
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
This assignment supports Fitter wildcards.
This assignment supports synthesis wildcards.
Syntax
set_global_assignment -name PRESERVE_REGISTER_SYN_ONLY -entity <entity name> <value> set_instance_assignment -name PRESERVE_REGISTER_SYN_ONLY -to <to> -entity <entity name> <value>
Example
set_instance_assignment -name preserve_register_syn_only on -to foo
PRPOF_ID
Specifies whether a register is a unique partial reconfiguration bitstream identifier. The same identifier value will be used to generate the partial reconfiguration bitstream.
Type
Boolean
Device Support
- Arria 10
- Cyclone 10 GX
- Stratix 10
Notes
This assignment is included in the Fitter report.
This assignment supports synthesis wildcards.
Syntax
set_global_assignment -name PRPOF_ID -entity <entity name> <value> set_instance_assignment -name PRPOF_ID -to <to> -entity <entity name> <value> set_global_assignment -name PRPOF_ID <value>
Default Value
Off
Example
set_instance_assignment -name prpof_id on -to reg
RAMSTYLE_ATTRIBUTE
Sets the ramstyle attribute of a shift register, RAM, or ROM.
Type
Enumeration
Values
- M10K
- M144K
- M20K
- M4K
- M512
- M9K
- MEGARAM
- MLAB
- auto
- logic
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
This assignment supports synthesis wildcards.
Syntax
set_global_assignment -name RAMSTYLE_ATTRIBUTE -entity <entity name> <value> set_instance_assignment -name RAMSTYLE_ATTRIBUTE -to <to> -entity <entity name> <value>
Example
set_instance_assignment -name ramstyle_attribute M512 -to foo
RBCGEN_CRITICAL_WARNING_TO_ERROR
To convert Quartus Prime critical warning to error.
Type
Boolean
Device Support
- Arria 10
- Cyclone 10 GX
- Stratix 10
Notes
None
Syntax
set_global_assignment -name RBCGEN_CRITICAL_WARNING_TO_ERROR <value>
Default Value
On
REMOVE_DUPLICATE_REGISTERS
Removes a register if it is identical to another register. If two registers generate the same logic, the second one will be deleted and the first one will be made to fan out to the second one's destinations. Also, if the deleted register has different logic option assignments, they will be ignored. This option is useful if you wish to prevent the Compiler from removing duplicate registers that you have used deliberately. You can do this by setting the option to Off. This option is ignored if it is applied to anything other than an individual register or a design entity containing registers.
Old Name
DUPLICATE_REGISTER_EXTRACTION
Type
Boolean
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
This assignment supports Fitter wildcards.
This assignment is included in the Analysis & Synthesis report.
This assignment supports synthesis wildcards.
Syntax
set_global_assignment -name REMOVE_DUPLICATE_REGISTERS <value> set_global_assignment -name REMOVE_DUPLICATE_REGISTERS -entity <entity name> <value> set_instance_assignment -name REMOVE_DUPLICATE_REGISTERS -to <to> -entity <entity name> <value>
Default Value
On
Example
set_global_assignment -name remove_duplicate_registers off set_instance_assignment -name remove_duplicate_registers off -to foo
REMOVE_REDUNDANT_LOGIC_CELLS
Removes redundant LCELL primitives or WYSIWYG primitives. Turning this option on optimizes a circuit for area and speed. This option is ignored if it is applied to anything other than a design entity.
Type
Boolean
Device Support
- Arria 10
- Cyclone 10 GX
- Stratix 10
Notes
This assignment is included in the Analysis & Synthesis report.
This assignment supports synthesis wildcards.
Syntax
set_global_assignment -name REMOVE_REDUNDANT_LOGIC_CELLS -entity <entity name> <value> set_instance_assignment -name REMOVE_REDUNDANT_LOGIC_CELLS -to <to> -entity <entity name> <value> set_global_assignment -name REMOVE_REDUNDANT_LOGIC_CELLS <value>
Default Value
Off
Example
set_global_assignment -name remove_redundant_logic_cells on set_instance_assignment -name remove_redundant_logic_cells on -to node
REPORT_PARAMETER_SETTINGS_PRO
Specifies whether the synthesis report should include the panels in the Parameter Settings by Entity Instance folder
Type
Boolean
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
This assignment is included in the Analysis & Synthesis report.
Syntax
set_global_assignment -name REPORT_PARAMETER_SETTINGS_PRO <value>
Default Value
On
REPORT_SOURCE_ASSIGNMENTS_PRO
Specifies whether the synthesis report should include the panels in the Source Assignments folder
Type
Boolean
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
This assignment is included in the Analysis & Synthesis report.
Syntax
set_global_assignment -name REPORT_SOURCE_ASSIGNMENTS_PRO <value>
Default Value
On
RESYNTHESIS_OPTIMIZATION_EFFORT
Specifies whether the resynthesis tool should focus on fmax or area during resynthesis.
Type
Enumeration
Values
- Low
- Normal
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name RESYNTHESIS_OPTIMIZATION_EFFORT -section_id <section identifier> <value> set_global_assignment -name RESYNTHESIS_OPTIMIZATION_EFFORT -entity <entity name> -section_id <section identifier> <value>
Default Value
Normal, requires section identifier
RESYNTHESIS_PHYSICAL_SYNTHESIS
Specifies the physical synthesis level for resynthesis.
Type
Enumeration
Values
- ADVANCED
- Normal
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name RESYNTHESIS_PHYSICAL_SYNTHESIS -section_id <section identifier> <value> set_global_assignment -name RESYNTHESIS_PHYSICAL_SYNTHESIS -entity <entity name> -section_id <section identifier> <value>
Default Value
Normal, requires section identifier
RESYNTHESIS_RETIMING
Specifies the paths on which retiming will be performed: all paths, register-to-register paths only, or none.
Type
Enumeration
Values
- CORE
- Full
- Off
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name RESYNTHESIS_RETIMING -section_id <section identifier> <value> set_global_assignment -name RESYNTHESIS_RETIMING -entity <entity name> -section_id <section identifier> <value>
Default Value
FULL, requires section identifier
SAFE_STATE_MACHINE
Tells the compiler to implement state machines that can recover gracefully from an illegal state.
Type
Boolean
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
This assignment is included in the Analysis & Synthesis report.
This assignment supports synthesis wildcards.
Syntax
set_global_assignment -name SAFE_STATE_MACHINE -entity <entity name> <value> set_instance_assignment -name SAFE_STATE_MACHINE -to <to> -entity <entity name> <value> set_global_assignment -name SAFE_STATE_MACHINE <value>
Default Value
Off
Example
set_global_assignment -name safe_state_machine on set_instance_assignment -name safe_state_machine on -to foo
See Also
State Machine Processing Extract Verilog State Machines Extract VHDL State Machines
SAVE_DISK_SPACE
Saves disk space by reducing the number of node names available for entering assignments, simulation, timing analysis, reporting, etc.
Type
Boolean
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name SAVE_DISK_SPACE <value>
Default Value
On
SEARCH_PATH
Specifies the path name of a user-defined library.
Type
String
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
Syntax
set_global_assignment -name SEARCH_PATH <value>
SHIFT_REGISTER_RECOGNITION_ACLR_SIGNAL
Allows the Compiler to find a group of shift registers of the same length that can be replaced with the altshift_taps megafunction. The shift registers must all use the same aclr signals, must not have any other secondary signals, and must have equally spaced taps that are at least three registers apart. To use this option, you must turn on the Auto Shift Register Replacement logic option.
Type
Boolean
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
This assignment is included in the Analysis & Synthesis report.
This assignment supports synthesis wildcards.
Syntax
set_global_assignment -name SHIFT_REGISTER_RECOGNITION_ACLR_SIGNAL <value> set_global_assignment -name SHIFT_REGISTER_RECOGNITION_ACLR_SIGNAL -entity <entity name> <value> set_instance_assignment -name SHIFT_REGISTER_RECOGNITION_ACLR_SIGNAL -to <to> -entity <entity name> <value>
Default Value
On
Example
set_global_assignment -name shift_register_recognition_aclr_signal off set_instance_assignment -name shift_register_recognition_aclr_signal off -to foo
SIZE_OF_LATCH_REPORT
Allows you to specify the maximum number of latches that the Synthesis Report should display.
Type
Integer
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
This assignment is included in the Analysis & Synthesis report.
Syntax
set_global_assignment -name SIZE_OF_LATCH_REPORT <value>
Default Value
100
Example
set_global_assignment -name SIZE_OF_LATCH_REPORT 200
STATE_MACHINE_PROCESSING
Specifies the processing style used to compile a state machine. You can use your own 'User-Encoded' style, or select 'One-Hot', 'Minimal Bits', 'Gray', 'Johnson', 'Sequential' or 'Auto' (Compiler-selected) encoding.
Type
Enumeration
Values
- Auto
- Gray
- Johnson
- Minimal Bits
- One-Hot
- Sequential
- User-Encoded
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
This assignment is included in the Analysis & Synthesis report.
This assignment supports synthesis wildcards.
Syntax
set_global_assignment -name STATE_MACHINE_PROCESSING -entity <entity name> <value> set_instance_assignment -name STATE_MACHINE_PROCESSING -to <to> -entity <entity name> <value> set_global_assignment -name STATE_MACHINE_PROCESSING <value>
Default Value
Auto
Example
set_global_assignment -name state_machine_processing "one-hot" set_instance_assignment -name state_machine_processing "one-hot" -to foo
See Also
Extract Verilog State Machines Extract VHDL State Machines
STRATIXII_CARRY_CHAIN_LENGTH
Specifies the maximum allowable length of a chain of both user-entered and Compiler-synthesized CARRY_SUM buffers. Carry chains that exceed this length are broken into separate chains. (This option also applies to MAX+PLUS II-style CARRY buffers.)
Old Name
ARMSTRONG_CARRY_CHAIN_LENGTH, Carry Chain Length -- Stratix II/Stratix III
Type
Integer
Device Support
- Arria 10
- Cyclone 10 GX
Notes
This assignment is included in the Analysis & Synthesis report.
This assignment supports synthesis wildcards.
Syntax
set_global_assignment -name STRATIXII_CARRY_CHAIN_LENGTH <value> set_global_assignment -name STRATIXII_CARRY_CHAIN_LENGTH -entity <entity name> <value> set_instance_assignment -name STRATIXII_CARRY_CHAIN_LENGTH -to <to> -entity <entity name> <value>
Default Value
70
STRICT_RAM_RECOGNITION
When this option is ON, the Compiler is only allowed to replace RAM if the hardware matches the design exactly.
Type
Boolean
Device Support
- Arria 10
- Cyclone 10 GX
- Stratix 10
Notes
This assignment is included in the Analysis & Synthesis report.
This assignment supports synthesis wildcards.
Syntax
set_global_assignment -name STRICT_RAM_RECOGNITION <value> set_global_assignment -name STRICT_RAM_RECOGNITION -entity <entity name> <value> set_instance_assignment -name STRICT_RAM_RECOGNITION -to <to> -entity <entity name> <value>
Default Value
Off
Example
set_global_assignment -name strict_ram_recognition on set_global_assignment -name strict_ram_recognition on -to foo
SYNCHRONIZATION_REGISTER_CHAIN_LENGTH
This setting specifies the maximum number of registers in a row to be considered as a synchronization chain. Synchronization chains are sequences of registers with the same clock, no fanout in between, such that the first register is fed by a pin, or by logic in another clock domain. These registers will be considered for metastability analysis (available for some families), and are also protected from optimizations such as retiming. When gate-level retiming is turned on, these registers will not be moved. The default length is device-specific.
Old Name
ADV_NETLIST_OPT_METASTABLE_REGS
Type
Integer
Device Support
- Arria 10
- Cyclone 10 GX
- Stratix 10
Notes
This assignment is included in the Analysis & Synthesis report.
This assignment supports synthesis wildcards.
Syntax
set_global_assignment -name SYNCHRONIZATION_REGISTER_CHAIN_LENGTH <value> set_global_assignment -name SYNCHRONIZATION_REGISTER_CHAIN_LENGTH -entity <entity name> <value> set_instance_assignment -name SYNCHRONIZATION_REGISTER_CHAIN_LENGTH -to <to> -entity <entity name> <value>
SYNTHESIS_EFFORT
Controls the synthesis trade-off between compilation speed and performance and area. The default is 'Auto'. You can select 'Fast' for faster compilation speed at the cost of performance and area.
Type
Enumeration
Values
- Auto
- Fast
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
This assignment is included in the Analysis & Synthesis report.
Syntax
set_global_assignment -name SYNTHESIS_EFFORT <value>
Default Value
Auto
Example
set_global_assignment -name synthesis_effort fast
SYNTHESIS_KEEP_SYNCH_CLEAR_PRESET_BEHAVIOR_IN_UNMAPPER
When this option is set to On, synthesis will keep the synchronous clear/preset behavior when remap I/O wysiwyg primitives (from other device families) using DDIO INPUT feature to the targeted device family.
Type
Boolean
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
This assignment supports synthesis wildcards.
Syntax
set_global_assignment -name SYNTHESIS_KEEP_SYNCH_CLEAR_PRESET_BEHAVIOR_IN_UNMAPPER -entity <entity name> <value> set_instance_assignment -name SYNTHESIS_KEEP_SYNCH_CLEAR_PRESET_BEHAVIOR_IN_UNMAPPER -to <to> -entity <entity name> <value> set_global_assignment -name SYNTHESIS_KEEP_SYNCH_CLEAR_PRESET_BEHAVIOR_IN_UNMAPPER <value>
Example
set_global_assignment -name synthesis_keep_synch_clear_preset_behavior_in_unmapper on set_instance_assignment -name synthesis_keep_synch_clear_preset_behavior_in_unmapper on -to foo
SYNTHESIS_S10_MIGRATION_CHECKS
Option to enable/disable Arria 10 to Stratix 10 Synthesis Migration Checks.
Type
Boolean
Device Support
- Stratix 10
Notes
This assignment is included in the Analysis & Synthesis report.
Syntax
set_global_assignment -name SYNTHESIS_S10_MIGRATION_CHECKS <value>
Default Value
Off
Example
set_global_assignment -name SYNTHESIS_S10_MIGRATION_CHECKS on
SYNTH_CLOCK_MUX_PROTECTION
Causes the multiplexers in the clock network to be decomposed to 2to1 multiplexer trees, and protected from being merged with, or transferred to, other logic. This option helps the TimeQuest timing analyzer to understand clock behavior.
Type
Boolean
Device Support
- Arria 10
- Cyclone 10 GX
- Stratix 10
Notes
This assignment is included in the Analysis & Synthesis report.
Syntax
set_global_assignment -name SYNTH_CLOCK_MUX_PROTECTION <value>
Default Value
On
Example
set_global_assignment -name synth_clock_mux_protection off
SYNTH_GATED_CLOCK_CONVERSION
Automatically converts gated clocks in the design to use clock enable pins if clock enable pins are not used in the original design. Clock gating logic can contain AND, OR, MUX, and NOT gates. Turning on this option may increase memory use and overall run time. You must use the TimeQuest Timing Analyzer for timing analysis, and you must define all base clocks in Synopsys Design Constraints (SDC) format.
Type
Boolean
Device Support
- Arria 10
- Cyclone 10 GX
- Stratix 10
Notes
This assignment is included in the Analysis & Synthesis report.
This assignment supports synthesis wildcards.
Syntax
set_global_assignment -name SYNTH_GATED_CLOCK_CONVERSION -entity <entity name> <value> set_instance_assignment -name SYNTH_GATED_CLOCK_CONVERSION -to <to> -entity <entity name> <value> set_global_assignment -name SYNTH_GATED_CLOCK_CONVERSION <value>
Default Value
Off
Example
set_global_assignment -name synth_gated_clock_conversion on set_instance_assignment -name synth_gated_clock_conversion on -to foo
SYNTH_MESSAGE_LEVEL
Specifies the type of Analysis & Synthesis messages you want to view. Setting this option to 'Low' allows you to view only the most important Analysis & Synthesis messages. Setting this option to 'Medium' allows you to view most Analysis & Synthesis messages, but hides the detailed messages in Analysis & Synthesis report. Setting this option to 'High' allows you to view all Analysis & Synthesis messages.
Type
Enumeration
Values
- High
- Low
- Medium
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
This assignment is included in the Analysis & Synthesis report.
Syntax
set_global_assignment -name SYNTH_MESSAGE_LEVEL <value>
Default Value
Medium
SYNTH_PROTECT_SDC_CONSTRAINT
Causes SDC constraint checking in register merging. It helps to maintain the validity of SDC constraints through compilation.
Type
Boolean
Device Support
- Arria 10
- Cyclone 10 GX
- Stratix 10
Notes
This assignment is included in the Analysis & Synthesis report.
Syntax
set_global_assignment -name SYNTH_PROTECT_SDC_CONSTRAINT <value>
Default Value
Off
Example
set_global_assignment -name synth_protect_sdc_constraint on
SYNTH_RESOURCE_AWARE_INFERENCE_FOR_BLOCK_RAM
Specifies whether RAM, ROM, and shift-register inference should take the design and device resources into account.
Type
Boolean
Device Support
- Arria 10
- Cyclone 10 GX
- Stratix 10
Notes
This assignment is included in the Analysis & Synthesis report.
Syntax
set_global_assignment -name SYNTH_RESOURCE_AWARE_INFERENCE_FOR_BLOCK_RAM <value>
Example
set_global_assignment -name synth_resource_aware_inference_for_block_ram on
SYNTH_TIMING_DRIVEN_SYNTHESIS
Allows synthesis to use timing information during synthesis to better optimize the design.
Type
Boolean
Device Support
- Arria 10
- Cyclone 10 GX
- Stratix 10
Notes
This assignment is included in the Analysis & Synthesis report.
This assignment supports synthesis wildcards.
Syntax
set_global_assignment -name SYNTH_TIMING_DRIVEN_SYNTHESIS <value> set_global_assignment -name SYNTH_TIMING_DRIVEN_SYNTHESIS -entity <entity name> <value> set_instance_assignment -name SYNTH_TIMING_DRIVEN_SYNTHESIS -to <to> -entity <entity name> <value>
Example
set_global_assignment -name synth_timing_driven_synthesis on
TOP_LEVEL_ENTITY
Specifies the full hierarchichal path of the entity that is the focus of the current compilation or simulation.
Old Name
FOCUS_ENTITY_NAME
Type
String
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name TOP_LEVEL_ENTITY <value>
USER_LIBRARIES
Specifies the pathnames of user-defined libraries.
Type
String
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
Syntax
set_global_assignment -name USER_LIBRARIES <value>
USE_GENERATED_PHYSICAL_CONSTRAINTS
Specifies the physical constraints file generated by the resynthesis tool to be used by the Quartus Prime software
Type
Boolean
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name USE_GENERATED_PHYSICAL_CONSTRAINTS -section_id <section identifier> <value> set_global_assignment -name USE_GENERATED_PHYSICAL_CONSTRAINTS -entity <entity name> -section_id <section identifier> <value>
Default Value
On, requires section identifier
VERILOG_CONSTANT_LOOP_LIMIT
Defines the iteration limit for Verilog loops with loop conditions that evaluate to compile-time constants on each loop iteration. This limit exists primarily to identify potential infinite loops before they exhaust memory or trap the software in an actual infinite loop.
Type
Integer
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
This assignment is included in the Analysis & Synthesis report.
This assignment supports synthesis wildcards.
Syntax
set_global_assignment -name VERILOG_CONSTANT_LOOP_LIMIT <value> set_global_assignment -name VERILOG_CONSTANT_LOOP_LIMIT -entity <entity name> <value> set_instance_assignment -name VERILOG_CONSTANT_LOOP_LIMIT -to <to> -entity <entity name> <value>
Default Value
5000
Example
set_global_assignment -name verilog_constant_loop_limit 3000
VERILOG_INPUT_VERSION
Specifies the language dialect to use when processing Verilog Design Files: Verilog-1995 (IEEE Std. 1364-1995), Verilog-2001 (IEEE Std. 1364-2001), SystemVerilog-2005 (IEEE Std. 1800-2005), or SystemVerilog-2009 (IEEE Std. 1800-2009). Verilog 2001 is the default dialect.
Type
Enumeration
Values
- SystemVerilog_2005
- SystemVerilog_2009
- Verilog_1995
- Verilog_2001
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
This assignment is included in the Analysis & Synthesis report.
Syntax
set_global_assignment -name VERILOG_INPUT_VERSION <value>
Default Value
Verilog_2001
VERILOG_LMF_FILE
Specifies the default Library Mapping File (.lmf) for the current compilation.
Type
File name
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
This assignment is included in the Analysis & Synthesis report.
Syntax
set_global_assignment -name VERILOG_LMF_FILE <value>
VERILOG_MACRO
Defines Verilog HDL macro - same as `define directive
Type
String
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
Syntax
set_global_assignment -name VERILOG_MACRO <value>
VERILOG_NON_CONSTANT_LOOP_LIMIT
Defines the iteration limit for Verilog loops with loop conditions that do not evaluate to compile-time constants on each loop iteration. This limit exists primarily to identify potential infinite loops before they exhaust memory or trap the software in an actual infinite loop.
Type
Integer
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
This assignment is included in the Analysis & Synthesis report.
This assignment supports synthesis wildcards.
Syntax
set_global_assignment -name VERILOG_NON_CONSTANT_LOOP_LIMIT <value> set_global_assignment -name VERILOG_NON_CONSTANT_LOOP_LIMIT -entity <entity name> <value> set_instance_assignment -name VERILOG_NON_CONSTANT_LOOP_LIMIT -to <to> -entity <entity name> <value>
Default Value
250
Example
set_global_assignment -name verilog_non_constant_loop_limit 3000
VERILOG_SHOW_LMF_MAPPING_MESSAGES
Determines whether to display messages describing the mappings used in the Library Mapping File.
Type
Boolean
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
This assignment is included in the Analysis & Synthesis report.
Syntax
set_global_assignment -name VERILOG_SHOW_LMF_MAPPING_MESSAGES <value>
VHDL_INPUT_LIBRARY
Specifies the logical name of a user-defined VHDL design library : physical name.
Type
String
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
Syntax
set_instance_assignment -name VHDL_INPUT_LIBRARY -to <to> <value>
VHDL_INPUT_VERSION
Specifies the language dialect to use when processing VHDL Design Files: VHDL-1987 (IEEE Std 1076-1987), VHDL-1993 (IEEE Std 1076-1993) or VHDL-2008 (IEEE Std 1076-2008). VHDL-1993 is the default dialect.
Type
Enumeration
Values
- VHDL_1987
- VHDL_1993
- VHDL_2008
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
This assignment is included in the Analysis & Synthesis report.
Syntax
set_global_assignment -name VHDL_INPUT_VERSION <value>
Default Value
VHDL_1993
VHDL_LMF_FILE
Specifies the default Library Mapping File (.lmf) for the current compilation.
Type
File name
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
This assignment is included in the Analysis & Synthesis report.
Syntax
set_global_assignment -name VHDL_LMF_FILE <value>
VHDL_SHOW_LMF_MAPPING_MESSAGES
Determines whether to display messages describing the mappings used in the Library Mapping File.
Type
Boolean
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
This assignment is included in the Analysis & Synthesis report.
Syntax
set_global_assignment -name VHDL_SHOW_LMF_MAPPING_MESSAGES <value>
Assembler Assignments
AUTO_RESTART_CONFIGURATION
Directs the device to restart the configuration process automatically if a data error is encountered. If this option is turned off, you must externally direct the device to restart the configuration process if an error occurs.
Old Name
Auto restart on configuration error
Type
Boolean
Device Support
- Arria 10
- Cyclone 10 GX
Notes
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name AUTO_RESTART_CONFIGURATION <value>
Default Value
On
CLOCK_SOURCE
Specifies whether the configuration device generates an internal clock or applies an external clock.
Type
Enumeration
Values
- External
- Internal
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name CLOCK_SOURCE <value>
Default Value
Internal
COMPRESSION_MODE
Allows you to compress SRAM Object Files (.sof) stored in a Programmer Object File (.pof) for a configuration device.
Type
Boolean
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name COMPRESSION_MODE <value>
Default Value
Off
CONFIGURATION_CLOCK_DIVISOR
Specifies the clock frequency divisor, which is used to determine the period of the system clock.
Type
String
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name CONFIGURATION_CLOCK_DIVISOR <value>
Default Value
1
CONFIGURATION_CLOCK_FREQUENCY
Specifies the clock frequency of the configuration device.
Type
String
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name CONFIGURATION_CLOCK_FREQUENCY <value>
Default Value
10 MHz
ENABLE_ADV_SEU_DETECTION
Allows you to enable the Advanced SEU Detection compiler to generate design SEU sensitivity map file. If this option is turned on, the SMH file will be generated.
Type
Boolean
Device Support
- Arria 10
- Cyclone 10 GX
- Stratix 10
Notes
None
Syntax
set_global_assignment -name ENABLE_ADV_SEU_DETECTION <value>
Default Value
Off
Example
set_global_assignment -name ENABLE_ADV_SEU_DETECTION ON
See Also
PARTITION_ASD_REGION_ID
ENABLE_AUTONOMOUS_PCIE_HIP
Directs the device to release the PCIe HIP after the periphery is configured and before core configuration is completed. This option doesn't take effect in CvP Init mode since the periphery automatically comes up first, all other modes bring the PCIe HIP up first when this option is selected.
Old Name
Auto restart on configuration error
Type
Boolean
Device Support
- Arria 10
- Cyclone 10 GX
Notes
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name ENABLE_AUTONOMOUS_PCIE_HIP <value>
Default Value
Off
ENABLE_OCT_DONE
This option controls whether the INIT_DONE signal will be gated by OCT_DONE signal which indicates the Power-Up OCT calibration is completed. If this option is turned off, the INIT_DONE signal is not gated by the OCT_DONE signal.
Type
Boolean
Device Support
- Arria 10
- Cyclone 10 GX
Notes
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name ENABLE_OCT_DONE <value>
Default Value
Off
EPROM_USE_CHECKSUM_AS_USERCODE
Uses the checksum value from the Programmer Object File (.pof) as the JTAG user code.
Type
Boolean
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name EPROM_USE_CHECKSUM_AS_USERCODE <value>
Default Value
Off
GENERATE_HEX_FILE
Generates a Hexadecimal (Intel-format) Output File (.hexout) containing configuration data that can be programmed into a parallel data source, such as an EPROM or a mass storage device, which then in turn configures the target device.
Type
Boolean
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name GENERATE_HEX_FILE <value>
Default Value
Off
GENERATE_PMSF_FILES
Generates a Partial-Masked SOF file (.pmsf) containing both configuration data and region definitions that can be used to re-configure a device region. If this option is turned on, the Partial-Masked SOF files (.pmsf) will be generated instead of Mask Settings files (.msf).
Type
Boolean
Device Support
- Arria 10
- Cyclone 10 GX
- Stratix 10
Syntax
set_global_assignment -name GENERATE_PMSF_FILES <value>
Default Value
On
Example
set_global_assignment -name GENERATE_PMSF_FILES ON
See Also
GENERATE_PMSF_FILES
GENERATE_PR_RBF_FILE
Generates a Partial Reconfiguration Raw Binary File (.rbf) containing configuration data that an intelligent external controller can use to reconfigure the portion of target device.
Type
Boolean
Device Support
- Arria 10
- Cyclone 10 GX
- Stratix 10
Notes
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name GENERATE_PR_RBF_FILE <value>
GENERATE_RBF_FILE
Generates a Raw Binary File (.rbf) containing configuration data that an intelligent external controller can use to configure the target device.
Type
Boolean
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name GENERATE_RBF_FILE <value>
Default Value
Off
GENERATE_TTF_FILE
Generates a Tabular Text File (.ttf) containing configuration data that an intelligent external controller can use to configure the target device.
Type
Boolean
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name GENERATE_TTF_FILE <value>
Default Value
Off
HEXOUT_FILE_COUNT_DIRECTION
Specifies the count direction for the data in a Hexadecimal (Intel-Format) Output File (.hexout) as up or down.
Old Name
HEX_FILE_COUNT_UP_DOWN
Type
Enumeration
Values
- Down
- Up
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name HEXOUT_FILE_COUNT_DIRECTION <value>
Default Value
Up
HEXOUT_FILE_START_ADDRESS
Specifies the starting memory address for a Hexadecimal (Intel-Format) Output File (.hexout).
Type
String
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name HEXOUT_FILE_START_ADDRESS <value>
Default Value
0
HPS_DAP_SPLIT_MODE
Enables the HPS debug access port (DAP) pins. When HPS JTAG pins are selected, these HPS JTAG pins are shared with other HPS uses and with user logic.
Type
Enumeration
Values
- Disabled
- HPS Pins
- SDM Pins
Device Support
- Stratix 10
Notes
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name HPS_DAP_SPLIT_MODE <value>
Default Value
Disabled
HPS_INITIALIZATION
Selects the order in which the Hard Processor System (HPS) and the FPGA are configured.
Type
Enumeration
Values
- After INIT_DONE
- HPS First
- When requested by FPGA
Device Support
- Stratix 10
Notes
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name HPS_INITIALIZATION <value>
Default Value
After INIT_DONE
ON_CHIP_BITSTREAM_DECOMPRESSION
Allows the device to accept and decompress bitstreams during configuration. Produces compressed bitstreams and enables bitstream decompression.
Type
Boolean
Device Support
- Arria 10
- Cyclone 10 GX
- Stratix 10
Notes
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name ON_CHIP_BITSTREAM_DECOMPRESSION <value>
Default Value
On
PR_BASE_MSF
Specify block name and path of base revision MSF file for mask comparison in a PR project.
Type
String
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
Syntax
set_global_assignment -name PR_BASE_MSF <value>
PR_BASE_SOF
Specify path of base revision SOF file for bit settings comparison in a PR project.
Type
String
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
Syntax
set_global_assignment -name PR_BASE_SOF <value>
PR_SKIP_BASE_CHECK
Disable mask comparison and logic verification for a reconfigurable partition in a PR project.
Type
String
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
Syntax
set_global_assignment -name PR_SKIP_BASE_CHECK <value>
PWRMGT_ADV_CLOCK_DATA_FALL_TIME
Specify fall time of clock and data signals in nanoseconds. Integer value between 0 and 65535. The relevant SMBus requirement is tf as detailed in the SMBus AC Specifications. This is for PMBus Master mode.
Type
Integer
Device Support
- Stratix 10
Notes
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name PWRMGT_ADV_CLOCK_DATA_FALL_TIME <value>
Default Value
0
PWRMGT_ADV_CLOCK_DATA_RISE_TIME
Specify rise time of clock and data signals in nanoseconds. Integer value between 0 and 65535. The relevant SMBus requirement is tf as detailed in the SMBus AC Specifications. This is for PMBus Master mode.
Type
Integer
Device Support
- Stratix 10
Notes
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name PWRMGT_ADV_CLOCK_DATA_RISE_TIME <value>
Default Value
0
PWRMGT_ADV_DATA_HOLD_TIME
Specify data hold time in nanoseconds. Integer value between 0 and 65535. This parameter is used to control the hold time of SDA during transmit in both PMBus Master and PMBus Slave mode. The relevant SMBus requirement is tHD:DAT as detailed in the SMBus AC Specifications.
Type
Integer
Device Support
- Stratix 10
Notes
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name PWRMGT_ADV_DATA_HOLD_TIME <value>
Default Value
0
PWRMGT_ADV_DATA_SETUP_TIME
Specify data setup time in nanoseconds. Integer value between 0 and 65535. The amount of time delay introduced in the rising edge of SCL relative to SDA changing when a read-request is serviced. The relevant SMBus requirement is tSU:DAT as detailed in the SMBus AC Specifications. This is for PMBus slave mode.
Type
Integer
Device Support
- Stratix 10
Notes
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name PWRMGT_ADV_DATA_SETUP_TIME <value>
Default Value
0
PWRMGT_ADV_FPGA_RELEASE_DELAY
When operation mode is PMBus Slave mode, specify value in unassigned decimal value between 0 and 255 for delay duration in milliseconds before starting FPGA after first successful VOUT_COMMAND is responded.
Type
Integer
Device Support
- Stratix 10
Notes
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name PWRMGT_ADV_FPGA_RELEASE_DELAY <value>
Default Value
10
PWRMGT_ADV_INITIAL_DELAY
When operation mode is PMBus Master mode, specify value in unassigned decimal value between 0 and 255 for delay duration in milliseconds before first command is used.
Type
Integer
Device Support
- Stratix 10
Notes
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name PWRMGT_ADV_INITIAL_DELAY <value>
Default Value
0
PWRMGT_ADV_VOLTAGE_STABLE_DELAY
When operation mode is PMBus Master mode, specify value in unassigned decimal value between 0 and 255 for delay duration in milliseconds for voltage to stablize after each voltage update.
Type
Integer
Device Support
- Stratix 10
Notes
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name PWRMGT_ADV_VOLTAGE_STABLE_DELAY <value>
Default Value
10
PWRMGT_ADV_VOUT_READING_ERR_MARGIN
Specify power level feedback reading error margin index at 0.25% granularity, used by the controller to determine if target VID is achieved. 0: +/-1.00%, 1: +/-1.25%, ... 28: +/-8.00%
Type
Integer
Device Support
- Stratix 10
Notes
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name PWRMGT_ADV_VOUT_READING_ERR_MARGIN <value>
Default Value
0
PWRMGT_BUS_SPEED_MODE
Specifies bus speed mode in PMBus Master mode
Type
Enumeration
Values
- 100 KHz
- 400 KHz
Device Support
- Stratix 10
Notes
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name PWRMGT_BUS_SPEED_MODE <value>
Default Value
100 KHz
PWRMGT_DEVICE_ADDRESS_IN_PMBUS_SLAVE_MODE
Specifies 7 bit Hexadecimal value without leading prefix 0x for address, for instance 7F, for device address assignment when in PMBus Slave mode. It must be non-zero address.
Type
String
Device Support
- Stratix 10
Notes
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name PWRMGT_DEVICE_ADDRESS_IN_PMBUS_SLAVE_MODE <value>
Default Value
00
PWRMGT_DIRECT_FORMAT_COEFFICIENT_B
Specifies direct format coefficient b when in PMBus Master mode. Signed integer between -32768 and 32767. Coefficient b is the offset. This value is supplied by the PMBus devices manufacturer in the product literature. User must set this parameter when output voltage format of PMBus device is Direct formator or auto discovery format.
Type
String
Device Support
- Stratix 10
Notes
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name PWRMGT_DIRECT_FORMAT_COEFFICIENT_B <value>
Default Value
0
PWRMGT_DIRECT_FORMAT_COEFFICIENT_M
Specifies direct format coefficient m when in PMBus Master mode. Signed integer between -32768 and 32767. Coefficient m is the slope coefficient. This value is supplied by the PMBus devices manufacturer in the product literature. User must set this parameter when output voltage format of PMBus device is Direct format or auto discovery format. It must be a non-zero value when output voltage format of PMBus device is Direct format.
Type
String
Device Support
- Stratix 10
Notes
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name PWRMGT_DIRECT_FORMAT_COEFFICIENT_M <value>
Default Value
0
PWRMGT_DIRECT_FORMAT_COEFFICIENT_R
Specify direct format coefficient R when in PMBus Master mode. Signed integer between -128 and 127. Coefficient R is the exponent. This value is supplied by the PMBus devices manufacturer in the product literature. User must set this parameter when output voltage format of PMBus device is Direct format or auto discovery format.
Type
String
Device Support
- Stratix 10
Notes
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name PWRMGT_DIRECT_FORMAT_COEFFICIENT_R <value>
Default Value
0
PWRMGT_LINEAR_FORMAT_N
Specify linear format N when in PMBus Master mode. Signed integer between -16 and 15. This is exponent for for the mantissa for output voltage related command when VOUT format is set to Linear format. This value is supplied by the PMBus devices manufacturer in the product literature. A nonzero value must be specified when linear voltage output format is chosen.
Type
String
Device Support
- Stratix 10
Notes
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name PWRMGT_LINEAR_FORMAT_N <value>
Default Value
0
PWRMGT_PAGE_COMMAND_ENABLE
By enabling PAGE command, the FPGA PMBus master will use PAGE command to set all output channels on registered regulator modules to respond to VOUT_COMMAND.
Type
Boolean
Device Support
- Stratix 10
Notes
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name PWRMGT_PAGE_COMMAND_ENABLE <value>
Default Value
Off
PWRMGT_SLAVE_DEVICE0_ADDRESS
Specifies 7 bit Hexadecimal value without leading prefix 0x, for instance 7F, for slave address of the voltage regulator when in PMBus Master mode. It must be non-zero address.
Type
String
Device Support
- Stratix 10
Notes
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name PWRMGT_SLAVE_DEVICE0_ADDRESS <value>
Default Value
00
PWRMGT_SLAVE_DEVICE1_ADDRESS
Specifies 7 bit Hexadecimal value without leading prefix 0x, for instance 7F, for slave address of the voltage regulator when in PMBus Master mode.
Type
String
Device Support
- Stratix 10
Notes
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name PWRMGT_SLAVE_DEVICE1_ADDRESS <value>
Default Value
00
PWRMGT_SLAVE_DEVICE2_ADDRESS
Specifies 7 bit Hexadecimal value without leading prefix 0x, for instance 7F, for slave address of the voltage regulator when in PMBus Master mode.
Type
String
Device Support
- Stratix 10
Notes
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name PWRMGT_SLAVE_DEVICE2_ADDRESS <value>
Default Value
00
PWRMGT_SLAVE_DEVICE3_ADDRESS
Specifies 7 bit Hexadecimal value without leading prefix 0x, for instance 7F, for slave address of the voltage regulator when in PMBus Master mode.
Type
String
Device Support
- Stratix 10
Notes
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name PWRMGT_SLAVE_DEVICE3_ADDRESS <value>
Default Value
00
PWRMGT_SLAVE_DEVICE4_ADDRESS
Specifies 7 bit Hexadecimal value without leading prefix 0x, for instance 7F, for slave address of the voltage regulator when in PMBus Master mode.
Type
String
Device Support
- Stratix 10
Notes
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name PWRMGT_SLAVE_DEVICE4_ADDRESS <value>
Default Value
00
PWRMGT_SLAVE_DEVICE5_ADDRESS
Specifies 7 bit Hexadecimal value without leading prefix 0x, for instance 7F, for slave address of the voltage regulator when in PMBus Master mode.
Type
String
Device Support
- Stratix 10
Notes
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name PWRMGT_SLAVE_DEVICE5_ADDRESS <value>
Default Value
00
PWRMGT_SLAVE_DEVICE6_ADDRESS
Specifies 7 bit Hexadecimal value without leading prefix 0x, for instance 7F, for slave address of the voltage regulator when in PMBus Master mode.
Type
String
Device Support
- Stratix 10
Notes
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name PWRMGT_SLAVE_DEVICE6_ADDRESS <value>
Default Value
00
PWRMGT_SLAVE_DEVICE7_ADDRESS
Specifies 7 bit Hexadecimal value without leading prefix 0x, for instance 7F, for slave address of the voltage regulator when in PMBus Master mode.
Type
String
Device Support
- Stratix 10
Notes
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name PWRMGT_SLAVE_DEVICE7_ADDRESS <value>
Default Value
00
PWRMGT_SLAVE_DEVICE_TYPE
Specifies the slave device type when the target FPGA device is in PMBus master mode
Type
Enumeration
Values
- LTM4677
- Other
Device Support
- Stratix 10
Notes
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name PWRMGT_SLAVE_DEVICE_TYPE <value>
Default Value
LTM4677
PWRMGT_TABLE_VERSION
Power table version. 0 is a reserved value to indicate the power table is invalid
Type
Integer
Device Support
- Stratix 10
Notes
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name PWRMGT_TABLE_VERSION <value>
Default Value
1
PWRMGT_TRANSLATED_VOLTAGE_VALUE_UNIT
Specifies the output voltage format when in PMBus Master mode.
Type
Enumeration
Values
- Millivolts
- Volts
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name PWRMGT_TRANSLATED_VOLTAGE_VALUE_UNIT <value>
Default Value
Volts
PWRMGT_VOLTAGE_OUTPUT_FORMAT
Specifies the output voltage format when in PMBus Master mode.
Type
Enumeration
Values
- Auto discovery
- Direct format
- Linear format
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name PWRMGT_VOLTAGE_OUTPUT_FORMAT <value>
Default Value
Auto discovery
RELEASE_CLEARS_BEFORE_TRI_STATES
Directs the device to release the clear signal on registered logic cells and I/O cells before releasing the output enable override on tri-state buffers. If this option is turned off, the output enable signals are released before the clear overrides are released.
Old Name
Release clears before tri-states
Type
Boolean
Device Support
- Arria 10
- Cyclone 10 GX
Notes
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name RELEASE_CLEARS_BEFORE_TRI_STATES <value>
Default Value
Off
STRATIXII_CONFIGURATION_DEVICE
Specifies the configuration device that you want to use as the means of configuring the target device.
Old Name
STRATIX_II_CONFIGURATION_DEVICE
Type
String
Device Support
- Arria 10
- Cyclone 10 GX
- Stratix 10
Notes
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name STRATIXII_CONFIGURATION_DEVICE <value>
Default Value
Auto
STRATIX_JTAG_USER_CODE
Specifies user-defined information about the target device. The JTAG user code is an extension of the option register. This data can be read with the JTAG USERCODE instruction.
Type
String
Device Support
- Arria 10
- Cyclone 10 GX
- Stratix 10
Notes
None
Syntax
set_global_assignment -name STRATIX_JTAG_USER_CODE <value>
Default Value
FFFFFFFF
USE_CHECKERED_PATTERN_AS_UNINITIALIZED_RAM_CONTENT
Loads a checkered pattern as initial RAM content into all RAM blocks without specified RAM content that supports content initialization. Turning on this option does not affect simulation, which may cause on-chip behavior to differ from simulation results.
Type
Enumeration
Values
- 0000
- 0101
- 1010
- 1111
- OFF
- ON
- RANDOM
Device Support
- Arria 10
- Cyclone 10 GX
- Stratix 10
Notes
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name USE_CHECKERED_PATTERN_AS_UNINITIALIZED_RAM_CONTENT <value>
Default Value
OFF
USE_CHECKSUM_AS_USERCODE
Sets the JTAG user code to match the checksum value of the device programming file. The programming file is a Programmer Object File (.pof) for non-volatile devices, such as MAX II devices, or an SRAM Object File (.sof) for SRAM-based devices. If you turn this option on, the JTAG user code option is not available.
Type
Boolean
Device Support
- Arria 10
- Cyclone 10 GX
- Stratix 10
Notes
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name USE_CHECKSUM_AS_USERCODE <value>
Default Value
On
Assignment Group Assignments
PIN_PLANNER_GROUP_EXCEPTION
Defines a node(s) to be excluded as an excpetion to a previously added member. It can be an instance name or a wildcard representing multiple instance names
Type
String
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
Syntax
set_global_assignment -name PIN_PLANNER_GROUP_EXCEPTION -section_id <section identifier> <value>
PIN_PLANNER_GROUP_MEMBER
Defines an element of a group. It can be an instance name or a wildcard representing multiple instance names
Type
String
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
Syntax
set_global_assignment -name PIN_PLANNER_GROUP_MEMBER -section_id <section identifier> <value>
Classic Timing Assignments
ANALYZE_LATCHES_AS_SYNCHRONOUS_ELEMENTS
Directs the Timing Analyzer to analyze latches as synchronous elements, rather than as combinational elements. Although latches continue to be implemented as a LUT feeding back onto itself, turning on this option directs the Timing Analyzer to analyze all latches as synchronous elements. Specifically, the clock enable is analyzed as an inverted clock. The Timing Analyzer reports the results of setup and hold analysis on these latches
Type
Boolean
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
None
Syntax
set_global_assignment -name ANALYZE_LATCHES_AS_SYNCHRONOUS_ELEMENTS <value>
Default Value
On
CUT_OFF_IO_PIN_FEEDBACK
Cuts off feedback from I/O pins during timing analysis. Cutting off I/O pin feedback is especially useful when a bidirectional pin is connected directly or indirectly to both the input and the output of a latch. This type of feedback path is continuous because it is not interrupted by any clocked logic primitives.
Type
Boolean
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
None
Syntax
set_global_assignment -name CUT_OFF_IO_PIN_FEEDBACK <value>
Default Value
On
CUT_OFF_PATHS_BETWEEN_CLOCK_DOMAINS
Cuts the paths between registers clocked by unrelated clocks. This option makes the timing analysis reporting similar to MAX+PLUS II timing analysis reporting.
Type
Boolean
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
None
Syntax
set_global_assignment -name CUT_OFF_PATHS_BETWEEN_CLOCK_DOMAINS <value>
Default Value
On
CUT_OFF_READ_DURING_WRITE_PATHS
Cuts the path from the write enable register through the ESB to a destination register.
Type
Boolean
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
None
Syntax
set_global_assignment -name CUT_OFF_READ_DURING_WRITE_PATHS <value>
Default Value
On
DEFAULT_HOLD_MULTICYCLE
Determines the default hold multicycle. The 'Same as Multicycle' setting ensures that the signal is latched on the final edge only. The 'One' setting assumes that the design can latch on any edge, up to and including the final edge. The 'Same as Multicycle' setting will give fewer hold time violation warnings. The 'One' setting is more restrictive, but it is the default setting for the TimeQuest Timing Analyzer and other third-party timing analyzers. This setting can be overridden on specific nodes with the Hold Multicycle option.
Type
Enumeration
Values
- One
- Same as Multicycle
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
None
Syntax
set_global_assignment -name DEFAULT_HOLD_MULTICYCLE <value>
Default Value
Same as Multicycle
Example
set_global_assignment -name default_hold_multicycle "Same as Multicycle" set_global_assignment -name default_hold_multicycle "One"
See Also
MULTICYCLE, SRC_MULTICYCLE, HOLD_MULTICYCLE, SRC_HOLD_MULTICYCLE, SETUP_RELATIONSHIP, HOLD_RELATIONSHIP
EMIF_SOC_PHYCLK_ADVANCE_MODELING
Instructs routing annotation to adjust the AV-SoC Phyclk delays.
Type
Boolean
Device Support
- This setting can be used in projects targeting any Altera device family.
Syntax
set_global_assignment -name EMIF_SOC_PHYCLK_ADVANCE_MODELING <value>
Default Value
Off
ENABLE_HPS_INTERNAL_TIMING
Enable HPS Internal Timing Characteristics
Type
Boolean
Device Support
- This setting can be used in projects targeting any Altera device family.
Syntax
set_global_assignment -name ENABLE_HPS_INTERNAL_TIMING <value>
Default Value
Off
IMPLEMENTS_FREE_RUNNING_CLOCK
Specifies if timing analysis should consider if a node implements a free-running clock versus assuming the node implement a clock that could be arbitrarily gated. The setting has implications on how end-of-life effects are applied.
Type
Boolean
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
This assignment supports wildcards.
This assignment is copied to any duplicated nodes.
This assignment supports Fitter wildcards.
This assignment is included in the Fitter report.
The value of this assignment must be a node name.
Syntax
set_instance_assignment -name IMPLEMENTS_FREE_RUNNING_CLOCK -to <to> -entity <entity name> <value>
INPUT_TRANSITION_TIME
Specifies the input transition time. This assignment is used in Quartus to adjust the timing of the I/O buffers for all families that support AIOT. It is also used when generating the PrimeTime script that it is used by the HardCopy back end. This assignment gets converted as a set_input_transition SDC command. If the assignment does not exist, Quartus will generate a set_input_transition using 80% of VCCN * 1V/ns where VCCN depends on the I/O Standard used
Type
Time
Device Support
- Arria 10
- Cyclone 10 GX
- Stratix 10
Notes
This assignment supports wildcards.
This assignment is copied to any duplicated nodes.
Syntax
set_instance_assignment -name INPUT_TRANSITION_TIME -to <to> -entity <entity name> <value>
MAX_CORE_JUNCTION_TEMP
This is the maximum core junction temperature that will be encountered during operation. Specified in degrees Celsius
Type
String
Device Support
- Arria 10
- Cyclone 10 GX
- Stratix 10
Notes
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name MAX_CORE_JUNCTION_TEMP <value>
MIN_CORE_JUNCTION_TEMP
This is the minimum core junction temperature that will be encountered during operation. Specified in degrees Celsius
Type
String
Device Support
- Arria 10
- Cyclone 10 GX
- Stratix 10
Notes
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name MIN_CORE_JUNCTION_TEMP <value>
MIN_MTBF_REQUIREMENT
Specifies the minimum acceptable Mean Time Between Failures (MTBF), either globally for the design or for a specific synchronizer chain (if applied to the head register of a synchronizer chain). The MTBF value used will be 10 to the power of this setting value, in years. If the MTBF of a synchronizer chain is less than this value, it will be marked as a dangerous, asynchronous transfer that is in need of additional synchronization registers to help avoid metastability.
Type
Integer
Device Support
- Arria 10
- Cyclone 10 GX
- Stratix 10
INTEGER_RANGE
-8, 9
Notes
This assignment supports wildcards.
Syntax
set_global_assignment -name MIN_MTBF_REQUIREMENT <value> set_instance_assignment -name MIN_MTBF_REQUIREMENT -to <to> -entity <entity name> <value>
Default Value
9
NOMINAL_CORE_SUPPLY_VOLTAGE
Specifies the voltage for the core power supply. For Stratix III devices, the core supply voltage applies only to the VCCL power rail. Refer to the device datasheet for the current device family for more details.
Type
String
Device Support
- Arria 10
- Cyclone 10 GX
Notes
The value of this assignment is case sensitive.
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name NOMINAL_CORE_SUPPLY_VOLTAGE <value>
PACKAGE_SKEW_COMPENSATION
Indicates that that the package skew for the signal has been compensated by the board trace delays.
Type
Boolean
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
This assignment supports Fitter wildcards.
Syntax
set_instance_assignment -name PACKAGE_SKEW_COMPENSATION -to <to> -entity <entity name> <value>
PLL_EXTERNAL_FEEDBACK_BOARD_DELAY
Specifies an external board delay between a feedback output pin and a feedback input pin (fbin) for a PLL in external feedback mode. This option is ignored if it is assigned to anything other than the fbin pin of a PLL.
Type
Time
Device Support
- Arria 10
- Cyclone 10 GX
- Stratix 10
Notes
None
Syntax
set_instance_assignment -name PLL_EXTERNAL_FEEDBACK_BOARD_DELAY -to <to> -entity <entity name> <value> set_global_assignment -name PLL_EXTERNAL_FEEDBACK_BOARD_DELAY <value>
TDC_AGGRESSIVE_HOLD_CLOSURE_EFFORT
Instructs the Fitter to aggressively optimize for hold timing closure.
Type
Boolean
Device Support
- This setting can be used in projects targeting any Altera device family.
Syntax
set_global_assignment -name TDC_AGGRESSIVE_HOLD_CLOSURE_EFFORT <value>
Default Value
Off
TIMEQUEST_DO_CCPP_REMOVAL
Directs the TimeQuest Timing Analyzer to remove common clock path pessimism (CCPP) during slack computation.
Type
Boolean
Device Support
- Arria 10
- Cyclone 10 GX
- EPC1
- EPC2
- Enhanced Configuration Devices
- Flash Memory
- Stratix 10
- Virtual JTAG TAP
Notes
None
Syntax
set_global_assignment -name TIMEQUEST_DO_CCPP_REMOVAL <value>
TIMEQUEST_DO_REPORT_TIMING
Directs the TimeQuest Timing Analyzer to report the worst-case path per clock domain and analysis.
Type
Boolean
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
None
Syntax
set_global_assignment -name TIMEQUEST_DO_REPORT_TIMING <value>
Default Value
Off
TIMEQUEST_MULTICORNER_ANALYSIS
Directs the TimeQuest Timing Analyzer to perform multicorner timing analysis, which analyzes the design against best-case and worst-case operating conditions. Turning on this option does not enable multicorner analysis in the Fitter.
Type
Boolean
Device Support
- Arria 10
- Cyclone 10 GX
- EPC1
- EPC2
- Enhanced Configuration Devices
- Flash Memory
- Stratix 10
- Virtual JTAG TAP
Notes
None
Syntax
set_global_assignment -name TIMEQUEST_MULTICORNER_ANALYSIS <value>
TIMEQUEST_REPORT_NUM_WORST_CASE_TIMING_PATHS
Specifies the maximum number of worst-case timing paths for the TimeQuest Timing Analyzer to report per clock domain and analysis.
Type
Integer
Device Support
- This setting can be used in projects targeting any Altera device family.
INTEGER_RANGE
1, 100000
Notes
None
Syntax
set_global_assignment -name TIMEQUEST_REPORT_NUM_WORST_CASE_TIMING_PATHS <value>
Default Value
100
TIMEQUEST_REPORT_SCRIPT
Specifies the name of the tcl script that will be used to overwrite the default TimeQuest report panels created during a normal compile.
Type
File name
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
Syntax
set_global_assignment -name TIMEQUEST_REPORT_SCRIPT <value>
TIMEQUEST_REPORT_SCRIPT_INCLUDE_DEFAULT_ANALYSIS
Directs the TimeQuest Timing Analyzer to perform default timing analysis prior to running the user-specified report script specified by TIMEQUEST_REPORT_SCRIPT.
Type
Boolean
Device Support
- This setting can be used in projects targeting any Altera device family.
Syntax
set_global_assignment -name TIMEQUEST_REPORT_SCRIPT_INCLUDE_DEFAULT_ANALYSIS <value>
Default Value
On
TIMEQUEST_REPORT_WORST_CASE_TIMING_PATHS
Directs the TimeQuest Timing Analyzer to report worst-case timing paths per clock domain and analysis.
Type
Boolean
Device Support
- Arria 10
- Cyclone 10 GX
- EPC1
- EPC2
- Enhanced Configuration Devices
- Flash Memory
- Stratix 10
- Virtual JTAG TAP
Notes
None
Syntax
set_global_assignment -name TIMEQUEST_REPORT_WORST_CASE_TIMING_PATHS <value>
Default Value
Off
USE_DLL_FREQUENCY_FOR_DQS_DELAY_CHAIN
Instructs STA to take DLL frequency into account while calculating phase shift of DQS delay chain
Type
Boolean
Device Support
- This setting can be used in projects targeting any Altera device family.
Syntax
set_global_assignment -name USE_DLL_FREQUENCY_FOR_DQS_DELAY_CHAIN <value>
Default Value
Off
Compiler Assignments
ALLOW_REGISTER_DUPLICATION
Controls whether the Compiler is allowed to duplicate registers to improve design performance. When register duplication is allowed, the Compiler may perform optimizations that create a second copy of a register and move a portion of its fan-out to this new node, in order to improve routability and/or reduce the total routing wire required to route a net with many fan-outs. If register duplication is disabled, optimizations that retime registers will also be disabled. This setting affects Analysis & Synthesis and the Fitter.
Type
Boolean
Device Support
- Arria 10
- Cyclone 10 GX
Notes
This assignment is included in the Fitter report.
This assignment is included in the Analysis & Synthesis report.
Syntax
set_global_assignment -name ALLOW_REGISTER_DUPLICATION <value>
Default Value
On
Example
set_global_assignment -name allow_register_duplication on
ALLOW_REGISTER_MERGING
Controls whether the Compiler is allowed to remove registers that are identical to other registers in the design. When register merging is allowed, in cases where two registers generate the same logic, one may be deleted and the remaining one will be made to also fan-out to the deleted register's destinations. This option is useful if you wish to prevent the Compiler from removing duplicate registers that you have used deliberately. If register merging is disabled, optimizations that retime registers will also be disabled. This setting affects Analysis & Synthesis and the Fitter.
Type
Boolean
Device Support
- Arria 10
- Cyclone 10 GX
Notes
This assignment is included in the Fitter report.
This assignment is included in the Analysis & Synthesis report.
Syntax
set_global_assignment -name ALLOW_REGISTER_MERGING <value>
Default Value
On
Example
set_global_assignment -name allow_register_merging off
ALLOW_REGISTER_RETIMING
Controls whether the Compiler is allowed to retime registers to improve design performance. When register retiming is allowed, the Compiler may perform optimizations that move combinational logic across register boundaries, maintaining the overall logic of the design component but also balancing the data path delays between each register. This setting affects the Fitter.
Type
Boolean
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
This assignment supports wildcards.
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name ALLOW_REGISTER_RETIMING <value> set_instance_assignment -name ALLOW_REGISTER_RETIMING -to <to> -entity <entity name> <value>
Default Value
On
Example
set_global_assignment -name allow_register_retiming on
OPTIMIZATION_MODE
Type
'High Performance Effort' mode will cause the compiler to target increased positive timing margin (via Standard Fit compilation), increase the timing optimization effort applied during placement and routing, and enable timing-related Physical Synthesis optimizations (as allowed by the register optimization settings below). Each of these additional optimizations can increase compilation time. 'Aggressive Performance' mode enables the same optimizations as 'High Performance Effort' mode, and additionally enables options during Analysis & Synthesis to maximize design performance at a potential increase to logic area. If design utilization is already very high, this option may lead to difficulty in fitting which could also negatively affect overall optimization quality.
High Power Effort' mode guides the Compiler to spend additional compilation time reducing routing utilization, which saves dynamic power. In 'Aggressive Power' mode, the Compiler will further target reducing the routing usage of signals with the highest specified (via Signal Activity File) or estimated toggle rates, saving additional dynamic power but potentially affecting performance
'Aggressive Area' mode instructs the Compiler to target an area minimal solution, even if this reduces overall timing performance.
This setting affects Analysis & Synthesis and the Fitter.
Enumeration
Values
- Aggressive Area
- Aggressive Performance
- Aggressive Power
- Balanced
- High Performance Effort
- High Power Effort
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
This assignment is included in the Fitter report.
This assignment is included in the Analysis & Synthesis report.
Syntax
set_global_assignment -name OPTIMIZATION_MODE <value>
Default Value
Balanced
Design Partition Assignments
ABSORB_PATHS_FROM_OUTPUTS_TO_INPUTS
Allows the Compiler to optimize connections from a partition's outputs to its inputs by making the path internal to the partition. You must also enable the cross-boundary optimizations feature for this partition using the CROSS_BOUNDARY_OPTIMIZATIONS assignment.
Type
Boolean
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
None
Syntax
set_global_assignment -name ABSORB_PATHS_FROM_OUTPUTS_TO_INPUTS -entity <entity name> -section_id <section identifier> <value> set_instance_assignment -name ABSORB_PATHS_FROM_OUTPUTS_TO_INPUTS -to <to> -entity <entity name> -section_id <section identifier> <value>
Default Value
On, requires section identifier and entity name
ALLOW_MULTIPLE_PERSONAS
Specifies if this partition represents a reconfigurable part of the design that can have mulitple personas (implementations)
Type
Boolean
Device Support
- Arria 10
- Cyclone 10 GX
Notes
This assignment is not copied when you create a companion revision for HardCopy II devices.
Syntax
set_global_assignment -name ALLOW_MULTIPLE_PERSONAS -entity <entity name> -section_id <section identifier> <value> set_instance_assignment -name ALLOW_MULTIPLE_PERSONAS -to <to> -entity <entity name> -section_id <section identifier> <value>
Default Value
Off, requires section identifier and entity name
AUTOMATIC_DANGLING_PORT_TIEOFF
Disable automatic tie-off of dangling boundary ports in the partition rooted at the specified instance.
Type
Boolean
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
Syntax
set_instance_assignment -name AUTOMATIC_DANGLING_PORT_TIEOFF -to <to> <value>
CROSS_BOUNDARY_OPTIMIZATIONS
This setting specifies whether the Compiler should optimize across the partition's boundary. If enabled, the Compiler may be able to optimize the logic inside the partition by applying various cross-boundary optimizations, such as constant propagation and dangling logic removal. Specific cross-boundary optimizations are enabled by individual assignments.
Type
Boolean
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
None
Syntax
set_global_assignment -name CROSS_BOUNDARY_OPTIMIZATIONS -entity <entity name> -section_id <section identifier> <value> set_instance_assignment -name CROSS_BOUNDARY_OPTIMIZATIONS -to <to> -entity <entity name> -section_id <section identifier> <value>
Default Value
Off, requires section identifier and entity name
EMPTY
Directs the compiler to empty a partition.
Type
Boolean
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
Syntax
set_instance_assignment -name EMPTY -to <to> -entity <entity name> <value>
ENABLE_LAB_SHARING_WITH_PARENT_PARTITION
Allows logic from the target partition to share LAB resources with the immediate parent partition.
Type
Boolean
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
Syntax
set_instance_assignment -name ENABLE_LAB_SHARING_WITH_PARENT_PARTITION -to <to> -entity <entity name> -section_id <section identifier> <value>
ENABLE_STRICT_PRESERVATION
Specifies whether IO pin belong to a strictly preserved safety IP. Setting defaults to off.
Type
Boolean
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
None
Syntax
set_global_assignment -name ENABLE_STRICT_PRESERVATION -entity <entity name> -section_id <section identifier> <value> set_instance_assignment -name ENABLE_STRICT_PRESERVATION -to <to> -entity <entity name> -section_id <section identifier> <value>
EXPORT_BLOCK_NAME_OBFUSCATION
Obfuscate all names under this hierarchy during export.
Type
Boolean
Device Support
- This setting can be used in projects targeting any Altera device family.
Syntax
set_instance_assignment -name EXPORT_BLOCK_NAME_OBFUSCATION -to <to> <value>
EXTENDS_TOP_BLOCK
Specifies a top-level block to extend. This currently instructs the fitter to use the post-map compiler results from the given VLNV, and to override the original QSF settings with those given in the current revision before running the fitter.
Type
String
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
Syntax
set_global_assignment -name EXTENDS_TOP_BLOCK <value>
IGNORE_PARTITIONS
Specifies whether the compiler should ignore partition assignments in the project.
Type
Boolean
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
This assignment is not copied when you create a companion revision for HardCopy II devices.
Syntax
set_global_assignment -name IGNORE_PARTITIONS <value>
Default Value
Off
IMPORT_BLOCK
Specifies a block in the form of VLNV+Snapshot to be imported for the specified partition.
Type
String
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
Syntax
set_instance_assignment -name IMPORT_BLOCK -to <to> -entity <entity name> <value>
INSERT_BOUNDARY_WIRE_LUTS
Enables wire lut insertion for boundary ports in the given partition (the partition is named by hierarchy path). This ensures that the inputs and outputs can have their locations preserved, which is useful for partial reconfiguration and compiling a design containing a blackbox.
Type
Boolean
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
Syntax
set_instance_assignment -name INSERT_BOUNDARY_WIRE_LUTS -to <to> -entity <entity name> <value>
MERGE_EQUIVALENT_BIDIRS
Allows the Compiler to merge electrically equivalent bidirectional inputs. You must also enable the cross-boundary optimizations feature for this partition using the CROSS_BOUNDARY_OPTIMIZATIONS assignment.
Type
Boolean
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
None
Syntax
set_global_assignment -name MERGE_EQUIVALENT_BIDIRS -entity <entity name> -section_id <section identifier> <value> set_instance_assignment -name MERGE_EQUIVALENT_BIDIRS -to <to> -entity <entity name> -section_id <section identifier> <value>
Default Value
On, requires section identifier and entity name
MERGE_EQUIVALENT_INPUTS
Allows the Compiler to merge inputs connected to the same source. You must also enable the cross-boundary optimizations feature for this partition using the CROSS_BOUNDARY_OPTIMIZATIONS assignment.
Type
Boolean
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
None
Syntax
set_global_assignment -name MERGE_EQUIVALENT_INPUTS -entity <entity name> -section_id <section identifier> <value> set_instance_assignment -name MERGE_EQUIVALENT_INPUTS -to <to> -entity <entity name> -section_id <section identifier> <value>
Default Value
On, requires section identifier and entity name
PARTIAL_RECONFIGURATION_PARTITION
Specifies if this partition in the design is partially reconfigurable.
Old Name
PR_PARTITION
Type
Boolean
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
Syntax
set_instance_assignment -name PARTIAL_RECONFIGURATION_PARTITION -to <to> -entity <entity name> <value>
PARTITION
Creates a partition rooted at the specified instance. When an instance is defined as a partition, its hierarchical boundaries are fixed, allowing it to be independently exported or imported in many cases. The value of this assignment is the name of the design block that contains the implementation for the partition. The partition name must be unique in the complete design across all hierarchies.
Type
String
Device Support
- Arria 10
- Cyclone 10 GX
- Stratix 10
Notes
The value of this assignment is case sensitive.
Syntax
set_instance_assignment -name PARTITION -to <to> -entity <entity name> <value>
PARTITION_ASD_REGION
Specifies the advanced SEU detection region assignment for this partition.
Type
Integer
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
Syntax
set_instance_assignment -name PARTITION_ASD_REGION -to <to> -entity <entity name> <value>
PARTITION_ASD_REGION_ID
Indicates the advanced sensitivity detection region assignment for this partition.
Type
Integer
Device Support
- Arria 10
- Cyclone 10 GX
Notes
This assignment is not copied when you create a companion revision for HardCopy II devices.
Syntax
set_global_assignment -name PARTITION_ASD_REGION_ID -entity <entity name> -section_id <section identifier> <value> set_instance_assignment -name PARTITION_ASD_REGION_ID -to <to> -entity <entity name> -section_id <section identifier> <value>
Default Value
1, requires section identifier and entity name
PARTITION_ENABLE_STRICT_PRESERVATION
Specifies whether partition is a strictly preserved safety IP. Setting defaults to off.
Type
Boolean
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
This assignment is not copied when you create a companion revision for HardCopy II devices.
Syntax
set_global_assignment -name PARTITION_ENABLE_STRICT_PRESERVATION -entity <entity name> -section_id <section identifier> <value> set_instance_assignment -name PARTITION_ENABLE_STRICT_PRESERVATION -to <to> -entity <entity name> -section_id <section identifier> <value>
Default Value
Off, requires section identifier and entity name
PARTITION_IGNORE_SOURCE_FILE_CHANGES
Specifies whether to use the requested post-synthesis or post-fit netlist when it is available, even when source file changes are present. Setting defaults to off.
Type
Boolean
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
This assignment is not copied when you create a companion revision for HardCopy II devices.
Syntax
set_global_assignment -name PARTITION_IGNORE_SOURCE_FILE_CHANGES -entity <entity name> -section_id <section identifier> <value> set_instance_assignment -name PARTITION_IGNORE_SOURCE_FILE_CHANGES -to <to> -entity <entity name> -section_id <section identifier> <value>
Default Value
Off, requires section identifier and entity name
PARTITION_PRESERVE_HIGH_SPEED_TILES
Specifies whether to preserve the high-speed tiles in the post-fit netlist, if applicable.
Type
Boolean
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
This assignment is not copied when you create a companion revision for HardCopy II devices.
Syntax
set_global_assignment -name PARTITION_PRESERVE_HIGH_SPEED_TILES -entity <entity name> -section_id <section identifier> <value> set_instance_assignment -name PARTITION_PRESERVE_HIGH_SPEED_TILES -to <to> -entity <entity name> -section_id <section identifier> <value>
Default Value
On, requires section identifier and entity name
PERIPHERY_REUSE_CORE
Specifies that a core design partition can be compiled with preserved periphery from a Partition Database File (.qdb).
Type
Boolean
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
Syntax
set_instance_assignment -name PERIPHERY_REUSE_CORE -to <to> -entity <entity name> <value>
PRESERVE
Directs the compiler to preserve the existing results of a partition. The value of this assignment is the snapshot to preserve, such as \"final\" or \"placed.\" If the specified snapshot does not exist, the compiler will exit with an error message. By default, the partition's results will not be preserved unless the only results available for the partition are later than the stage currently being compiled. For example, if the only snapshot for a partition is the \"placed\" snapshot, the Fitter will preserve the partition until the end of placement, and will not attempt to preserve it during routing.
Type
String
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
Syntax
set_instance_assignment -name PRESERVE -to <to> -entity <entity name> <value>
PROPAGATE_CONSTANTS_ON_INPUTS
Allows the Compiler to use constants on a partition input to optimize the logic in the partition. You must also enable the cross-boundary optimizations feature for the partition using the CROSS_BOUNDARY_OPTIMIZATIONS assignment.
Type
Boolean
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
None
Syntax
set_global_assignment -name PROPAGATE_CONSTANTS_ON_INPUTS -entity <entity name> -section_id <section identifier> <value> set_instance_assignment -name PROPAGATE_CONSTANTS_ON_INPUTS -to <to> -entity <entity name> -section_id <section identifier> <value>
Default Value
On, requires section identifier and entity name
PROPAGATE_INVERSIONS_ON_INPUTS
Specifies that the Compiler should push inversions into partition inputs when possible. This cross-boundary optimization is especially important when inverted clock or asynchronous signals are connected to a partition input. Without this optimization, the Compiler may need to implement the inversion with a logic cell, introducing skew on the clock or reset path. The partition must also have enabled cross-boundary optimizations with the CROSS_BOUNDARY_OPTIMIZATIONS assignment.
Type
Boolean
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
None
Syntax
set_global_assignment -name PROPAGATE_INVERSIONS_ON_INPUTS -entity <entity name> -section_id <section identifier> <value> set_instance_assignment -name PROPAGATE_INVERSIONS_ON_INPUTS -to <to> -entity <entity name> -section_id <section identifier> <value>
Default Value
On, requires section identifier and entity name
QDB_FILE_PARTITION
Type
File name
Device Support
- Arria 10
- Cyclone 10 GX
- Stratix 10
Notes
The value of this assignment is case sensitive.
Syntax
set_instance_assignment -name QDB_FILE_PARTITION -to <to> -entity <entity name> <value>
QDB_PATH
Specify path to read and write compiler generated database to a directory other than project directory.
Type
String
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
Syntax
set_global_assignment -name QDB_PATH <value>
REMOVE_LOGIC_ON_UNCONNECTED_OUTPUTS
Allows the Compiler to remove logic connected to dangling partitions outputs. You must also enable the cross-boundary optimizations feature for this partition using the CROSS_BOUNDARY_OPTIMIZATIONS assignment.
Type
Boolean
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
None
Syntax
set_global_assignment -name REMOVE_LOGIC_ON_UNCONNECTED_OUTPUTS -entity <entity name> -section_id <section identifier> <value> set_instance_assignment -name REMOVE_LOGIC_ON_UNCONNECTED_OUTPUTS -to <to> -entity <entity name> -section_id <section identifier> <value>
Default Value
On, requires section identifier and entity name
EDA Netlist Writer Assignments
EDA_BOARD_BOUNDARY_SCAN_OPERATION
Specify the BSDL file operation either for pre-configuration or post-configuration
Type
Enumeration
Values
- POST_CONFIG
- PRE_CONFIG
Device Support
- This setting can be used in projects targeting any Altera device family.
Syntax
set_global_assignment -name EDA_BOARD_BOUNDARY_SCAN_OPERATION -section_id <section identifier> <value>
Default Value
PRE_CONFIG, requires section identifier
EDA_BOARD_DESIGN_BOUNDARY_SCAN_TOOL
Specifies the boundary scan format used for board level boundary scan testing.
Type
String
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name EDA_BOARD_DESIGN_BOUNDARY_SCAN_TOOL <value> set_global_assignment -name EDA_BOARD_DESIGN_BOUNDARY_SCAN_TOOL -entity <entity name> <value>
Default Value
<None>
EDA_BOARD_DESIGN_SIGNAL_INTEGRITY_TOOL
Specifies the EDA third-party tool used for board level signal integrity analysis.
Type
String
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name EDA_BOARD_DESIGN_SIGNAL_INTEGRITY_TOOL <value> set_global_assignment -name EDA_BOARD_DESIGN_SIGNAL_INTEGRITY_TOOL -entity <entity name> <value>
Default Value
<None>
EDA_BOARD_DESIGN_SYMBOL_TOOL
Specifies the EDA third-party tool used for board level schematic design.
Type
String
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name EDA_BOARD_DESIGN_SYMBOL_TOOL <value> set_global_assignment -name EDA_BOARD_DESIGN_SYMBOL_TOOL -entity <entity name> <value>
Default Value
<None>
EDA_BOARD_DESIGN_TIMING_TOOL
Specifies the EDA third-party tool used for board level timing analysis.
Type
String
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name EDA_BOARD_DESIGN_TIMING_TOOL <value> set_global_assignment -name EDA_BOARD_DESIGN_TIMING_TOOL -entity <entity name> <value>
Default Value
<None>
EDA_BOARD_DESIGN_TOOL
Specifies the EDA third-party tool used for board level design and analysis.
Type
String
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name EDA_BOARD_DESIGN_TOOL <value> set_global_assignment -name EDA_BOARD_DESIGN_TOOL -entity <entity name> <value>
Default Value
<None>
EDA_DESIGN_EXTRA_ALTERA_SIM_LIB
Specify additional ALTERA simulation model libraries required is used by the design files
Type
String
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
Syntax
set_global_assignment -name EDA_DESIGN_EXTRA_ALTERA_SIM_LIB -section_id <section identifier> <value>
EDA_DESIGN_INSTANCE_NAME
Specify the instance name of the design in the test bench
Type
String
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
Syntax
set_global_assignment -name EDA_DESIGN_INSTANCE_NAME -section_id <section identifier> <value>
EDA_ENABLE_GLITCH_FILTERING
Write logic to filter glitches in the simulation netlist.
Type
Boolean
Device Support
- This setting can be used in projects targeting any Altera device family.
Syntax
set_global_assignment -name EDA_ENABLE_GLITCH_FILTERING -section_id <section identifier> <value> set_global_assignment -name EDA_ENABLE_GLITCH_FILTERING -entity <entity name> -section_id <section identifier> <value>
Default Value
Off, requires section identifier
EDA_ENABLE_IPUTF_MODE
Allows you to simulate designs containing hw.tcl based IP cores. This may require adding .sip files to your Quartus Prime project. This variable may be removed in future releases.
Type
Boolean
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name EDA_ENABLE_IPUTF_MODE -section_id <section identifier> <value> set_global_assignment -name EDA_ENABLE_IPUTF_MODE -entity <entity name> -section_id <section identifier> <value>
Default Value
On, requires section identifier
EDA_EXTRA_ELAB_OPTION
Additional custom simulation elaboration options for one or more simulators.
Type
String
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name EDA_EXTRA_ELAB_OPTION -section_id <section identifier> <value> set_global_assignment -name EDA_EXTRA_ELAB_OPTION -entity <entity name> -section_id <section identifier> <value>
Default Value
"", requires section identifier
EDA_FLATTEN_BUSES
Flattens all buses when creating the VHDL Output File (.vho). You should turn on this option if your third-party EDA environment does not support buses.
Type
Boolean
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name EDA_FLATTEN_BUSES -section_id <section identifier> <value> set_global_assignment -name EDA_FLATTEN_BUSES -entity <entity name> -section_id <section identifier> <value>
Default Value
Off, requires section identifier
EDA_FORMAL_VERIFICATION_ALLOW_RETIMING
Allow register retiming to be turned on for formal verification
Type
Boolean
Device Support
- This setting can be used in projects targeting any Altera device family.
Syntax
set_global_assignment -name EDA_FORMAL_VERIFICATION_ALLOW_RETIMING -section_id <section identifier> <value> set_global_assignment -name EDA_FORMAL_VERIFICATION_ALLOW_RETIMING -entity <entity name> -section_id <section identifier> <value>
Default Value
Off, requires section identifier
EDA_FORMAL_VERIFICATION_TOOL
Specifies the EDA third-party tool used for formal verification.
Type
String
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name EDA_FORMAL_VERIFICATION_TOOL <value> set_global_assignment -name EDA_FORMAL_VERIFICATION_TOOL -entity <entity name> <value>
Default Value
<None>
EDA_FV_HIERARCHY
Determines how the hierarchy of design entities is to be processed during compilation. 'BLACKBOX' setting causes the entity to be handled as a black-box in the EDA flow. 'NONE' setting is the default and means no special handling to be done. The option applies only to the design entity to which it is assigned; lower-level entities do not inherit their parent entity's setting for this option.
Type
Enumeration
Values
- BLACKBOX
- Off
Device Support
- This setting can be used in projects targeting any Altera device family.
Syntax
set_global_assignment -name EDA_FV_HIERARCHY -entity <entity name> <value> set_instance_assignment -name EDA_FV_HIERARCHY -to <to> -entity <entity name> <value>
EDA_GENERATE_GATE_LEVEL_SIMULATION_COMMAND_SCRIPT
Directs the EDA Netlist Writer to generate a command script to run gate-level simulation with a third-party EDA tool.
Type
Boolean
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
None
Syntax
set_global_assignment -name EDA_GENERATE_GATE_LEVEL_SIMULATION_COMMAND_SCRIPT -section_id <section identifier> <value> set_global_assignment -name EDA_GENERATE_GATE_LEVEL_SIMULATION_COMMAND_SCRIPT -entity <entity name> -section_id <section identifier> <value>
Default Value
Off, requires section identifier
EDA_GENERATE_POWER_INPUT_FILE
Generates a Power Input File (.pwf) to perform power analysis in the Quartus Prime software when using third-party simulation tools.
Type
Boolean
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name EDA_GENERATE_POWER_INPUT_FILE -section_id <section identifier> <value> set_global_assignment -name EDA_GENERATE_POWER_INPUT_FILE -entity <entity name> -section_id <section identifier> <value>
Default Value
Off, requires section identifier
EDA_GENERATE_RTL_SIMULATION_COMMAND_SCRIPT
Directs the EDA Netlist Writer to generate a command script to run RTL functional simulation with a third-party EDA tool.
Type
Boolean
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
None
Syntax
set_global_assignment -name EDA_GENERATE_RTL_SIMULATION_COMMAND_SCRIPT -section_id <section identifier> <value> set_global_assignment -name EDA_GENERATE_RTL_SIMULATION_COMMAND_SCRIPT -entity <entity name> -section_id <section identifier> <value>
Default Value
Off, requires section identifier
EDA_GENERATE_TIMING_CLOSURE_DATA
Generates back-annotation data for performing in-place optimization with the LeonardoSpectrum software.
Type
Boolean
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name EDA_GENERATE_TIMING_CLOSURE_DATA -section_id <section identifier> <value> set_global_assignment -name EDA_GENERATE_TIMING_CLOSURE_DATA -entity <entity name> -section_id <section identifier> <value>
Default Value
Off, requires section identifier
EDA_IBIS_EXTENDED_MODEL_SELECTOR
Enable or disable information about related IO Standards in the model selector section of IBIS files. Will turn on EDA_IBIS_MODEL_SELECTOR when set to true.
Type
Boolean
Device Support
- This setting can be used in projects targeting any Altera device family.
Syntax
set_global_assignment -name EDA_IBIS_EXTENDED_MODEL_SELECTOR -section_id <section identifier> <value> set_global_assignment -name EDA_IBIS_EXTENDED_MODEL_SELECTOR -entity <entity name> -section_id <section identifier> <value>
Default Value
Off, requires section identifier
EDA_IBIS_MODEL_SELECTOR
Enable or disable model selector feature for IBIS Writer
Type
Boolean
Device Support
- This setting can be used in projects targeting any Altera device family.
Syntax
set_global_assignment -name EDA_IBIS_MODEL_SELECTOR -section_id <section identifier> <value> set_global_assignment -name EDA_IBIS_MODEL_SELECTOR -entity <entity name> -section_id <section identifier> <value>
Default Value
Off, requires section identifier
EDA_IBIS_MUTUAL_COUPLING
Allows you to print the per pin RLC package model with mutual coupling when generating IBIS Output Files (.ibs) with the EDA Netlist Writer. The lumped RLC package model information appears in the IBIS Output File.
Type
Boolean
Device Support
- This setting can be used in projects targeting any Altera device family.
Syntax
set_global_assignment -name EDA_IBIS_MUTUAL_COUPLING -section_id <section identifier> <value> set_global_assignment -name EDA_IBIS_MUTUAL_COUPLING -entity <entity name> -section_id <section identifier> <value>
Default Value
Off, requires section identifier
EDA_IBIS_SPECIFICATION_VERSION
Specifies the IBIS Specification version.
Type
Enumeration
Values
- 4p2
- 5p0
Device Support
- Arria 10
- Cyclone 10 GX
- Stratix 10
Syntax
set_global_assignment -name EDA_IBIS_SPECIFICATION_VERSION -section_id <section identifier> <value>
Default Value
4p2, requires section identifier
EDA_IPFS_FILE
Specifies the library to which IPFS file should be compiled
Type
File name
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
Syntax
set_global_assignment -name EDA_IPFS_FILE -section_id <section identifier> <value>
EDA_LAUNCH_CMD_LINE_TOOL
Allows you to launch third-party EDA tools in the command-line mode rather than opening the graphical user interface.
Type
Boolean
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name EDA_LAUNCH_CMD_LINE_TOOL -section_id <section identifier> <value> set_global_assignment -name EDA_LAUNCH_CMD_LINE_TOOL -entity <entity name> -section_id <section identifier> <value>
Default Value
Off, requires section identifier
EDA_MAP_ILLEGAL_CHARACTERS
Maps the vertical bar (|), tilde (~), and colon (:) characters in Quartus Prime hierarchical node names to the legal Verilog HDL characters z, x, and underscore (_), respectively, in Verilog Output Files. Turning on this option also maps other illegal non-alphanumeric characters, including brackets [], parentheses, (), angle brackets <>, and braces {} to underscores (_).
Type
Boolean
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name EDA_MAP_ILLEGAL_CHARACTERS -section_id <section identifier> <value> set_global_assignment -name EDA_MAP_ILLEGAL_CHARACTERS -entity <entity name> -section_id <section identifier> <value>
Default Value
Off, requires section identifier
EDA_NATIVELINK_GENERATE_SCRIPT_ONLY
Allows you to generate the script for a third-party EDA tool without running the EDA tool.
Type
Boolean
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
None
Syntax
set_global_assignment -name EDA_NATIVELINK_GENERATE_SCRIPT_ONLY -section_id <section identifier> <value>
Default Value
Off, requires section identifier
EDA_NATIVELINK_PORTABLE_FILE_PATHS
Specifies that the file paths in the generated third-party EDA tool command scripts should be written out using relative paths for design and testbench files, and by using a variable to refer to Quartus Prime simulation library path.
Type
Boolean
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name EDA_NATIVELINK_PORTABLE_FILE_PATHS -section_id <section identifier> <value> set_global_assignment -name EDA_NATIVELINK_PORTABLE_FILE_PATHS -entity <entity name> -section_id <section identifier> <value>
Default Value
Off, requires section identifier
EDA_NATIVELINK_SIMULATION_SETUP_SCRIPT
Specify the script for EDA Tool. After compiling models, design files and test bench files, Native Link uses this script to set up the simulation
Type
File name
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
Syntax
set_global_assignment -name EDA_NATIVELINK_SIMULATION_SETUP_SCRIPT -section_id <section identifier> <value>
EDA_NATIVELINK_SIMULATION_TEST_BENCH
Specify the active logical name of the test bench, that will be used to perform NativeLink Simulation
Type
String
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
Syntax
set_global_assignment -name EDA_NATIVELINK_SIMULATION_TEST_BENCH -section_id <section identifier> <value>
EDA_NETLIST_WRITER_OUTPUT_DIR
Specify the output directory for EDA Netlist Writer
Type
File name
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name EDA_NETLIST_WRITER_OUTPUT_DIR -section_id <section identifier> <value>
EDA_RESYNTHESIS_TOOL
Specifies the EDA tool used for resynthesis.
Type
String
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name EDA_RESYNTHESIS_TOOL <value> set_global_assignment -name EDA_RESYNTHESIS_TOOL -entity <entity name> <value>
Default Value
<None>
EDA_RTL_SIMULATION_RUN_SCRIPT
Specifies the script file for performing RTL simulation using third-party simulation software.
Type
File name
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
Syntax
set_global_assignment -name EDA_RTL_SIMULATION_RUN_SCRIPT -section_id <section identifier> <value> set_global_assignment -name EDA_RTL_SIMULATION_RUN_SCRIPT -entity <entity name> -section_id <section identifier> <value>
EDA_RTL_SIM_MODE
Enables the Advanced Options - VHDL or Verilog Simulation options for Test Bench mode or Command/macro mode.
Type
Enumeration
Values
- COMMAND_MACRO_MODE
- NOT_USED
- TEST_BENCH_MODE
Device Support
- This setting can be used in projects targeting any Altera device family.
Syntax
set_global_assignment -name EDA_RTL_SIM_MODE -section_id <section identifier> <value> set_global_assignment -name EDA_RTL_SIM_MODE -entity <entity name> -section_id <section identifier> <value>
Default Value
NOT_USED, requires section identifier
EDA_RTL_TEST_BENCH_FILE_NAME
Specifies the RTL simulation test bench file name for Test Bench Mode. File type can be a VHDL Test Bench File (.vht), VHDL File (.vhd), Verilog HDL Test Bench File (.vt), or Verilog HDL file (.v).
Type
File name
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
Syntax
set_global_assignment -name EDA_RTL_TEST_BENCH_FILE_NAME -section_id <section identifier> <value> set_global_assignment -name EDA_RTL_TEST_BENCH_FILE_NAME -entity <entity name> -section_id <section identifier> <value>
EDA_RTL_TEST_BENCH_NAME
Specifies the name of top-level test bench in RTL simulation test bench file.
Type
String
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
Syntax
set_global_assignment -name EDA_RTL_TEST_BENCH_NAME -section_id <section identifier> <value> set_global_assignment -name EDA_RTL_TEST_BENCH_NAME -entity <entity name> -section_id <section identifier> <value>
EDA_RTL_TEST_BENCH_RUN_FOR
Specifies the time duration for RTL simulation using third-party simulation.
Type
Time
Device Support
- This setting can be used in projects targeting any Altera device family.
Syntax
set_global_assignment -name EDA_RTL_TEST_BENCH_RUN_FOR -section_id <section identifier> <value> set_global_assignment -name EDA_RTL_TEST_BENCH_RUN_FOR -entity <entity name> -section_id <section identifier> <value>
EDA_SDC_FILE_NAME
Name of Design Constraints file to be sourced in scripts generated for third party tools
Type
File name
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
Syntax
set_global_assignment -name EDA_SDC_FILE_NAME -section_id <section identifier> <value> set_global_assignment -name EDA_SDC_FILE_NAME -entity <entity name> -section_id <section identifier> <value>
EDA_SIMULATION_RUN_SCRIPT
Specifies the script file for running a third-party simulation in Command/macro mode.
Type
File name
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
Syntax
set_global_assignment -name EDA_SIMULATION_RUN_SCRIPT -section_id <section identifier> <value> set_global_assignment -name EDA_SIMULATION_RUN_SCRIPT -entity <entity name> -section_id <section identifier> <value>
EDA_SIMULATION_TOOL
Specifies the third-party EDA tool used for simulation.
Type
String
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name EDA_SIMULATION_TOOL <value> set_global_assignment -name EDA_SIMULATION_TOOL -entity <entity name> <value>
Default Value
<None>
EDA_TEST_BENCH_DESIGN_INSTANCE_NAME
Specifies the instance name of the design entity in the test bench file.
Type
String
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
Syntax
set_global_assignment -name EDA_TEST_BENCH_DESIGN_INSTANCE_NAME -section_id <section identifier> <value> set_global_assignment -name EDA_TEST_BENCH_DESIGN_INSTANCE_NAME -entity <entity name> -section_id <section identifier> <value>
EDA_TEST_BENCH_ENABLE_STATUS
Enables the Advanced Options - VHDL or Verilog Simulation options for Test Bench mode or Command/macro mode.
Type
Enumeration
Values
- COMMAND_MACRO_MODE
- NOT_USED
- TEST_BENCH_MODE
Device Support
- This setting can be used in projects targeting any Altera device family.
Syntax
set_global_assignment -name EDA_TEST_BENCH_ENABLE_STATUS -section_id <section identifier> <value> set_global_assignment -name EDA_TEST_BENCH_ENABLE_STATUS -entity <entity name> -section_id <section identifier> <value>
Default Value
NOT_USED, requires section identifier
EDA_TEST_BENCH_ENTITY_MODULE_NAME
Specifies the top-level design entity in the test bench file.
Type
String
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
Syntax
set_global_assignment -name EDA_TEST_BENCH_ENTITY_MODULE_NAME -section_id <section identifier> <value> set_global_assignment -name EDA_TEST_BENCH_ENTITY_MODULE_NAME -entity <entity name> -section_id <section identifier> <value>
EDA_TEST_BENCH_EXTRA_ALTERA_SIM_LIB
Tells NativeLink to add extra simulation libraries to the specified module. This is required by the memory controllers (both new and legacy).
Type
String
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
Syntax
set_global_assignment -name EDA_TEST_BENCH_EXTRA_ALTERA_SIM_LIB -section_id <section identifier> <value>
EDA_TEST_BENCH_FILE
Associates a test bench file with the logical test bench name
Type
File name
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
Syntax
set_global_assignment -name EDA_TEST_BENCH_FILE -section_id <section identifier> <value>
EDA_TEST_BENCH_FILE_NAME
Specifies the test bench file name for Test Bench Mode. File type can be a VHDL Test Bench File (.vht), Verilog HDL Test Bench File (.vt), or another design file type.
Type
File name
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
Syntax
set_global_assignment -name EDA_TEST_BENCH_FILE_NAME -section_id <section identifier> <value> set_global_assignment -name EDA_TEST_BENCH_FILE_NAME -entity <entity name> -section_id <section identifier> <value>
EDA_TEST_BENCH_GATE_LEVEL_NETLIST_LIBRARY
Specify the simulation library to which Gate Level Netlist will be compiled
Type
String
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
Syntax
set_global_assignment -name EDA_TEST_BENCH_GATE_LEVEL_NETLIST_LIBRARY -section_id <section identifier> <value>
EDA_TEST_BENCH_MODULE_NAME
Associates a test bench file with the logical test bench name
Type
String
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
Syntax
set_global_assignment -name EDA_TEST_BENCH_MODULE_NAME -section_id <section identifier> <value>
EDA_TEST_BENCH_NAME
Define a logical name for test bench. Each test bench logical name has associated section, containing test bench information, and section_id being the logical test bench name.
Type
String
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
Syntax
set_global_assignment -name EDA_TEST_BENCH_NAME -section_id <section identifier> <value>
EDA_TEST_BENCH_RUN_FOR
Specifies the simulation run time for a third-party simulation in Test Bench Mode.
Type
Time
Device Support
- This setting can be used in projects targeting any Altera device family.
Syntax
set_global_assignment -name EDA_TEST_BENCH_RUN_FOR -section_id <section identifier> <value> set_global_assignment -name EDA_TEST_BENCH_RUN_FOR -entity <entity name> -section_id <section identifier> <value>
EDA_TEST_BENCH_RUN_SIM_FOR
Specify the time interval for running EDA Simulation
Type
Time
Device Support
- This setting can be used in projects targeting any Altera device family.
Syntax
set_global_assignment -name EDA_TEST_BENCH_RUN_SIM_FOR -section_id <section identifier> <value>
EDA_TIME_SCALE
Specifies the time unit used to represent timing delays in each Verilog Output File. The value for the Time Scale option may be between 0.001 ns and 10ns, and should be a multiple of 10.
Type
String
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name EDA_TIME_SCALE -section_id <section identifier> <value> set_global_assignment -name EDA_TIME_SCALE -entity <entity name> -section_id <section identifier> <value>
EDA_TIMING_ANALYSIS_TOOL
Specifies the EDA third-party tool used for timing analysis.
Type
String
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name EDA_TIMING_ANALYSIS_TOOL <value> set_global_assignment -name EDA_TIMING_ANALYSIS_TOOL -entity <entity name> <value>
Default Value
<None>
EDA_TRUNCATE_LONG_HIERARCHY_PATHS
Truncate hierarchical node names to 80 characters.
Type
Boolean
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name EDA_TRUNCATE_LONG_HIERARCHY_PATHS -section_id <section identifier> <value> set_global_assignment -name EDA_TRUNCATE_LONG_HIERARCHY_PATHS -entity <entity name> -section_id <section identifier> <value>
Default Value
Off, requires section identifier
EDA_USER_COMPILED_SIMULATION_LIBRARY_DIRECTORY
Specify the directory where you store the library generated with the EDA Simulation Library Compiler tool. Note: Do not use this option to specify the directory for ModelSim - Intel FPGA precompiled libraries or Active-HDL precompiled libraries.
Type
File name
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
Syntax
set_global_assignment -name EDA_USER_COMPILED_SIMULATION_LIBRARY_DIRECTORY -section_id <section identifier> <value>
Default Value
<None>, requires section identifier
EDA_VHDL_ARCH_NAME
Specify the name of Architecture in the generated VHDL simulation netlist.
Type
String
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name EDA_VHDL_ARCH_NAME -section_id <section identifier> <value>
Default Value
structure, requires section identifier
EDA_WAIT_FOR_GUI_TOOL_COMPLETION
Specifies that NativeLink should wait for the EDA tool GUI launched by it to finish.
Type
Boolean
Device Support
- This setting can be used in projects targeting any Altera device family.
Syntax
set_global_assignment -name EDA_WAIT_FOR_GUI_TOOL_COMPLETION -section_id <section identifier> <value>
Default Value
Off, requires section identifier
EDA_WRITER_DONT_WRITE_TOP_ENTITY
Do not write top-level entity in VHDL Output File (.vho).
Type
Boolean
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name EDA_WRITER_DONT_WRITE_TOP_ENTITY -section_id <section identifier> <value>
Default Value
Off, requires section identifier
EDA_WRITE_DEVICE_CONTROL_PORTS
Add the devpor, devclrn, and devoe signals in the design as input ports in the top-level design hierarchy in the Verilog or VHDL simulation netlist for the project.
Type
Boolean
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name EDA_WRITE_DEVICE_CONTROL_PORTS -section_id <section identifier> <value> set_global_assignment -name EDA_WRITE_DEVICE_CONTROL_PORTS -entity <entity name> -section_id <section identifier> <value>
Default Value
Off, requires section identifier
EDA_WRITE_NODES_FOR_POWER_ESTIMATION
Write script for Simulation tool to generate VCD file for outputs for power estimation.
Type
Enumeration
Values
- ALL_NODES
- NO_COMBINATIONAL_OUTPUT
- Off
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name EDA_WRITE_NODES_FOR_POWER_ESTIMATION -section_id <section identifier> <value> set_global_assignment -name EDA_WRITE_NODES_FOR_POWER_ESTIMATION -entity <entity name> -section_id <section identifier> <value>
Default Value
OFF, requires section identifier
Equivalence Checker Assignments
EQC_AUTO_BREAK_CONE
Enable EQC for auto cone break when compare is abort.
Type
Boolean
Device Support
- This setting can be used in projects targeting any Altera device family.
Syntax
set_global_assignment -name EQC_AUTO_BREAK_CONE <value>
Default Value
On
EQC_AUTO_COMP_LOOP_CUT
Enable EQC for auto cut comp loop.
Type
Boolean
Device Support
- This setting can be used in projects targeting any Altera device family.
Syntax
set_global_assignment -name EQC_AUTO_COMP_LOOP_CUT <value>
Default Value
On
EQC_AUTO_INVERSION
Enable EQC for auto check inversion level.
Type
Boolean
Device Support
- This setting can be used in projects targeting any Altera device family.
Syntax
set_global_assignment -name EQC_AUTO_INVERSION <value>
Default Value
On
EQC_AUTO_PORTSWAP
Enable EQC auto swap the port.
Type
Boolean
Device Support
- This setting can be used in projects targeting any Altera device family.
Syntax
set_global_assignment -name EQC_AUTO_PORTSWAP <value>
Default Value
On
EQC_AUTO_TERMINATE
Enable auto terminates when conclusion(not equivalent or undecided) is met.
Type
Boolean
Device Support
- This setting can be used in projects targeting any Altera device family.
Syntax
set_global_assignment -name EQC_AUTO_TERMINATE <value>
Default Value
On
EQC_BBOX_MERGE
Enable EQC automatic merge black box.
Type
Boolean
Device Support
- This setting can be used in projects targeting any Altera device family.
Syntax
set_global_assignment -name EQC_BBOX_MERGE <value>
Default Value
On
EQC_CONSTANT_DFF_DETECTION
Enable EQC automatic constant DFF detection
Type
Boolean
Device Support
- This setting can be used in projects targeting any Altera device family.
Syntax
set_global_assignment -name EQC_CONSTANT_DFF_DETECTION <value>
Default Value
On
EQC_DETECT_DONT_CARES
Enable EQC detect don't cares.
Type
Boolean
Device Support
- This setting can be used in projects targeting any Altera device family.
Syntax
set_global_assignment -name EQC_DETECT_DONT_CARES <value>
Default Value
On
EQC_DFF_SS_EMULATION
Enable EQC DFF secondary signal emulation.
Type
Boolean
Device Support
- This setting can be used in projects targeting any Altera device family.
Syntax
set_global_assignment -name EQC_DFF_SS_EMULATION <value>
Default Value
On
EQC_DUPLICATE_DFF_DETECTION
Enable EQC automatic duplicate DFF detection
Type
Boolean
Device Support
- This setting can be used in projects targeting any Altera device family.
Syntax
set_global_assignment -name EQC_DUPLICATE_DFF_DETECTION <value>
Default Value
On
EQC_LVDS_MERGE
Enable EQC automatic merge LVDS.
Type
Boolean
Device Support
- This setting can be used in projects targeting any Altera device family.
Syntax
set_global_assignment -name EQC_LVDS_MERGE <value>
Default Value
On
EQC_MAC_REGISTER_UNPACK
Enable EQC for auto unpack MAC register.
Type
Boolean
Device Support
- This setting can be used in projects targeting any Altera device family.
Syntax
set_global_assignment -name EQC_MAC_REGISTER_UNPACK <value>
Default Value
On
EQC_PARAMETER_CHECK
Enable EQC check parameter.
Type
Boolean
Device Support
- This setting can be used in projects targeting any Altera device family.
Syntax
set_global_assignment -name EQC_PARAMETER_CHECK <value>
Default Value
On
EQC_POWER_UP_COMPARE
Enable EQC for comparing on the power-up level .
Type
Boolean
Device Support
- This setting can be used in projects targeting any Altera device family.
Syntax
set_global_assignment -name EQC_POWER_UP_COMPARE <value>
Default Value
Off
EQC_RAM_REGISTER_UNPACK
Enable EQC for auto unpack RAM register.
Type
Boolean
Device Support
- This setting can be used in projects targeting any Altera device family.
Syntax
set_global_assignment -name EQC_RAM_REGISTER_UNPACK <value>
Default Value
On
EQC_RAM_UNMERGING
Enable EQC automatic unmerge RAM.
Type
Boolean
Device Support
- This setting can be used in projects targeting any Altera device family.
Syntax
set_global_assignment -name EQC_RAM_UNMERGING <value>
Default Value
On
EQC_RENAMING_RULES
Enable EQC use renaming rules.
Type
Boolean
Device Support
- This setting can be used in projects targeting any Altera device family.
Syntax
set_global_assignment -name EQC_RENAMING_RULES <value>
Default Value
On
EQC_RENAMING_RULES_LIST
Store eqc renaming rules
Type
String
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
Syntax
set_global_assignment -name EQC_RENAMING_RULES_LIST <value>
EQC_SET_PARTITION_BB_TO_VCC_GND
Enable EQC for set partition Black-box unconnected input to VCC or GND.
Type
Boolean
Device Support
- This setting can be used in projects targeting any Altera device family.
Syntax
set_global_assignment -name EQC_SET_PARTITION_BB_TO_VCC_GND <value>
Default Value
On
EQC_SHOW_ALL_MAPPED_POINTS
Enable EQC show all mapped points.
Type
Boolean
Device Support
- This setting can be used in projects targeting any Altera device family.
Syntax
set_global_assignment -name EQC_SHOW_ALL_MAPPED_POINTS <value>
Default Value
Off
EQC_STRUCTURE_MATCHING
Enable EQC for map using structure matching.
Type
Boolean
Device Support
- This setting can be used in projects targeting any Altera device family.
Syntax
set_global_assignment -name EQC_STRUCTURE_MATCHING <value>
Default Value
On
EQC_SUB_CONE_REPORT
Enable EQC show sub cone report.
Type
Boolean
Device Support
- This setting can be used in projects targeting any Altera device family.
Syntax
set_global_assignment -name EQC_SUB_CONE_REPORT <value>
Default Value
Off
Fitter Assignments
ACTIVE_SERIAL_CLOCK
Specifies the clock source for Fast Active Serial programming.
Type
Enumeration
Values
- AS_FREQ_100MHZ
- AS_FREQ_108MHZ
- AS_FREQ_115MHZ_IOSC
- AS_FREQ_125MHZ
- AS_FREQ_133MHZ
- AS_FREQ_25MHZ
- AS_FREQ_50MHZ
- AS_FREQ_58MHZ_IOSC
- AS_FREQ_71_5MHZ
- AS_FREQ_77MHZ_IOSC
- AS_FREQ_80MHZ
- CLKUSR
- FREQ_100MHz
- FREQ_12_5MHz
- FREQ_20MHz
- FREQ_25MHz
- FREQ_40MHz
- FREQ_50MHz
Device Support
- Arria 10
- Cyclone 10 GX
- Stratix 10
Notes
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name ACTIVE_SERIAL_CLOCK <value>
Example
set_global_assignment -name active_serial_clock "CLKUSR"
See Also
USER_START_UP_CLOCK
ALLOW_ROUTING_TO_PERIPHERY_THROUGH_GLOBAL_NETWORK
Specifies that a signal can be routed from an IO pin to periphery destinations using global routing paths. This allows the router to consider global and non-global routing paths and does not guarantee that a signal will be routed using global routing paths. Additionally, this will not route the signal to its destinations in a skew balanced manner. Only supported for Stratix 10 devices.
Type
Boolean
Device Support
- Stratix 10
Notes
This assignment supports wildcards.
This assignment supports Fitter wildcards.
Syntax
set_instance_assignment -name ALLOW_ROUTING_TO_PERIPHERY_THROUGH_GLOBAL_NETWORK -to <to> <value> set_instance_assignment -name ALLOW_ROUTING_TO_PERIPHERY_THROUGH_GLOBAL_NETWORK -from <from> -to <to> <value>
Example
set_instance_assignment -name ALLOW_ROUTING_TO_PERIPHERY_THROUGH_GLOBAL_NETWORK ON -to clk
ALLOW_SEU_FAULT_INJECTION
Allow SEU fault injection.
Type
Boolean
Device Support
- Stratix 10
Notes
None
Syntax
set_global_assignment -name ALLOW_SEU_FAULT_INJECTION <value>
Example
set_global_assignment -name ALLOW_SEU_FAULT_INJECTION ON
ALM_REGISTER_PACKING_EFFORT
This guides how aggressively the Fitter will pack ALMs when trying to place registers into desired LAB locations. Specifically, this option can be used to increase the usage of secondary register locations during placement. Increasing ALM packing density may lower the number of ALMs needed to fit the design but it may also reduce routing flexibility and timing performance. It should also be noted that this setting is used as a hint for the Fitter only. Low - The Fitter will avoid ALM packing configurations that combine LUTs and registers which have no direct connectivity. Avoiding these configurations may improve timing performance but will increase the number of ALMs used to implement the design. Medium - The Fitter allows some configurations that combine unconnected LUTs and registers to be implemented in ALM locations. The Fitter will make more usage of secondary register locations within the ALM.> High - The Fitter enables all legal and desired ALM packing configurations. In dense designs, the Fitter will automatically increase the ALM register packing effort as required to enable the design to fit.
Type
Enumeration
Values
- High
- Low
- Medium
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
None
Syntax
set_global_assignment -name ALM_REGISTER_PACKING_EFFORT <value>
Default Value
Medium
AUTO_DELAY_CHAINS
Allows the Fitter to choose the optimal delay chain to meet tsu and tco timing requirements for all I/O elements. Turning on this option may reduce the number of tsu violations while introducing a minimal number of th violations. Turning on this option does not override delay chain settings on individual nodes.
Type
Boolean
Device Support
- Arria 10
- Cyclone 10 GX
- Stratix 10
Notes
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name AUTO_DELAY_CHAINS <value>
AUTO_DELAY_CHAINS_FOR_HIGH_FANOUT_INPUT_PINS
Allows the Fitter to choose how to optimize the delay chains for high fanout input pins. You must enable the Auto Delay Chains option for this option to work. Enabling this option may reduce the number of tsu violation, but the compile time increases significantly, as the Fitter tries to optimize the settings for all fanouts.
Type
Enumeration
Values
- Off
- On
Device Support
- Arria 10
- Cyclone 10 GX
- Stratix 10
Notes
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name AUTO_DELAY_CHAINS_FOR_HIGH_FANOUT_INPUT_PINS <value>
Default Value
OFF
AUTO_GLOBAL_CLOCK
Allows the Compiler to choose the signal that feeds the most clock inputs to flipflops as a global clock signal that is made available throughout the device on the global routing paths. If you want to prevent the Compiler from automatically selecting a particular signal as global clock, set the Global Signal option to 'Off' on that signal.
Type
Boolean
Device Support
- Arria 10
- Cyclone 10 GX
- EPC1
- EPC2
- Enhanced Configuration Devices
- Flash Memory
- Stratix 10
- Virtual JTAG TAP
Notes
This assignment supports Fitter wildcards.
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name AUTO_GLOBAL_CLOCK <value> set_global_assignment -name AUTO_GLOBAL_CLOCK -entity <entity name> <value> set_instance_assignment -name AUTO_GLOBAL_CLOCK -to <to> -entity <entity name> <value>
Default Value
On
AUTO_GLOBAL_REGISTER_CONTROLS
Allows the Compiler to choose the signals that feed the most control signal inputs to flipflops (excluding clock signals) as global signals that are made available throughout the device on the global routing paths. Depending on the target device family, these control signals can include asynchronous clear and load, synchronous clear and load, clock enable, and preset signals.If you want to prevent the Compiler from automatically selecting a particular signal as global register control signal, set the Global Signal option to 'Off' on that signal.
Type
Boolean
Device Support
- Arria 10
- Cyclone 10 GX
- EPC1
- EPC2
- Enhanced Configuration Devices
- Flash Memory
- Stratix 10
- Virtual JTAG TAP
Notes
This assignment supports Fitter wildcards.
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name AUTO_GLOBAL_REGISTER_CONTROLS <value> set_global_assignment -name AUTO_GLOBAL_REGISTER_CONTROLS -entity <entity name> <value> set_instance_assignment -name AUTO_GLOBAL_REGISTER_CONTROLS -to <to> -entity <entity name> <value>
Default Value
On
AUTO_RESERVE_CLKUSR_FOR_CALIBRATION
Automatically reserve CLKUSR pin for calibration purposes
Type
Boolean
Device Support
- Arria 10
- Cyclone 10 GX
Notes
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name AUTO_RESERVE_CLKUSR_FOR_CALIBRATION <value>
Default Value
On
Example
set_global_assignment -name AUTO_RESERVE_CLKUSR_FOR_CALIBRATION OFF
BASE_PIN_OUT_FILE_ON_SAMEFRAME_DEVICE
Directs the Compiler to base the Pin-Out File (.pin) and floorplan package views on the largest selected SameFrame device.
Type
Boolean
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
None
Syntax
set_global_assignment -name BASE_PIN_OUT_FILE_ON_SAMEFRAME_DEVICE <value>
Default Value
Off
BLOCK_RAM_AND_MLAB_EQUIVALENT_PAUSED_READ_CAPABILITIES
Controls whether RAMs implemented in MLAB cells must have equivalent pause read capabilities as RAMs implemented in block RAM. Pausing a read is the ability to keep around the last read value when reading is disabled. Allowing differences in paused read capabilities will provide the fitter more flexibility in implementing RAMs using MLAB cells. If this option is set to 'Don't Care', the Fitter may convert RAMs to MLAB cells even if they won't have equivalent paused read capabilities to a block RAM implementation. The Fitter will also output an information message notifying the user of RAMs with different paused read capabilities. If this option is set to 'Care', the Fitter will not convert RAMs to MLAB cells unless they have the equivalent paused read capabilities to a block RAM implementation. To allow the fitter the most flexibility in deciding which RAMs are implemented using MLAB cells, set this option to 'Don't Care'.
Type
Enumeration
Values
- Care
- Dont Care
Device Support
- Arria 10
- Cyclone 10 GX
- Stratix 10
Notes
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name BLOCK_RAM_AND_MLAB_EQUIVALENT_PAUSED_READ_CAPABILITIES <value> set_global_assignment -name BLOCK_RAM_AND_MLAB_EQUIVALENT_PAUSED_READ_CAPABILITIES -entity <entity name> <value> set_instance_assignment -name BLOCK_RAM_AND_MLAB_EQUIVALENT_PAUSED_READ_CAPABILITIES -to <to> -entity <entity name> <value>
Default Value
Care
BLOCK_RAM_AND_MLAB_EQUIVALENT_POWER_UP_CONDITIONS
Controls whether RAMs implemented in MLAB cells must have equivalent power up conditions as RAMs implemented in block RAM. Power up conditions occur when the device is powered up or globally reset. Allowing non-equivalent power up conditions will provide the fitter more flexibility in implementing RAMs using MLAB cells. If this option is set to 'Auto', the Fitter may convert RAMs to MLAB cells even if they won't have equivalent power up conditions to a block RAM implementation. The Fitter will also output a warning message notifying the user of RAMs with non-equivalent power up conditions. If this option is set to 'Don't Care', the same behavior as 'Auto' applies, but the warning message will instead be an information message. If this option is set to 'Care', the Fitter will not convert RAMs to MLAB cells unless they have equivalent power up conditions to a block RAM implementation. To allow the fitter the most flexibility in deciding which RAMs are implemented using MLAB cells, set this option to 'Auto' or 'Don't Care'.
Type
Enumeration
Values
- Auto
- Care
- Dont Care
Device Support
- Arria 10
- Cyclone 10 GX
- Stratix 10
Notes
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name BLOCK_RAM_AND_MLAB_EQUIVALENT_POWER_UP_CONDITIONS <value> set_global_assignment -name BLOCK_RAM_AND_MLAB_EQUIVALENT_POWER_UP_CONDITIONS -entity <entity name> <value> set_instance_assignment -name BLOCK_RAM_AND_MLAB_EQUIVALENT_POWER_UP_CONDITIONS -to <to> -entity <entity name> <value>
Default Value
Auto
BLOCK_RAM_TO_MLAB_CELL_CONVERSION
Controls whether the fitter is able to convert RAMs to use LAB locations when those RAMs use 'Auto' as the selected block type. If this option is changed to 'Off' then only MLAB cells in the design or RAM cells with a block type setting of 'MLAB' will use LAB locations to implement memory.
Type
Boolean
Device Support
- Arria 10
- Cyclone 10 GX
- Stratix 10
Notes
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name BLOCK_RAM_TO_MLAB_CELL_CONVERSION <value> set_global_assignment -name BLOCK_RAM_TO_MLAB_CELL_CONVERSION -entity <entity name> <value> set_instance_assignment -name BLOCK_RAM_TO_MLAB_CELL_CONVERSION -to <to> -entity <entity name> <value>
Default Value
On
CDR_BANDWIDTH_PRESET
Specifies the CDR (clock data recovery) bandwidth preset setting.
Type
Enumeration
Values
- Auto
- High
- Low
- Medium
Device Support
- Arria 10
- Cyclone 10 GX
- Stratix 10
Notes
This assignment supports Fitter wildcards.
This assignment is included in the Fitter report.
Syntax
set_instance_assignment -name CDR_BANDWIDTH_PRESET -to <to> -entity <entity name> <value>
CKN_CK_PAIR
Specifies the pairing of a CKn pin to a CK pin. The I/O pin of a CK CKn pair must be placed on a differential pin pair. This option is ignored if is assigned to anything other than an I/O pad, input buffer, or output buffer.
Type
Boolean
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
This assignment supports Fitter wildcards.
Syntax
set_instance_assignment -name CKN_CK_PAIR -from <from> -to <to> -entity <entity name> <value>
CLOCK_REGION
For devices up to and including Arria 10: Valid values are one or more clock region descriptions of the form \"Regional Clock Region 1\" or \"Periphery Clock Region 1\", separated by commas (e.g., \"Periphery Clock Region 0, Periphery Clock Region 1\"). The clock region names should match those displayed in the Chip Planner, and can include Global, Regional, Periphery or Spine Clock regions. If multiple regions are specified, the logic fed by the signal will be constrained to the smallest rectangular clock region that fully contains all of the regions specified. This assignment can also be used in conjunction with the \"Global Signal\" assignment to constrain the logic fed by a clock signal to an area of the chip that is smaller than the clock region specified by the Global Signal assignment. For example, a Global Signal assignment of \"Global Clock\" and a Clock Region assignment of \"Regional Clock Region 1\" constrains the logic to the area fed by Regional Clock Region 1.
For Stratix 10 devices: Clock regions can be constrained to a rectangle whose dimensions are defined by the sector grid, as seen in the Clock Sector Region layer of Chip Planner. The format string is of the form \"SX# SY# SX# SY#\" and specifies the bottom left and top right coordinates of the rectangle. For example, \"SX0 SY0 SX1 SY1\" constrains the clock to a 2x2 region, from the bottom left of sector (0,0) to the top right of sector (1,1). For a constraint spanning only one sector, it is sufficient to specify the location of that sector (e.g. \"SX1 SY1\"). Conversely, the bounding rectangle can also be specified by the bottom left and top right corners in chip coordinates, using the form \"X# Y# X# Y#\" (e.g. \"X37 Y181 X273 Y324\"). However, such a constraint should be sector aligned (using sector coordinates guarantees this) or the Fitter will automatically snap to the smallest sector aligned rectangle that still encompasses the original assignment. The \"Value\" strings are case-insensitive. The clock region assignment can also be used to prevent the Fitter from constraining HSSI clock networks to be horizontal by specifying the value of \"auto\". Point to point assignments are not supported for the value of \"auto\".
Type
String
Device Support
- Arria 10
- Cyclone 10 GX
- Stratix 10
Notes
This assignment supports wildcards.
This assignment supports Fitter wildcards.
Syntax
set_instance_assignment -name CLOCK_REGION -to <to> -entity <entity name> <value> set_instance_assignment -name CLOCK_REGION -from <from> -to <to> -entity <entity name> <value>
CONFIGURATION_VCCIO_LEVEL
Specifies the VCCIO voltage of the configuration pins for the current configuration scheme on the target device.
Type
String
Device Support
- Arria 10
- Cyclone 10 GX
- Stratix 10
Notes
None
Syntax
set_global_assignment -name CONFIGURATION_VCCIO_LEVEL <value>
Default Value
Auto
Example
set_global_assignment -name CONFIGURATION_VCCIO_LEVEL 1.8V
See Also
FORCE_CONFIGURATION_VCCIO
CONVERT_PR_WARNINGS_TO_ERRORS
Turns PR warnings into errors when enabled.
Type
Boolean
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
Syntax
set_global_assignment -name CONVERT_PR_WARNINGS_TO_ERRORS <value>
Default Value
Off
Example
set_global_assignment -name CONVERT_PR_WARNINGS_TO_ERRORS ON
CRC_ERROR_OPEN_DRAIN
Specify open drain on the CRC Error pin should be enabled or not
Type
Boolean
Device Support
- Arria 10
- Cyclone 10 GX
Notes
None
Syntax
set_global_assignment -name CRC_ERROR_OPEN_DRAIN <value>
Example
set_global_assignment -name crc_error_open_drain on set_global_assignment -name crc_error_open_drain off
See Also
CRC_ERROR_CHECKING ERROR_CHECK_FREQUENCY_DIVISOR
CURRENT_STRENGTH_NEW
Sets the drive strength of a pin. Specify a number (in mA), MIN, or MAX for output or bidirectional pins that support programmable drive strength. Please refer to the family data sheet for which drive strengths are allowed for each I/O standard. This option is ignored if it is applied to anything other than an output or bidirectional pin.
Old Name
CURRENT_STRENGTH
Type
String
Device Support
- Arria 10
- Cyclone 10 GX
- Stratix 10
Notes
This assignment supports Fitter wildcards.
Syntax
set_instance_assignment -name CURRENT_STRENGTH_NEW -to <to> -entity <entity name> <value>
Example
set_instance_assignment -name CURRENT_STRENGTH_NEW 12MA -to output_pin
See Also
IO_STANDARD OUTPUT_TERMINATION
CVP_CONFDONE_OPEN_DRAIN
Specify open drain on the CvP_CONFDONE pin should be enabled or not
Old Name
CVPCIE_CONFDONE_OPEN_DRAIN
Type
Boolean
Device Support
- Arria 10
- Cyclone 10 GX
Notes
None
Syntax
set_global_assignment -name CVP_CONFDONE_OPEN_DRAIN <value>
Default Value
On
Example
set_global_assignment -name CVP_CONFDONE_OPEN_DRAIN on set_global_assignment -name CVP_CONFDONE_OPEN_DRAIN off
See Also
ENABLE_CVP_CONFDONE
CVP_MODE
Specifies the configuration mode for Configuration via Protocol (CvP). In Core initialization mode, the periphery image is stored in an external configuration device and is loaded into the FPGA through the conventional configuration scheme. The core image is stored in a host memory and is loaded into the FPGA through the PCIe link. In core update mode, the FPGA device is initialized after initial system power up by loading the full configuration image from the external local configuration device to the FPGA. User can use the PCIe link to perform one or more FPGA core image update through this mode. In the Off mode, CvP is turned off.
Old Name
CVPCIE_MODE
Type
Enumeration
Values
- Core initialization
- Core initialization and update
- Core update
- Off
Device Support
- Arria 10
- Cyclone 10 GX
- Stratix 10
Notes
None
Syntax
set_global_assignment -name CVP_MODE <value>
Default Value
Off
Example
set_global_assignment -name CVP_MODE "Power up and subsequent core configuration"
DEVICE
Specifies the device to use.
Type
String
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name DEVICE <value>
Default Value
AUTO
DEVICE_INITIALIZATION_CLOCK
In 20nm device families, this specifies the clock source for device initialization (the duration between CONF_DONE signal went high and before INIT_DONE signal goes high). In 14nm or later device families, this specifies the clock source used to run the PLL which produces the clock used by the device configuration and monitoring system.
Type
Enumeration
Values
- INIT_CLKUSR
- INIT_DCLK
- INIT_INTOSC
- OSC_CLK_1_100MHZ
- OSC_CLK_1_125MHZ
- OSC_CLK_1_25MHZ
Device Support
- Arria 10
- Cyclone 10 GX
- Stratix 10
Notes
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name DEVICE_INITIALIZATION_CLOCK <value>
Default Value
INIT_INTOSC
Example
set_global_assignment -name DEVICE_INITIALIZATION_CLOCK "CLKUSR"
See Also
USER_START_UP_CLOCK
DEVICE_MIGRATION_LIST
Shows the selected migration devices for the current device.
Type
String
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name DEVICE_MIGRATION_LIST <value>
DEVICE_TECHNOLOGY_MIGRATION_LIST
Shows the selected technology migration devices for the current device.
Type
String
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name DEVICE_TECHNOLOGY_MIGRATION_LIST <value>
DQ_GROUP
Specifies the grouping from a DQS pin to its associated DQ pins and the width (4, 9, 18, or 36) of the group. Setting this option allows the Fitter to view the pins as a DQS/DQ pin group. I/O pins of a DQ pin group must be placed in the DQ pin locations of a single DQS group. This option is ignored if is assigned to anything other than an I/O pad, input buffer, or output buffer.
Type
Integer
Device Support
- Arria 10
- Cyclone 10 GX
- Stratix 10
Notes
This assignment supports Fitter wildcards.
Syntax
set_instance_assignment -name DQ_GROUP -from <from> -to <to> -entity <entity name> <value>
Example
set_instance_assignment -name DQ_GROUP 9 -from mem_dqs[0] -to mem_dq[0..7]
See Also
DQSB_DQS_PAIR MEMORY_INTERFACE_DATA_PIN_GROUP
DSP_REGISTER_PACKING
Controls how aggressively the fitter optimizes DSP performance by automatically packing registers into the internal registers of the specified DSP blocks. When the 'Balanced' option is enabled, the Fitter will pack registers into the specified DSP blocks that should improve timing. When 'Always' is enabled, the fitter will aggressively try to pack registers into the specified DSP blocks unless prevented by user constraints or other legality restrictions. When 'Disable' is selected, registers will not be packed into the specified DSP blocks.
Type
Enumeration
Values
- Always
- Balanced
- Disable
Device Support
- Arria 10
- Cyclone 10 GX
- Stratix 10
Notes
This assignment supports Fitter wildcards.
Syntax
set_instance_assignment -name DSP_REGISTER_PACKING -to <to> -entity <entity name> <value>
DUPLICATE_ATOM
Directs the Compiler to duplicate the source node, and uses the new duplicate node to fan out to the destination node; the original source node no longer fans out to the destination node. Use the 'Value' field to specify the name of the duplicate node.
Type
String
Device Support
- Arria 10
- Cyclone 10 GX
- Stratix 10
Notes
The value of this assignment is case sensitive.
This assignment supports Fitter wildcards.
The value of this assignment must be a node name.
Syntax
set_instance_assignment -name DUPLICATE_ATOM -from <from> -to <to> -entity <entity name> <value>
ECO_OPTIMIZE_TIMING
Controls whether the fitter optimizes to meet the user's maximum delay timing requirements (eg. clock cycle time, Tsu, Tco) during ECO compiles. By default, this option is set to off. Turning it on can improve timing performance at the cost of compilation time.
Type
Enumeration
Values
- Off
- On
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name ECO_OPTIMIZE_TIMING <value>
Default Value
Off
ECO_REGENERATE_REPORT
Controls whether the fitter report is regenerated during ECO compiles. By default, this option is set to off. Turning it on will regenerate the report at the cost of compilation time.
Type
Enumeration
Values
- Off
- On
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name ECO_REGENERATE_REPORT <value>
Default Value
Off
ENABLE_BUS_HOLD_CIRCUITRY
Enables bus-hold circuitry during device operation. If this option is turned on, a pin will retain its last logic level when it is not driven, and will not go to a high impedance logic level. The 'Enable Bus-Hold Circuitry' option should not be used at the same time as the 'Weak Pull-Up Resistor' option. This option is ignored if it is applied to anything other than a pin.
Type
Boolean
Device Support
- Arria 10
- Cyclone 10 GX
- Stratix 10
Notes
This assignment supports Fitter wildcards.
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name ENABLE_BUS_HOLD_CIRCUITRY <value> set_global_assignment -name ENABLE_BUS_HOLD_CIRCUITRY -entity <entity name> <value> set_instance_assignment -name ENABLE_BUS_HOLD_CIRCUITRY -to <to> -entity <entity name> <value>
Default Value
Off
Example
set_instance_assignment -name ENABLE_BUS_HOLD_CIRCUITRY ON -to pin
ENABLE_CRC_ERROR_PIN
Specifies error detection CRC and CRC_ERROR pin usage for the selected device. If error detection CRC is turned on, the device checks the validity of the programming data in the device. Any changes in the data while the device is in operation generates an error.
Type
Boolean
Device Support
- Arria 10
- Cyclone 10 GX
Notes
None
Syntax
set_global_assignment -name ENABLE_CRC_ERROR_PIN <value>
Default Value
Off
Example
set_global_assignment -name ENABLE_CRC_ERROR_PIN ON
See Also
ERROR_CHECK_FREQUENCY_DIVISOR CRC_ERROR_OPEN_DRAIN
ENABLE_CVP_CONFDONE
Enable the CvP_CONFDONE pin, which indicates that the device finished core programming in Configuration via Protocol mode. If this option is turned off, the CvP_CONFDONE pin is disabled when the device operates in user mode and is available as a user I/O pin.
Old Name
ENABLE_CVPCIE_CONFDONE
Type
Boolean
Device Support
- Arria 10
- Cyclone 10 GX
Notes
None
Syntax
set_global_assignment -name ENABLE_CVP_CONFDONE <value>
Default Value
Off
Example
set_global_assignment -name ENABLE_CVP_CONFDONE ON
See Also
CVP_CONFDONE_OPEN_DRAIN
ENABLE_DEVICE_WIDE_OE
Enables the DEV_OE pin when the device is in user mode. If this option is turned on, all outputs on the chip operate normally. When the pin is disabled, all outputs are tri-stated. If this option is turned off, the DEV_OE pin is disabled when the device operates in user mode and is available as a user I/O pin.
Old Name
ENABLE_CHIP_WIDE_OE
Type
Boolean
Device Support
- Arria 10
- Cyclone 10 GX
Notes
None
Syntax
set_global_assignment -name ENABLE_DEVICE_WIDE_OE <value>
Default Value
Off
Example
set_global_assignment -name ENABLE_DEVICE_WIDE_OE ON
ENABLE_DEVICE_WIDE_RESET
Enables the DEV_CLRn pin, which allows all registers of the device to be reset by an external source. If this option is turned off, the DEV_CLRn pin is disabled when the device operates in user mode and is available as a user I/O pin.
Old Name
ENABLE_CHIP_WIDE_RESET
Type
Boolean
Device Support
- Arria 10
- Cyclone 10 GX
Notes
None
Syntax
set_global_assignment -name ENABLE_DEVICE_WIDE_RESET <value>
Default Value
Off
Example
set_global_assignment -name ENABLE_DEVICE_WIDE_RESET ON
ENABLE_ED_CRC_CHECK
Enable the error detection CRC check. The status is SEU_ERROR output SDM_IO. If error detection CRC is turned on, the device checks the validity of the programming data in the device. Any changes in the data while the device is in operation generates an error.
Type
Boolean
Device Support
- Stratix 10
Notes
None
Syntax
set_global_assignment -name ENABLE_ED_CRC_CHECK <value>
Example
set_global_assignment -name ENABLE_ED_CRC_CHECK ON
ENABLE_INIT_DONE_OUTPUT
Enables the INIT_DONE pin, which allows you to externally monitor when initialization is completed and the device is in user mode. If this option is turned off, the INIT_DONE pin is disabled when the device operates in user mode and is available as a user I/O pin.
Old Name
Enable INIT_DONE Output
Type
Boolean
Device Support
- Arria 10
- Cyclone 10 GX
Notes
None
Syntax
set_global_assignment -name ENABLE_INIT_DONE_OUTPUT <value>
Default Value
Off
Example
set_global_assignment -name ENABLE_INIT_DONE_OUTPUT OFF
See Also
INIT_DONE_OPEN_DRAIN
ENABLE_NCEO_OUTPUT
Enables the nCEO pin. This pin should be connected to the nCE of the succeeding device when multiple devices are being programmed. If this option is turned off, the nCEO pin is disabled when the device operates in user mode and is available as a user I/O pin.
Type
Boolean
Device Support
- Arria 10
- Cyclone 10 GX
Notes
None
Syntax
set_global_assignment -name ENABLE_NCEO_OUTPUT <value>
Default Value
Off
Example
set_global_assignment -name ENABLE_NCEO_OUTPUT OFF
ENABLE_PR_PINS
Allows you to enable the PR_REQUEST, PR_READY, PR_ERROR, PR_DONE, DCLK, and DATA[31..0] pins. These pins are needed to support partial reconfiguration (PR) with an external host. An external host uses the PR_REQUEST pin to request partial reconfiguration, the PR_READY pin to determine if the device is ready to receive programming data, the PR_ERROR pin to externally monitor programming errors, and the PR_DONE pin to indicate the device finished programming. If this option is turned off, these pins are not available as PR pins when the device operates in user mode and the dual-purpose programming pins are available as user I/O pins.
Type
Boolean
Device Support
- Arria 10
- Cyclone 10 GX
Notes
None
Syntax
set_global_assignment -name ENABLE_PR_PINS <value>
Default Value
Off
Example
set_global_assignment -name ENABLE_PR_PINS ON
See Also
PR_PINS_OPEN_DRAIN
ENABLE_UNUSED_RX_CLOCK_WORKAROUND
Enable workaround for unused RX clock to preserve its performance over time
Type
Boolean
Device Support
- Arria 10
- Cyclone 10 GX
- Stratix 10
Notes
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name ENABLE_UNUSED_RX_CLOCK_WORKAROUND <value> set_instance_assignment -name ENABLE_UNUSED_RX_CLOCK_WORKAROUND -to <to> -entity <entity name> <value>
Default Value
Off
Example
set_global_assignment -name ENABLE_UNUSED_RX_CLOCK_WORKAROUND ON
set_instance_assignment -name ENABLE_UNUSED_RX_CLOCK_WORKAROUND ON -to AW34
ERROR_CHECK_FREQUENCY_DIVISOR
Specifies the divide value of the internal clock, which determines the frequency of the CRC. The divide value must be a power of two. Refer to the device handbook to find the frequency of the internal clock for the selected device.
Type
Integer
Device Support
- Arria 10
- Cyclone 10 GX
- Stratix 10
Notes
None
Syntax
set_global_assignment -name ERROR_CHECK_FREQUENCY_DIVISOR <value>
Example
set_global_assignment -name ERROR_CHECK_FREQUENCY_DIVISOR 16
See Also
CRC_ERROR_CHECKING
EXCLUSIVE_IO_GROUP
Assigns an exclusive group number for the specified I/O. I/Os with the different exclusive group number cannot share the same bank.
Type
Integer
Device Support
- Arria 10
- Cyclone 10 GX
- Stratix 10
Notes
This assignment supports Fitter wildcards.
Syntax
set_instance_assignment -name EXCLUSIVE_IO_GROUP -to <to> -entity <entity name> <value>
Example
set_instance_assignment -name "EXCLUSIVE_IO_GROUP" -to pin
FINAL_PLACEMENT_OPTIMIZATION
Specifies whether the Fitter performs final placement optimizations. Performing final placement optimizations may improve timing and routability, but may also require longer compilation time. The default setting of Automatically can be used with the Auto Fit Fitter Effort Level (also the default) to let the fitter decide whether these optimizations should run based on the routability and timing requirements of the design.
Type
Enumeration
Values
- Always
- Automatically
- Never
Device Support
- Arria 10
- Cyclone 10 GX
- Stratix 10
Notes
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name FINAL_PLACEMENT_OPTIMIZATION <value>
Default Value
Automatically
FITTER_AGGRESSIVE_ROUTABILITY_OPTIMIZATION
Specifies whether the Fitter aggressively optimizes for routability. Performing aggressive routability optimizations may decrease design speed, but may also reduce routing wire usage and routing time. The default setting of Automatically lets the fitter decide whether to perform these optimizations based on the routability and timing requirements of the design.
Type
Enumeration
Values
- Always
- Automatically
- Never
Device Support
- Arria 10
- Cyclone 10 GX
- Stratix 10
Notes
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name FITTER_AGGRESSIVE_ROUTABILITY_OPTIMIZATION <value>
Default Value
Automatically
FITTER_AUTO_EFFORT_DESIRED_SLACK_MARGIN
Specifies the amount of worst-case slack margin the fitter should try to maintain when the Fitter Effort option is set to 'Auto Fit'. If the design is likely to have at least this much slack on every path, the fitter will reduce optimization effort to reduce compilation time. Otherwise, its behavior will be the same as it is with the 'Standard Fit' Fitter Effort setting.
Type
Time
Device Support
- Arria 10
- Cyclone 10 GX
- Stratix 10
Notes
None
Syntax
set_global_assignment -name FITTER_AUTO_EFFORT_DESIRED_SLACK_MARGIN <value>
Default Value
0ns
FITTER_EFFORT
Controls the fitter's trade-off between performance and compilation speed. Auto Fit adjusts the fitter optimization effort to minimize compilation time, while still achieving the design timing requirements. The Auto Fit Effort Desired Slack Margin option can be used to request that Auto Fit apply sufficient optimization effort to achieve additional timing margin. Standard Fit will use maximum effort regardless of the design's requirements, leading to higher compilation time and more margin on easier designs. For difficult designs, Auto Fit and Standard Fit will both use maximum effort. Fast Fit will decrease optimization effort to reduce compilation time, which may degrade design performance.
Type
Enumeration
Values
- Auto Fit
- Fast Fit
- Standard Fit
Device Support
- Arria 10
- Cyclone 10 GX
Notes
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name FITTER_EFFORT <value>
Default Value
Auto Fit
FLOW_ENABLE_EARLY_PLACE
Type
Boolean
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name FLOW_ENABLE_EARLY_PLACE <value>
Default Value
Off
FORCE_CONFIGURATION_VCCIO
Forces the VCCIO voltage of the configuration pins to be the same as the configuration device I/O voltage.
Type
Boolean
Device Support
- Arria 10
- Cyclone 10 GX
- Stratix 10
Notes
None
Syntax
set_global_assignment -name FORCE_CONFIGURATION_VCCIO <value>
Default Value
Off
Example
set_global_assignment -name FORCE_CONFIGURATION_VCCIO ON
See Also
CONFIGURATION_VCCIO_LEVEL
GLOBAL_SIGNAL
Specifies whether the signal should be routed using global routing paths. Global signals can be both pin- and logic-driven, and can be any signal in the design. Turning this option on for a pin or a single-output logic function signal is equivalent to feeding the signal through a GLOBAL buffer. Turning this option off for a particular signal will prevent any of the Auto Global options from using the signal as an automatic global signal.
Type
Enumeration
Values
- Dual-Fast Regional Clock
- Dual-Regional Clock
- Fast Regional Clock
- Global Clock
- Large Periphery Clock
- Off
- On
- Periphery Clock
- Regional Clock
Device Support
- Arria 10
- Cyclone 10 GX
- EPC1
- EPC2
- Enhanced Configuration Devices
- Flash Memory
- Stratix 10
- Virtual JTAG TAP
Notes
This assignment supports wildcards.
This assignment supports Fitter wildcards.
Syntax
set_instance_assignment -name GLOBAL_SIGNAL -to <to> -entity <entity name> <value> set_instance_assignment -name GLOBAL_SIGNAL -from <from> -to <to> -entity <entity name> <value>
GNDIO_CURRENT_1PT8V
For user to override GNDIO current of 1.8-V io standard. Original current is 2mA
Type
Integer
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
None
Syntax
set_global_assignment -name GNDIO_CURRENT_1PT8V <value>
GNDIO_CURRENT_2PT5V
For user to override GNDIO current of 2.5-V io standard. Original current is 2mA
Type
Integer
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
None
Syntax
set_global_assignment -name GNDIO_CURRENT_2PT5V <value>
GNDIO_CURRENT_GTL
For user to override GNDIO current of GTL. Not yet supported in MAX7000.
Type
Integer
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
None
Syntax
set_global_assignment -name GNDIO_CURRENT_GTL <value>
GNDIO_CURRENT_GTL_PLUS
For user to override GNDIO current of GTL+. Original current is 50mA
Type
Integer
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
None
Syntax
set_global_assignment -name GNDIO_CURRENT_GTL_PLUS <value>
GNDIO_CURRENT_LVCMOS
For user to override GNDIO current of LVCMOS. Original current is 2mA
Type
Integer
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
None
Syntax
set_global_assignment -name GNDIO_CURRENT_LVCMOS <value>
GNDIO_CURRENT_LVTTL
For user to override GNDIO current of LVTTL. Original current is 4mA
Type
Integer
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
None
Syntax
set_global_assignment -name GNDIO_CURRENT_LVTTL <value>
GNDIO_CURRENT_PCI
For user to override GNDIO current of PCI. Original current is 4mA
Type
Integer
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
None
Syntax
set_global_assignment -name GNDIO_CURRENT_PCI <value>
GNDIO_CURRENT_SSTL2_CLASS1
For user to override GNDIO current of SSTL2_CLASS1. Original current is 14mA
Type
Integer
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
None
Syntax
set_global_assignment -name GNDIO_CURRENT_SSTL2_CLASS1 <value>
GNDIO_CURRENT_SSTL2_CLASS2
For user to override GNDIO current of SSTL2_CLASS2. Original current is 21mA
Type
Integer
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
None
Syntax
set_global_assignment -name GNDIO_CURRENT_SSTL2_CLASS2 <value>
GNDIO_CURRENT_SSTL3_CLASS1
For user to override GNDIO current of SSTL3_CLASS1. Original current is 18mA
Type
Integer
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
None
Syntax
set_global_assignment -name GNDIO_CURRENT_SSTL3_CLASS1 <value>
GNDIO_CURRENT_SSTL3_CLASS2
For user to override GNDIO current of SSTL3_CLASS2. Original current is 25mA
Type
Integer
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
None
Syntax
set_global_assignment -name GNDIO_CURRENT_SSTL3_CLASS2 <value>
GXB_0PPM_CORECLK
Specifies core clocks that have zero PPM difference. Follow the Intel High Speed I/O Applications Technical Support recommendations when using this assignment.
Type
Boolean
Device Support
- Arria 10
- Cyclone 10 GX
- Stratix 10
Notes
This assignment supports Fitter wildcards.
Syntax
set_instance_assignment -name GXB_0PPM_CORECLK -to <to> -entity <entity name> <value>
HSSI_PARAMETER
A logic option that allows you to set the parameter settings of the transmitter/receiver channel.
Type
String
Device Support
- Stratix 10
Notes
The value of this assignment is case sensitive.
Syntax
set_instance_assignment -name HSSI_PARAMETER -to <to> -entity <entity name> <value>
IGNORE_HSSI_COLUMN_POWER_WHEN_PRESERVING_UNUSED_XCVR_CHANNELS
Ignore the power supply of HSSI column when preserving unused RX/TX channels. By default, any unused RX/TX channels in each HSSI column will be preserved
Type
Boolean
Device Support
- Arria 10
- Cyclone 10 GX
- Stratix 10
Notes
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name IGNORE_HSSI_COLUMN_POWER_WHEN_PRESERVING_UNUSED_XCVR_CHANNELS <value>
Default Value
On
Example
set_global_assignment -name IGNORE_HSSI_COLUMN_POWER_WHEN_PRESERVING_UNUSED_XCVR_CHANNELS OFF
INIT_DONE_OPEN_DRAIN
Specify open drain on the INIT_DONE pin should be enabled or not
Type
Boolean
Device Support
- Arria 10
- Cyclone 10 GX
Notes
None
Syntax
set_global_assignment -name INIT_DONE_OPEN_DRAIN <value>
Default Value
On
Example
set_global_assignment -name init_done_open_drain on set_global_assignment -name init_done_open_drain off
See Also
ENABLE_INIT_DONE_OUTPUT
INPUT_DELAY_CHAIN
Specifies the propagation delay for Input Delay Chain. This is an advanced option that should be used only after you have compiled a project, checked the I/O timing, and determined that the timing is unsatisfactory. For detailed information on how to use this option, refer to the data sheet for the device family. This option is ignored if it is applied to anything other than an input or bidirectional pin.
Old Name
INPUT_DELAY
Type
Integer
Device Support
- Arria 10
- Cyclone 10 GX
- Stratix 10
Notes
This assignment supports Fitter wildcards.
Syntax
set_instance_assignment -name INPUT_DELAY_CHAIN -to <to> -entity <entity name> <value> set_instance_assignment -name INPUT_DELAY_CHAIN -from <from> -to <to> -entity <entity name> <value>
INPUT_TERMINATION
Allows the Compiler to configure the on-chip termination (OCT) and impedance matching for an I/O pin. OCT helps to prevent signal reflections and maintain signal integrity. This option is ignored if it is applied to anything other than an I/O pad, input buffer, or output buffer.
Type
String
Device Support
- Arria 10
- Cyclone 10 GX
- Stratix 10
Notes
This assignment supports Fitter wildcards.
Syntax
set_instance_assignment -name INPUT_TERMINATION -to <to> -entity <entity name> <value>
Example
set_instance_assignment -name INPUT_TERMINATION "PARALLEL 50 OHM WITH CALIBRATION" -to pin_name
See Also
IO_STANDARD OCT_CONTROL_BLOCK OUTPUT_OCT_VALUE
INTERNAL_SCRUBBING
Specifies internal scrubbing usage for the selected device. If internal scrubbing is turned on, the device corrects single error or double adjacent error within the core configuration memory while the device is still running.
Type
Boolean
Device Support
- Arria 10
- Cyclone 10 GX
- Stratix 10
Notes
None
Syntax
set_global_assignment -name INTERNAL_SCRUBBING <value>
Default Value
Off
Example
set_global_assignment -name INTERNAL_SCRUBBING ON
IO_12_LANE_INPUT_DATA_DELAY_CHAIN
Specifies the propagation delay for IO_12_LANE Input Data Delay Chain. This is an advanced option that should be used only after you have compiled a project, checked the I/O timing, and determined that the timing is unsatisfactory. For detailed information on how to use this option, refer to the data sheet for the device family. This option is ignored if it is applied to anything other than an input or bidirectional pin.
Old Name
IO_12_LANE_INPUT_DATA_DELAY
Type
Integer
Device Support
- Arria 10
- Cyclone 10 GX
- Stratix 10
Notes
This assignment supports Fitter wildcards.
Syntax
set_instance_assignment -name IO_12_LANE_INPUT_DATA_DELAY_CHAIN -to <to> -entity <entity name> <value> set_instance_assignment -name IO_12_LANE_INPUT_DATA_DELAY_CHAIN -from <from> -to <to> -entity <entity name> <value>
IO_12_LANE_INPUT_STROBE_DELAY_CHAIN
Specifies the propagation delay for IO_12_LANE Input Strobe Delay Chain. This is an advanced option that should be used only after you have compiled a project, checked the I/O timing, and determined that the timing is unsatisfactory. For detailed information on how to use this option, refer to the data sheet for the device family. This option is ignored if it is applied to anything other than an input or bidirectional pin.
Old Name
IO_12_LANE_INPUT_STROBE_DELAY
Type
Integer
Device Support
- Arria 10
- Cyclone 10 GX
- Stratix 10
Notes
This assignment supports Fitter wildcards.
Syntax
set_instance_assignment -name IO_12_LANE_INPUT_STROBE_DELAY_CHAIN -to <to> -entity <entity name> <value> set_instance_assignment -name IO_12_LANE_INPUT_STROBE_DELAY_CHAIN -from <from> -to <to> -entity <entity name> <value>
IO_MAXIMUM_TOGGLE_RATE
Specifies the toggle rate of this node. You can specify the desired frequency setting. This option is ignored if it is applied to anything other than pins. This option can be used to direct the Fitter in its toggle-rate checking while allowing a single-ended pin to be placed closer to a differential pin. This assignment is used to analyze signal integrity under worst case conditions (highest possible toggle rate). A different assignment, Power Toggle Rate, is used to specify the expected time-averaged toggle rate rather than worst-case toggle rate, and is used by the Power Analyzer to estimate time-averaged power consumption. Use the Synchronizer Toggle Rate if you want to configure the data rates used for Metastability Reporting in the TimeQuest Timing Analyzer.
Old Name
TOGGLE RATE, TOGGLE_RATE
Type
Frequency
Device Support
- Arria 10
- Cyclone 10 GX
- Stratix 10
Notes
This assignment supports Fitter wildcards.
Syntax
set_instance_assignment -name IO_MAXIMUM_TOGGLE_RATE -to <to> -entity <entity name> <value>
IO_PARTITION_PLACEMENT
Specifies whether the I/O should be put in a preserved partition to preserve I/O settings, or if it should be put in the root. Typically I/Os should be placed in the root to maximize the flexibility for the design. However, for some IPs it is desireable to preserve I/O settings such as I/O Standards, in which case it would need to go in the partition.
Type
Enumeration
Values
- PARTITION
- ROOT
Device Support
- Arria 10
- Stratix 10
Notes
None
Syntax
set_instance_assignment -name IO_PARTITION_PLACEMENT -to <to> -entity <entity name> <value>
Example
set_instance_assignment -name IO_PARTITION_PLACEMENT PARTITION -to pin
IO_STANDARD
Specifies the I/O standard of a pin. Different device families support different I/O standards, and restrictions apply to placing pins with different I/O standards together. For detailed information, refer to the device family data sheet and to Application Note 117 (Using Selectable I/O Standards in Intel FPGA Devices). This option is ignored if it is applied to anything other than a pin or a top-level design entity.
Type
String
Device Support
- Arria 10
- Cyclone 10 GX
- Stratix 10
Notes
This assignment supports Fitter wildcards.
This assignment supports synthesis wildcards.
Syntax
set_instance_assignment -name IO_STANDARD -to <to> -entity <entity name> <value>
Example
set_instance_assignment -name IO_STANDARD LVDS -to pin
See Also
STRATIX_DEVICE_IO_STANDARD CURRENT_STRENGTH_NEW SLEW_RATE OUTPUT_TERMINATION INPUT_TERMINATION PROGRAMMABLE_PREEMPHASIS PROGRAMMABLE_VOD
LVDS_DIRECT_LOOPBACK_MODE
Enable the LVDS Direct Loop Mode on a True Differential output pin. This assignment should only apply from an input pin to an output pin and both of them should have True Differential I/O standard. When this feature is enabled, data coming in from the adjacent RX pair gets looped back to the TX pair. This feature can be used to verify the Tx and Rx buffer by checking the data transmit and received. This option is ignored if it is applied to anything other than a pin or a top-level design entity.
Type
Boolean
Device Support
- Arria 10
- Cyclone 10 GX
- Stratix 10
Notes
This assignment supports Fitter wildcards.
This assignment is included in the Fitter report.
Syntax
set_instance_assignment -name LVDS_DIRECT_LOOPBACK_MODE -from <from> -to <to> -entity <entity name> <value>
Example
set_instance_assignment -name LVDS_DIRECT_LOOPBACK_MODE ON -from true_diff_in_pin_p -to true_diff_out_pin_p
See Also
IO_STANDARD
MACRO_HEAD
Specifies the head block of a macro.
Type
String
Device Support
- This setting can be used in projects targeting any Altera device family.
Syntax
set_instance_assignment -name MACRO_HEAD -to <to> -entity <entity name> <value>
MACRO_MEMBER
Specifies a block to be placed with respect to its macro head.
Type
String
Device Support
- This setting can be used in projects targeting any Altera device family.
Syntax
set_global_assignment -name MACRO_MEMBER -entity <entity name> <value> set_instance_assignment -name MACRO_MEMBER -to <to> -entity <entity name> <value> set_instance_assignment -name MACRO_MEMBER -from <from> -to <to> -entity <entity name> <value>
MATCH_PLL_COMPENSATION_CLOCK
Allows you to specify a PLL output clock feeding a clock network as a compensation target for a PLL in NORMAL or SOURCE_SYNCHRONOUS mode. This configures the PLL to match its feedback path to the target's clock network. This option is ignored if it is applied to anything other than a PLL output clock.
Type
Boolean
Device Support
- Arria 10
- Cyclone 10 GX
- Stratix 10
Notes
This assignment supports Fitter wildcards.
This assignment is included in the Fitter report.
Syntax
set_instance_assignment -name MATCH_PLL_COMPENSATION_CLOCK -to <to> -entity <entity name> <value>
MIGRATION_DEVICES
Shows the selected migration devices for the target device.
Type
String
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
This assignment is not copied when you create a companion revision for HardCopy II devices.
Syntax
set_global_assignment -name MIGRATION_DEVICES <value>
MINIMUM_SEU_INTERVAL
Specifies the minimum time between two checks of the same bit. Setting to 0 means check as frequently as possible. Setting to a large value saves power. The unit of interval is millisecond. The maximum allowed number of intervals is 10000.
Type
Integer
Device Support
- Stratix 10
Notes
None
Syntax
set_global_assignment -name MINIMUM_SEU_INTERVAL <value>
Example
set_global_assignment -name MINIMUM_SEU_INTERVAL 300
See Also
CRC_ERROR_CHECKING
NCEO_OPEN_DRAIN
Specify open drain on the nCEO pin should be enabled or not
Type
Boolean
Device Support
- Arria 10
- Cyclone 10 GX
Notes
None
Syntax
set_global_assignment -name NCEO_OPEN_DRAIN <value>
Default Value
On
Example
set_global_assignment -name nceo_open_drain on set_global_assignment -name nceo_open_drain off
See Also
ENABLE_NCEO_OUTPUT
NUMBER_OF_EXAMPLE_NODES_REPORTED
Allows you to specify the maximum number of example nodes fitter messages should display.
Type
Integer
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name NUMBER_OF_EXAMPLE_NODES_REPORTED <value>
Default Value
50
Example
set_global_assignment -name NUMBER_OF_EXAMPLE_NODES_REPORTED_REPORTED 200
OE_DELAY_CHAIN
Specifies the propagation delay for Output Enable Delay Chain. This is an advanced option that should be used only after you have compiled a project, checked the I/O timing, and determined that the timing is unsatisfactory. For detailed information on how to use this option, refer to the data sheet for the device family. This option is ignored if it is applied to anything other than an output or bidirectional pin.
Old Name
OE_DELAY
Type
Integer
Device Support
- Arria 10
- Cyclone 10 GX
- Stratix 10
Notes
This assignment supports Fitter wildcards.
Syntax
set_instance_assignment -name OE_DELAY_CHAIN -to <to> -entity <entity name> <value>
OPTIMIZE_FOR_METASTABILITY
This setting improves the reliability of the design by increasing its Mean Time Between Failures (MTBF). When this setting is enabled, the Fitter will aim to increase the output setup slacks of synchronizer registers in the design, which can exponentially increase the design MTBF. This option takes effect only if TimeQuest is being used for timing-driven compilation. Use the TimeQuest report_metastability command to review the synchronizers detected in your design and to produce MTBF estimates.
Type
Enumeration
Values
- Off
- On
Device Support
- Arria 10
- Cyclone 10 GX
- Stratix 10
Notes
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name OPTIMIZE_FOR_METASTABILITY <value>
Default Value
On
OPTIMIZE_HOLD_TIMING
Allows the Fitter to optimize hold time by adding delay to the appropriate paths. The Optimize Timing option must be turned on in order for this option to work. If you are using the TimeQuest Timing Analyzer, and specify the I/O paths and Minimum tpd Paths setting, all assignments involving I/O pins are optimized. Specifying the All Paths setting directs the Fitter to optimize the hold time of all paths. Turning off this option directs the Fitter not to optimize the hold time of any paths.
Type
Enumeration
Values
- All Paths
- IO Paths and Minimum TPD Paths
- Off
Device Support
- Arria 10
- Cyclone 10 GX
- Stratix 10
Notes
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name OPTIMIZE_HOLD_TIMING <value>
OPTIMIZE_IOC_REGISTER_PLACEMENT_FOR_TIMING
Controls whether the fitter optimizes I/O pin timing by automatically packing registers into I/Os to minimize I/O -> register and register -> I/O delays. When the 'Normal' option is enabled, the Fitter will opportunistically pack registers into I/Os that should improve I/O timing. When 'Pack All I/O Registers' is enabled, the fitter will aggressively try to pack any registers connected to input, output or output enable pins into I/Os unless prevented by user constraints or other legality restrictions. By default, this option is set to 'Normal'. This option requires the Optimize Timing option to be enabled for it to work.
Type
Enumeration
Values
- Normal
- Off
- Pack All IO Registers
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name OPTIMIZE_IOC_REGISTER_PLACEMENT_FOR_TIMING <value>
Default Value
Normal
OPTIMIZE_MULTI_CORNER_TIMING
Old Name
OPTIMIZE_FAST_CORNER_TIMING, Optimize Fast-Corner Timing
Type
Boolean
Device Support
- Arria 10
- Cyclone 10 GX
- EPC1
- EPC2
- Enhanced Configuration Devices
- Flash Memory
- Stratix 10
- Virtual JTAG TAP
Notes
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name OPTIMIZE_MULTI_CORNER_TIMING <value>
OPTIMIZE_PERSONA_ROUTABILITY
Allows users to avoid PR aggregate compilation by applying optimization techniques in the router during PR implementation compiles
Type
Boolean
Device Support
- This setting can be used in projects targeting any Altera device family.
Syntax
set_global_assignment -name OPTIMIZE_PERSONA_ROUTABILITY <value>
Default Value
Off
OPTIMIZE_POWER_DURING_FITTING
Controls the power-driven compilation setting of the Fitter. This option determines how aggressively the Fitter optimizes the design for power. If this option is set to 'Off', the Fitter does not perform any power optimizations. If this option is set to 'Normal compilation', the Fitter performs power optimizations which should not impact design performance or increase compile time. When this option is set to 'Extra effort', the Fitter will perform additional power optimizations which may affect design performance and/or increase compile time. For the best results with Extra Effort power optimization during fitting, you should specify a Signal Activity File (SAF file) that lists the toggle rate of each signal in the design. To generate the most accurate Signal Activity File (SAF file) use a gate-level simulation, with glitch filtering, of the compiled design. Specify this SAF file as an input to the Power Analyzer in the Power Analysis Settings, and recompile the design with Extra Effort Power Optimization during fitting. The signal activities (toggle rates) in the SAF file help guide the fitter to reduce power.
Type
Enumeration
Values
- Extra effort
- Normal compilation
- Off
Device Support
- Arria 10
- Cyclone 10 GX
- Stratix 10
Notes
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name OPTIMIZE_POWER_DURING_FITTING <value> set_global_assignment -name OPTIMIZE_POWER_DURING_FITTING -entity <entity name> <value> set_instance_assignment -name OPTIMIZE_POWER_DURING_FITTING -to <to> -entity <entity name> <value>
Default Value
Normal compilation
OPTIMIZE_TIMING
Controls whether the Fitter optimizes to meet the maximum delay timing requirements (for example, clock cycle time). By default, this option is set to Normal compilation. Turning it off can help fit designs that have extremely high interconnect requirements and can also reduce compilation time, although at the expense of significant timing performance (since the fitter will be ignoring the design's timing requirements). If this option is off, other fitter timing optimization options have no effect (such as Optimize Hold Timing).
Old Name
OPTIMIZE_INTERNAL_TIMING, USE_TIMING_DRIVEN_COMPILATION
Type
Enumeration
Values
- Normal compilation
- Off
Device Support
- Arria 10
- Cyclone 10 GX
- Stratix 10
Notes
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name OPTIMIZE_TIMING <value>
Default Value
Normal compilation
OUTPUT_DELAY_CHAIN
Specifies the propagation delay for Output Delay Chain. This is an advanced option that should be used only after you have compiled a project, checked the I/O timing, and determined that the timing is unsatisfactory. For detailed information on how to use this option, refer to the data sheet for the device family. This option is ignored if it is applied to anything other than an output or bidirectional pin.
Old Name
OUTPUT_DELAY
Type
Integer
Device Support
- Arria 10
- Cyclone 10 GX
- Stratix 10
Notes
This assignment supports Fitter wildcards.
Syntax
set_instance_assignment -name OUTPUT_DELAY_CHAIN -to <to> -entity <entity name> <value>
OUTPUT_TERMINATION
Allows the Compiler to configure the on-chip termination (OCT) and impedance matching for an I/O pin. OCT helps to prevent signal reflections and maintain signal integrity. This option is ignored if it is applied to anything other than an I/O pad, input buffer, or output buffer.
Type
String
Device Support
- Arria 10
- Cyclone 10 GX
- Stratix 10
Notes
This assignment supports Fitter wildcards.
Syntax
set_instance_assignment -name OUTPUT_TERMINATION -to <to> -entity <entity name> <value>
Example
set_instance_assignment -name OUTPUT_TERMINATION "SERIES 50 OHM WITH CALIBRATION" -to pin_name
See Also
INPUT_OCT_VALUE IO_STANDARD OCT_CONTROL_BLOCK
PERIPHERY_TO_CORE_PLACEMENT_AND_ROUTING_OPTIMIZATION
Specifies whether the Fitter should perform targeted placement and routing optimization on direct connections between periphery logic and registers in the FPGA core. If this option is set to 'Auto', the Fitter will automatically identify transfers with tight timing windows, place the core registers, and route all connections to or from the periphery. These placement and routing decisions are performed before the rest of core placement and routing, ensuring these timing-critical connections can meet timing, and also avoid routing congestion. If this option is set to 'On', all transfers between the periphery and core registers will be optimized, regardless of timing requirements. Setting this option to 'On' globally is not recommended -- instead it is intended for use in the Assignment Editor to force optimization to a targeted set of nodes or entities.
Type
Enumeration
Values
- Auto
- Off
- On
Device Support
- Arria 10
Notes
This assignment supports wildcards.
This assignment supports Fitter wildcards.
This assignment is included in the Fitter report.
The value of this assignment must be a node name.
Syntax
set_global_assignment -name PERIPHERY_TO_CORE_PLACEMENT_AND_ROUTING_OPTIMIZATION <value> set_global_assignment -name PERIPHERY_TO_CORE_PLACEMENT_AND_ROUTING_OPTIMIZATION -entity <entity name> <value> set_instance_assignment -name PERIPHERY_TO_CORE_PLACEMENT_AND_ROUTING_OPTIMIZATION -to <to> -entity <entity name> <value>
Default Value
OFF
PERIPH_FITTER_SCRIPT
Specifies the name of the tcl script that will be used to overwrite the default periphery fitter placement script used during a normal compile.
Type
File name
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
Syntax
set_global_assignment -name PERIPH_FITTER_SCRIPT <value>
PERIPH_REPORT_SCRIPT
Specifies the name of the tcl script that will be used to overwrite the default periphery fitter report panels created during a normal compile.
Type
File name
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
Syntax
set_global_assignment -name PERIPH_REPORT_SCRIPT <value>
PHYSICAL_SYNTHESIS
Enables the Physical Synthesis engine that includes combinational and sequential optimization during fitting to improve circuit performance.
Type
Boolean
Device Support
- Arria 10
- Cyclone 10 GX
- Stratix 10
Notes
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name PHYSICAL_SYNTHESIS <value>
Default Value
Off
PLACEMENT_EFFORT_MULTIPLIER
Controls how much time the fitter spends in placement. The default value is 1.0 and legal values must be greater than 0. Specifying a floating-point number allows you to control the placement effort. A higher value increases CPU time but may improve placement quality. For example, a value of '4' will increase fitting time by approximately 2 to 4 times but may increase quality.
Type
String
Device Support
- Arria 10
- Cyclone 10 GX
- EPC1
- EPC2
- Enhanced Configuration Devices
- Flash Memory
- Stratix 10
- Virtual JTAG TAP
Notes
This assignment is not copied when you create a companion revision for HardCopy II devices.
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name PLACEMENT_EFFORT_MULTIPLIER <value>
Default Value
1.0
PLL_AUTO_RESET
Causes the PLL to self-reset automatically on loss of lock.
Type
Boolean
Device Support
- Arria 10
- Cyclone 10 GX
- Stratix 10
Notes
This assignment supports Fitter wildcards.
This assignment is included in the Fitter report.
This assignment supports synthesis wildcards.
Syntax
set_instance_assignment -name PLL_AUTO_RESET -to <to> -entity <entity name> <value>
PLL_BANDWIDTH_PRESET
Specifies the PLL bandwidth preset setting.
Type
Enumeration
Values
- Auto
- High
- Low
- Medium
Device Support
- Arria 10
- Cyclone 10 GX
- Stratix 10
Notes
This assignment supports Fitter wildcards.
This assignment is included in the Fitter report.
This assignment supports synthesis wildcards.
Syntax
set_instance_assignment -name PLL_BANDWIDTH_PRESET -to <to> -entity <entity name> <value>
PLL_COMPENSATION_MODE
Specifies the routing path of the PLL feedback clock and adjusts the delay chains in the PLL.
Type
Enumeration
Values
- Direct
- EMIF
- External Feedback
- LVDS
- Normal
- Source Synchronous
- Zero Delay Buffer
Device Support
- Arria 10
- Cyclone 10 GX
- Stratix 10
Notes
This assignment supports Fitter wildcards.
This assignment is included in the Fitter report.
This assignment supports synthesis wildcards.
Syntax
set_instance_assignment -name PLL_COMPENSATION_MODE -to <to> -entity <entity name> <value>
PLL_OPTIMIZE_PHASE_SHIFT_FOR_TIMING
Allows the Fitter to set the phase shift of a PLL output counter, and hence the phase shift of its generated clock, to improve timing for all edges affected by this clock. Apply multicycle timing exceptions to paths between the generated clock and other clocks in the design to avoid timing violations.
Type
Boolean
Device Support
- Arria 10
- Cyclone 10 GX
- Stratix 10
Notes
This assignment supports Fitter wildcards.
This assignment is included in the Fitter report.
Syntax
set_instance_assignment -name PLL_OPTIMIZE_PHASE_SHIFT_FOR_TIMING -to <to> -entity <entity name> <value>
PRESERVE_UNUSED_XCVR_CHANNEL
Preserve the performance of unused RX/TX channels over time, if they are intended to be used in future
Type
Boolean
Device Support
- Arria 10
- Cyclone 10 GX
- Stratix 10
Notes
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name PRESERVE_UNUSED_XCVR_CHANNEL <value> set_instance_assignment -name PRESERVE_UNUSED_XCVR_CHANNEL -to <to> -entity <entity name> <value>
Default Value
Off
Example
set_global_assignment -name PRESERVE_UNUSED_XCVR_CHANNEL ON
set_instance_assignment -name PRESERVE_UNUSED_XCVR_CHANNEL ON -to AW34
PROGRAMMABLE_POWER_MAXIMUM_HIGH_SPEED_FRACTION_OF_USED_LAB_TILES
Sets an upper limit on the fraction of the LAB tiles used by your design that can be high-speed. Legal values must be between 0.0 and 1.0. The default value is 1.0. A value of 1.0 means that there is no restriction on the number of high-speed tiles, and the fitter will use the minimum number needed to meet the timing requirements of your design. Specifying a value lower than 1.0 might degrade timing quality, because some timing critical resources might be forced into low-power mode.
Type
String
Device Support
- Arria 10
- Cyclone 10 GX
Notes
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name PROGRAMMABLE_POWER_MAXIMUM_HIGH_SPEED_FRACTION_OF_USED_LAB_TILES <value>
Default Value
1.0
PROGRAMMABLE_POWER_TECHNOLOGY_SETTING
Controls how the fitter configures tiles to operate in high-speed mode or low-power mode. Automatic specifies that the fitter should try to minimize power without sacrificing timing performance. Minimize Power Only specifies that the fitter should set the maximum number of tiles to operate in low-power mode. Force All Used Tiles to High Speed specifies that the fitter should set all used tiles to operate in high-speed mode. Force All Tiles with Failing Timing Paths to High Speed specifies that the fitter should ensure that all paths that are failing timing are set to high-speed mode. For designs that meet timing, the behavior of this setting should be similar to the Automatic setting. For designs that fail timing, all paths with negative slack will be put in high-speed mode. Note that this will likely not increase the speed of the design, and it may increase static power consumption, but it may assist in determining which logic paths need to be re-designed in order to close timing.
Type
Enumeration
Values
- Automatic
- Force All Tiles with Failing Timing Paths to High Speed
- Force All Used Tiles to High Speed
- Minimize Power Only
Device Support
- Arria 10
- Cyclone 10 GX
Notes
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name PROGRAMMABLE_POWER_TECHNOLOGY_SETTING <value>
PROGRAMMABLE_PREEMPHASIS
Implements control of programmable pre-emphasis, which helps compensate for high frequency losses. This option is ignored if it is applied to anything other than an output or bidirectional pin, or a top-level design entity containing output or bidirectional pins.
Type
Integer
Device Support
- Arria 10
- Cyclone 10 GX
- Stratix 10
INTEGER_RANGE
0, 3
Notes
This assignment supports Fitter wildcards.
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name PROGRAMMABLE_PREEMPHASIS -entity <entity name> <value> set_instance_assignment -name PROGRAMMABLE_PREEMPHASIS -to <to> -entity <entity name> <value> set_global_assignment -name PROGRAMMABLE_PREEMPHASIS <value>
Example
set_instance_assignment -name PROGRAMMABLE_PREEMPHASIS 0 -to pin
See Also
IO_STANDARD
PROGRAMMABLE_VOD
Implements control of programmable VOD. This option is ignored if it is applied to anything other than an output or bidirectional pin, or a top-level design entity containing output or bidirectional pins.
Type
Integer
Device Support
- Arria 10
- Cyclone 10 GX
- Stratix 10
INTEGER_RANGE
0, 3
Notes
This assignment supports Fitter wildcards.
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name PROGRAMMABLE_VOD -entity <entity name> <value> set_instance_assignment -name PROGRAMMABLE_VOD -to <to> -entity <entity name> <value> set_global_assignment -name PROGRAMMABLE_VOD <value>
Example
set_instance_assignment -name PROGRAMMABLE_PREEMPHASIS 0 -to pin
See Also
IO_STANDARD
PR_DONE_OPEN_DRAIN
Specify open drain on the PR_DONE pin should be enabled or not
Type
Boolean
Device Support
- Arria 10
- Cyclone 10 GX
Notes
None
Syntax
set_global_assignment -name PR_DONE_OPEN_DRAIN <value>
Default Value
On
Example
set_global_assignment -name pr_done_open_drain on set_global_assignment -name pr_done_open_drain off
See Also
ENABLE_PR_PINS
PR_ERROR_OPEN_DRAIN
Specify open drain on the PR_ERROR pin should be enabled or not
Type
Boolean
Device Support
- Arria 10
- Cyclone 10 GX
Notes
None
Syntax
set_global_assignment -name PR_ERROR_OPEN_DRAIN <value>
Default Value
On
Example
set_global_assignment -name pr_error_open_drain on set_global_assignment -name pr_error_open_drain off
See Also
ENABLE_PR_PINS
PR_PINS_OPEN_DRAIN
Specifies open drain on the Partial Reconfiguration pins (PR_READY, PR_ERROR, and PR_DONE) should be enabled or not
Type
Boolean
Device Support
- Arria 10
- Cyclone 10 GX
Notes
None
Syntax
set_global_assignment -name PR_PINS_OPEN_DRAIN <value>
Default Value
Off
Example
set_global_assignment -name pr_pins_open_drain on set_global_assignment -name pr_pins_open_drain off
See Also
ENABLE_PR_PINS
PR_READY_OPEN_DRAIN
Specify open drain on the PR_READY pin should be enabled or not
Type
Boolean
Device Support
- Arria 10
- Cyclone 10 GX
Notes
None
Syntax
set_global_assignment -name PR_READY_OPEN_DRAIN <value>
Default Value
On
Example
set_global_assignment -name pr_ready_open_drain on set_global_assignment -name pr_ready_open_drain off
See Also
ENABLE_PR_PINS
QII_AUTO_PACKED_REGISTERS
Allows the Compiler to combine a register and a combinational function, or to implement registers using I/O cells, RAM blocks, or DSP blocks instead of logic cells. This option controls how aggressively the Fitter combines registers with other function blocks to reduce the area of the design. Generally, the 'Auto' or 'Sparse Auto' settings should be used for this option. The other options limit the flexibility of the Fitter to combine registers with other function blocks and can result in no fits. When 'Auto', the default setting is selected, the Fitter attempts to achieve the best performance with good area. If necessary, additional logic is combined to reduce the area of the design so that it can fit within the selected device. When this setting is 'Sparse Auto', the Fitter attempts to achieve the highest performance with possibly increased area, but without exceeding the logic capacity of the device. If this option is set to 'Off', the Fitter does not combine registers with other functions. The 'Off' setting severely increases the area of the design and may cause a no fit. If this option is set to 'Sparse', the Fitter combines functions in a way which improves performance for many designs. If this option is set to 'Normal', the Fitter combines functions that are expected to maximize design performance and reduce area. When this option is set to 'Minimize Area', the Fitter aggressively combines unrelated functions to reduce the area required for placing the design, at the expense of performance. When this option is set to 'Minimize Area with Chains', the Fitter even more aggressively combines functions that are part of register cascade chains or can be converted to register cascade chains. If this option is set to any value but 'Off', registers are combined with I/O cells to improve I/O timing (as long as the Optimize IOC Register Placement For Timing option allows it), and with DSP blocks and RAM blocks to reduce the area required for placing the design or to improve timing when possible.
Old Name
AUTO_PACKED_REGISTERS_ARMSTRONG, AUTO_PACKED_REGISTERS_STRATIXII, Auto Packed Registers -- Stratix II/II GX/III Cyclone II/III Arria GX
Type
Enumeration
Values
- Auto
- Minimize Area
- Minimize Area with Chains
- Normal
- Off
- Sparse
- Sparse Auto
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
This assignment supports Fitter wildcards.
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name QII_AUTO_PACKED_REGISTERS <value> set_global_assignment -name QII_AUTO_PACKED_REGISTERS -entity <entity name> <value> set_instance_assignment -name QII_AUTO_PACKED_REGISTERS -to <to> -entity <entity name> <value>
Default Value
Auto
RELATIVE_NEUTRON_FLUX
is the neutron flux rate used by the seu calculator
Type
Double
Device Support
- This setting can be used in projects targeting any Altera device family.
Syntax
set_global_assignment -name RELATIVE_NEUTRON_FLUX <value>
Default Value
1.0
RESERVE_ALL_UNUSED_PINS_WEAK_PULLUP
Reserves all unused pins on the target device in one of 5 states: as inputs that are tri-stated, as outputs that drive ground, as outputs that drive an unspecified signal, as input tri-stated with bus-hold, or as input tri-stated with weak pull-up.
Type
Enumeration
Values
- As input tri-stated
- As input tri-stated with bus-hold
- As input tri-stated with weak pull-up
- As output driving an unspecified signal
- As output driving ground
Device Support
- Arria 10
- Cyclone 10 GX
- Stratix 10
Notes
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name RESERVE_ALL_UNUSED_PINS_WEAK_PULLUP <value>
Default Value
As input tri-stated with weak pull-up
RESERVE_AVST_CLK_AFTER_CONFIGURATION
Specifies how the AVST clock pin should be used when the device is operating in user mode after configuration via AVST x16 or AVST x32 is complete.
Type
Enumeration
Values
- As input tri-stated
- Use as regular IO
Device Support
- Stratix 10
Notes
None
Syntax
set_global_assignment -name RESERVE_AVST_CLK_AFTER_CONFIGURATION <value>
Default Value
Use as regular IO
Example
set_global_assignment -name RESERVE_AVST_CLK_AFTER_CONFIGURATION "USE AS REGULAR IO"
RESERVE_AVST_DATA15_THROUGH_DATA0_AFTER_CONFIGURATION
Specifies how the AVST data[15:0] pin should be used when the device is operating in user mode after configuration via AVST x16 or AVST x32 is complete.
Type
Enumeration
Values
- As input tri-stated
- Use as regular IO
Device Support
- Stratix 10
Notes
None
Syntax
set_global_assignment -name RESERVE_AVST_DATA15_THROUGH_DATA0_AFTER_CONFIGURATION <value>
Default Value
Use as regular IO
Example
set_global_assignment -name RESERVE_AVST_DATA15_THROUGH_DATA0_AFTER_CONFIGURATION "USE AS REGULAR IO"
RESERVE_AVST_DATA31_THROUGH_DATA16_AFTER_CONFIGURATION
Specifies how the AVST data[31:16] pin should be used when the device is operating in user mode after configuration via AVST x32 is complete.
Type
Enumeration
Values
- As input tri-stated
- Use as regular IO
Device Support
- Stratix 10
Notes
None
Syntax
set_global_assignment -name RESERVE_AVST_DATA31_THROUGH_DATA16_AFTER_CONFIGURATION <value>
Default Value
Use as regular IO
Example
set_global_assignment -name RESERVE_AVST_DATA31_THROUGH_DATA16_AFTER_CONFIGURATION "USE AS REGULAR IO"
RESERVE_AVST_VALID_AFTER_CONFIGURATION
Specifies how the AVST valid pin should be used when the device is operating in user mode after configuration via AVST x16 or AVST x32 is complete.
Type
Enumeration
Values
- As input tri-stated
- Use as regular IO
Device Support
- Stratix 10
Notes
None
Syntax
set_global_assignment -name RESERVE_AVST_VALID_AFTER_CONFIGURATION <value>
Default Value
Use as regular IO
Example
set_global_assignment -name RESERVE_AVST_VALID_AFTER_CONFIGURATION "USE AS REGULAR IO"
RESERVE_DATA0_AFTER_CONFIGURATION
Specifies how the Data[0] pin should be used when the device is operating in user mode after configuration is complete. Depending on the current device and configuration scheme, the Data[0] pin can be reserved as a regular I/O pin, as an input that is tri-stated, as an output that drives ground, as an output that drives an unspecified signal, or compiler configured. If the Data[0] pin is reserved as a regular I/O pin, the Data[0] pin can be used as an ordinary I/O pin after configuration. If the Data[0] pin is only used to interface with external memory for configuration, the Data[0] pin should be reserved as compiler configured.
Type
Enumeration
Values
- As input tri-stated
- As output driving an unspecified signal
- As output driving ground
- Compiler configured
- Use as regular IO
Device Support
- Arria 10
- Cyclone 10 GX
Notes
None
Syntax
set_global_assignment -name RESERVE_DATA0_AFTER_CONFIGURATION <value>
Default Value
As input tri-stated
Example
set_global_assignment -name RESERVE_DATA0_AFTER_CONFIGURATION "USE AS REGULAR IO"
RESERVE_DATA15_THROUGH_DATA8_AFTER_CONFIGURATION
Specifies how the Data[15..8] pins should be used when the device is operating in user mode after configuration is complete.
Type
Enumeration
Values
- As input tri-stated
- As output driving an unspecified signal
- As output driving ground
- Use as regular IO
Device Support
- Arria 10
- Cyclone 10 GX
Notes
None
Syntax
set_global_assignment -name RESERVE_DATA15_THROUGH_DATA8_AFTER_CONFIGURATION <value>
Default Value
Use as regular IO
Example
set_global_assignment -name RESERVE_DATA15_THROUGH_DATA8_AFTER_CONFIGURATION "USE AS REGULAR IO"
RESERVE_DATA31_THROUGH_DATA16_AFTER_CONFIGURATION
Specifies how the Data[31..16] pins should be used when the device is operating in user mode after configuration is complete.
Type
Enumeration
Values
- As input tri-stated
- As output driving an unspecified signal
- As output driving ground
- Use as regular IO
Device Support
- Arria 10
- Cyclone 10 GX
Notes
None
Syntax
set_global_assignment -name RESERVE_DATA31_THROUGH_DATA16_AFTER_CONFIGURATION <value>
Default Value
Use as regular IO
Example
set_global_assignment -name RESERVE_DATA31_THROUGH_DATA16_AFTER_CONFIGURATION "USE AS REGULAR IO"
RESERVE_DATA7_THROUGH_DATA1_AFTER_CONFIGURATION
Specifies how the Data[7..1] pins should be used when the device is operating in user mode after configuration is complete. Depending on the current device and configuration scheme, these pins can be reserved as regular I/O pins, as inputs that are tri-stated, as outputs that drive ground, or as outputs that drive an unspecified signal. If this pin is reserved as a regular I/O pin, the Data[7..1] pins can be used as ordinary I/O pins after configuration.
Type
Enumeration
Values
- As input tri-stated
- As output driving an unspecified signal
- As output driving ground
- Use as regular IO
Device Support
- Arria 10
- Cyclone 10 GX
Notes
None
Syntax
set_global_assignment -name RESERVE_DATA7_THROUGH_DATA1_AFTER_CONFIGURATION <value>
Default Value
Use as regular IO
Example
set_global_assignment -name RESERVE_DATA7_THROUGH_DATA1_AFTER_CONFIGURATION "USE AS REGULAR IO"
RESERVE_FLEXIBLE_CLOCK_NETWORK
Allows you to specify whether this clock should be routed using only flexible section clock network routing. This setting may improve routability for reconfigurable clocks, or clocks that will drive new logic in a later compile.
Type
Boolean
Device Support
- Arria 10
- Cyclone 10 GX
Notes
This assignment supports Fitter wildcards.
Syntax
set_instance_assignment -name RESERVE_FLEXIBLE_CLOCK_NETWORK -to <to> -entity <entity name> <value>
RESERVE_PR_PINS
Allows you to reserve the PR_REQUEST, PR_READY, PR_ERROR, PR_DONE, DCLK, and DATA[15..0] pins and prevent other pins from using them. Once these pins are reserved, they could not use to support partial reconfiguration (PR) with an external host as well when the device operates in user mode.
Type
Boolean
Device Support
- Arria 10
- Cyclone 10 GX
Notes
None
Syntax
set_global_assignment -name RESERVE_PR_PINS <value>
Default Value
Off
Example
set_global_assignment -name RESERVE_PR_PINS ON
See Also
ENABLE_PR_PINS
RESERVE_ROUTING_OUTPUT_FLEXIBILITY
Allows you to specify whether the router should reserve output flexibility in this compilation. This setting helps maintain certain routing flexibility for later compilation, but may affect routability in this compilation.
Type
Boolean
Device Support
- Arria 10
- Cyclone 10 GX
Notes
This assignment supports Fitter wildcards.
Syntax
set_global_assignment -name RESERVE_ROUTING_OUTPUT_FLEXIBILITY <value>
Default Value
Off
ROUTER_CLOCKING_TOPOLOGY_ANALYSIS
Directs the router to perform an analysis of the design's clocking topology and adjust the optimization approach on paths with significant clock skew. Enabling this option may improve hold timing at the cost of increased compile time.
Type
Boolean
Device Support
- Arria 10
- Cyclone 10 GX
Notes
This assignment is not copied when you create a companion revision for HardCopy II devices.
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name ROUTER_CLOCKING_TOPOLOGY_ANALYSIS <value>
Default Value
Off
ROUTER_LCELL_INSERTION_AND_LOGIC_DUPLICATION
Allows the Fitter to automatically insert buffer logic cells between two nodes without altering the functionality of the design. Buffer logic cells are created from unused logic cells in the device. This option also allows the Fitter to duplicate a logic cell within a LAB when there are unused logic cells available in a LAB. Using this option can increase compilation time. The default setting of Auto will allow these operations to run when 1) the design requires them to fit the design or 2) the performance of the design can be improved by this optimization with a nominal compilation time increase.
Type
Enumeration
Values
- Auto
- Off
- On
Device Support
- Arria 10
- Cyclone 10 GX
Notes
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name ROUTER_LCELL_INSERTION_AND_LOGIC_DUPLICATION <value>
Default Value
Auto
ROUTER_REGISTER_DUPLICATION
Allows the Fitter to automatically duplicate registers within a LAB containing empty logic cells. This option does not alter the functionality of the design. The Auto Register Duplication option is also ignored if you select OFF as the setting for the Logic Cell Insertion -- Logic Duplication logic option. Turning on this option can allow the Logic Cell Insertion -- Logic Duplication logic option to improve a design's routability, but can make formal verification of a design more difficult.
Type
Enumeration
Values
- Auto
- Off
- On
Device Support
- Arria 10
- Cyclone 10 GX
Notes
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name ROUTER_REGISTER_DUPLICATION <value>
Default Value
Auto
ROUTER_TIMING_OPTIMIZATION_LEVEL
Controls how aggressively the router tries to meet timing requirements. Setting this option to Maximum can increase design speed slightly, at the cost of increased compile time. Setting this option to Minimum can reduce compile time, at the cost of slightly reduced design speed. The default value is Normal.
Type
Enumeration
Values
- MAXIMUM
- MINIMUM
- Normal
Device Support
- Arria 10
- Cyclone 10 GX
- EPC1
- EPC2
- Enhanced Configuration Devices
- Flash Memory
- Stratix 10
- Virtual JTAG TAP
Notes
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name ROUTER_TIMING_OPTIMIZATION_LEVEL <value>
Default Value
Normal
RZQ_GROUP
Specifies an RZQ pin name and an OCT to terminate the given pin. Using the same RZQ pin name instructs the fitter to use the same OCT to terminate the group of pins
Type
String
Device Support
- Arria 10
- Cyclone 10 GX
- Stratix 10
Notes
This assignment supports Fitter wildcards.
Syntax
set_instance_assignment -name RZQ_GROUP -to <to> -entity <entity name> <value>
Example
set_instance_assignment -name RZQ_GROUP oct_rzq_in -to output_pin
See Also
OUTPUT_TERMINATION
SEED
Specifies the starting value the Fitter uses when randomly determining the initial placement for the current design. The value can be any non-negative integer value. Changing the starting value may or may not produce better fitting. Specify a starting value only if the Fitter is not meeting timing requirements by a small amount. The Design Space Explorer tool lets you sweep many seed values easily to find the best value for a given project. Modifying the design or Quartus settings even slightly will usually change which seed is best for the design.
Old Name
INITIAL_PLACEMENT_CONFIGURATION
Type
Integer
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
This assignment is not copied when you create a companion revision for HardCopy II devices.
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name SEED <value>
Default Value
1
SEU_FIT_REPORT
determines whether the SEU report is displayed or not
Type
Boolean
Device Support
- This setting can be used in projects targeting any Altera device family.
Syntax
set_global_assignment -name SEU_FIT_REPORT <value>
Default Value
Off
SLEW_RATE
Implements control of low-to-high/high-to-low transitions on output pins to help reduce switching noise. When a large number of output pins switch simultaneously, pins that use the lower Slew Rate option help reduce switching noise. This option is ignored if it is applied to anything other than an output or bidirectional pin, or a top-level design entity containing output or bidirectional pins. Note that using this option may increase the delay for output or bidir pins, which can affect slack on Tco paths for the pins this is applied to.
Type
Integer
Device Support
- Arria 10
- Cyclone 10 GX
- Stratix 10
INTEGER_RANGE
0, 3
Notes
This assignment supports Fitter wildcards.
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name SLEW_RATE -entity <entity name> <value> set_instance_assignment -name SLEW_RATE -to <to> -entity <entity name> <value> set_global_assignment -name SLEW_RATE <value>
Example
set_instance_assignment -name SLEW_RATE 0 -to pin
See Also
IO_STANDARD CURRENT_STRENGTH_NEW OUTPUT_TERMINATION
STRATIXV_CONFIGURATION_SCHEME
The method used to configure a device with a design. Available configuration schemes depend on selected device family: Passive Serial (PS), Passive Parallel x8 (PPx8), Passive Parallel x16 (PPx16), Passive Parallel x32 (PPx32), Active Serial x1 (ASx1), Active Serial x4 (ASx4) and AVST x8, x16 and x32.
Type
Enumeration
Values
- AVST x16
- AVST x32
- AVST x8
- Active Serial
- Active Serial x1
- Active Serial x4
- Passive Parallel x16
- Passive Parallel x32
- Passive Parallel x8
- Passive Serial
Device Support
- Arria 10
- Cyclone 10 GX
- Stratix 10
Notes
None
Syntax
set_global_assignment -name STRATIXV_CONFIGURATION_SCHEME <value>
Example
set_global_assignment -name STRATIXV_CONFIGURATION_SCHEME "Active Serial"
STRATIX_DEVICE_IO_STANDARD
Specifies the default I/O standard to be used for pins on the target device.
Old Name
YEAGER_DEVICE_IO_STANDARD
Type
String
Device Support
- Arria 10
- Cyclone 10 GX
- Stratix 10
Notes
The value of this assignment is case sensitive.
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name STRATIX_DEVICE_IO_STANDARD <value>
Example
set_global_assignment -name STRATIX_DEVICE_IO_STANDARD "1.2 V"
See Also
IO_STANDARD
SYNCHRONIZER_IDENTIFICATION
Specifies how the TimeQuest Timing Analyzer identifies registers as being part of a synchronization register chain for metastability analysis. A synchronization register chain is a sequence of registers with the same clock with no fan-out in between, which is driven by a pin or logic from another clock domain. If this option is set to 'Off', the TimeQuest Timing Analyzer does not identify the specified registers, or the registers within the specified entity, as synchronization registers. If the option is set to 'Auto', the TimeQuest Timing Analyzer identifies valid synchronization registers that are part of a chain with more than one register that contains no combinational logic. If this option is set to 'Forced if Asynchronous', the TimeQuest Timing Analyzer identifies synchronization register chains if the software detects an asynchronous signal transfer, even if there is combinational logic or only one register in the chain. If this option is set to 'Forced', then the specified register, or all registers within the specified entity, are identified as synchronizers. The 'Forced' option should not be applied to the entire design, because doing so identifies all registers in the design as synchronizers. Registers that are identified as synchronizers are optimized for improved Mean Time Between Failure (MTBF) as long as the Optimize Design for Metastability option is turned on. If a synchronization register chain is identified with the 'Forced' or 'Forced if Asynchronous' option, then the TimeQuest Timing Analyzer reports the metastability MTBF for the chain. MTBF is not reported for automatically-detected register chains; you can use the 'Auto' setting to generate a report of possible synchronization chains in your design. If a synchronization register chain is identified with the 'Forced' or 'Forced if Asynchronous' option, then the TimeQuest Timing Analyzer reports the metastability MTBF for the chain when it meets the design timing requirements.
Old Name
ANALYZE_METASTABILITY
Type
Enumeration
Values
- Auto
- Forced
- Forced If Asynchronous
- Off
Device Support
- Arria 10
- Cyclone 10 GX
- Stratix 10
Notes
This assignment supports wildcards.
This assignment supports Fitter wildcards.
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name SYNCHRONIZER_IDENTIFICATION <value> set_global_assignment -name SYNCHRONIZER_IDENTIFICATION -entity <entity name> <value> set_instance_assignment -name SYNCHRONIZER_IDENTIFICATION -to <to> -entity <entity name> <value>
Default Value
Auto
SYNCHRONIZER_TOGGLE_RATE
Specifies the toggle rate of this register. The units for this value are in transitions per second, and must be positive. This is used when calculating the Mean Time Between Failures (MTBF) of a synchronizer chain in the Metastability Report. This only applies when the TimeQuest Timing Analyzer is used. You can specify the desired frequency setting on the first register of a synchronizer chain, and this will determine the data rate used in the MTBF estimation. There are two other assignments associated with toggle rates. The I/O Maximum Toggle Rate is only used for pins, and specifies the worst-case toggle rates used for signal integrity purposes. The Power Toggle Rate assignment is used to specify the expected time-averaged toggle rate, and is used by the Power Analyzer to estimate time-averaged power consumption.
Type
Integer
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
This assignment supports Fitter wildcards.
Syntax
set_instance_assignment -name SYNCHRONIZER_TOGGLE_RATE -to <to> -entity <entity name> <value>
TERMINATION_CONTROL_BLOCK
Specifies the control block used for calibrated on-chip termination (OCT) and impedance matching for an I/O pin. OCT helps to prevent signal reflections and maintain signal integrity. This option is ignored if it is applied to anything other than an I/O pad, input buffer, or output buffer. This option should only be used on I/O pins which have a calibrated termination assignment.
Type
String
Device Support
- Arria 10
- Cyclone 10 GX
- Stratix 10
Notes
The value of this assignment is case sensitive.
This assignment is copied to any duplicated nodes.
This assignment supports Fitter wildcards.
The value of this assignment must be a node name.
Syntax
set_instance_assignment -name TERMINATION_CONTROL_BLOCK -to <to> -entity <entity name> <value>
Example
set_instance_assignment -name TERMINATION_CONTROL_BLOCK "my_oct:inst|my_oct_alt_oct_toq:my_oct_alt_oct_toq_component|sd1a_0" -to pin_name
See Also
INPUT_OCT_VALUE IO_STANDARD OUTPUT_OCT_VALUE
TREAT_BIDIR_AS_OUTPUT
Directs the bidirectional pin to be essentially treated as an output pin meaning that the input path is used for feedback from the output path.
Type
Boolean
Device Support
- Arria 10
- Cyclone 10 GX
- Stratix 10
Notes
This assignment supports Fitter wildcards.
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name TREAT_BIDIR_AS_OUTPUT <value> set_global_assignment -name TREAT_BIDIR_AS_OUTPUT -entity <entity name> <value> set_instance_assignment -name TREAT_BIDIR_AS_OUTPUT -to <to> -entity <entity name> <value>
Default Value
Off
Example
set_instance_assignment -name TREAT_BIDIR_AS_OUTPUT ON -to bidir_pin
See Also
IO_STANDARD
TRI_STATE_SPI_PINS
This option controls Active Configuration Controller to tri-state the Active Configuration pins in user mode. This option would be ignored if the selected configuration scheme is not an Active Configuration scheme.
Type
Boolean
Device Support
- Arria 10
- Cyclone 10 GX
Notes
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name TRI_STATE_SPI_PINS <value>
Default Value
Off
UNFORCE_MERGE_PLL
Prevents the specified PLL to be merged with the master PLL. Use this option only for two compatible PLLs driven by the same clock source.
Type
Boolean
Device Support
- Arria 10
- Cyclone 10 GX
- Stratix 10
Notes
This assignment supports Fitter wildcards.
This assignment is included in the Fitter report.
Syntax
set_instance_assignment -name UNFORCE_MERGE_PLL -to <to> -entity <entity name> <value>
UNUSED_TSD_PINS_GND
If this option is turned on, unused temperature sensing diode (TSD) pins, TEMPDIODEp/TEMPDIODEn, on the device are automatically set to GND in the Pin-Out File (.pin) file. By default, the TSD pins are available for connection to an external temperature sensing device; however, you must manually connect the pins to GND if they are not connected. Turning on this option only updates the information in the .pin file, it does not affect FPGA behavior.
Type
Boolean
Device Support
- Arria 10
- Cyclone 10 GX
Notes
None
Syntax
set_global_assignment -name UNUSED_TSD_PINS_GND <value>
Default Value
Off
USE_AS_3V_GPIO
This assignment is required when attempting to place a GPIO using a non-3V IO standard in a location that supports 3V IOs. It allows the the fitter to place this in a 3V IO location (not allowed by default). Applies to S10 only.
Type
Boolean
Device Support
- Stratix 10
Notes
This assignment supports Fitter wildcards.
This assignment supports synthesis wildcards.
Syntax
set_global_assignment -name USE_AS_3V_GPIO -entity <entity name> <value> set_instance_assignment -name USE_AS_3V_GPIO -to <to> -entity <entity name> <value>
Example
set_instance_assignment -name USE_AS_3V_GPIO ON -to pin
USE_CONF_DONE
Implement CONF_DONE using appropriate configuration pin resource.
Type
String
Device Support
- Stratix 10
Notes
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name USE_CONF_DONE <value>
Default Value
AUTO
USE_CVP_CONFDONE
Enable the CvP_CONFDONE pin, which indicates that the device finished core programming in Configuration via Protocol mode. If this option is turned off, the CvP_CONFDONE pin is disabled when the device operates in user mode and is available as a user I/O pin.
Type
String
Device Support
- Stratix 10
Notes
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name USE_CVP_CONFDONE <value>
Default Value
AUTO
USE_INIT_DONE
Enables the INIT_DONE pin, which allows you to externally monitor when initialization is completed and the device is in user mode. If this option is turned off, the INIT_DONE pin is disabled when the device operates in user mode and is available as a user I/O pin.
Type
String
Device Support
- Stratix 10
Notes
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name USE_INIT_DONE <value>
Default Value
AUTO
USE_PWRMGT_ALERT
Implement PWRMGT_ALERT using appropriate configuration pin resource.
Type
String
Device Support
- Stratix 10
Notes
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name USE_PWRMGT_ALERT <value>
Default Value
AUTO
USE_PWRMGT_SCL
Implement PWRMGT_SCL using appropriate configuration pin resource.
Type
String
Device Support
- Stratix 10
Notes
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name USE_PWRMGT_SCL <value>
Default Value
AUTO
USE_PWRMGT_SDA
Implement PWRMGT_SDA using appropriate configuration pin resource.
Type
String
Device Support
- Stratix 10
Notes
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name USE_PWRMGT_SDA <value>
Default Value
AUTO
USE_SEU_ERROR
Enable the SEU_ERROR pin.
Type
String
Device Support
- Stratix 10
Notes
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name USE_SEU_ERROR <value>
Default Value
AUTO
VCCIO_CURRENT_1PT8V
For user to override VCCIO current of 1.8-V io standard. Original current is 2mA
Type
Integer
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
None
Syntax
set_global_assignment -name VCCIO_CURRENT_1PT8V <value>
VCCIO_CURRENT_2PT5V
For user to override VCCIO current of 2.5-V io standard. Original current is 2mA
Type
Integer
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
None
Syntax
set_global_assignment -name VCCIO_CURRENT_2PT5V <value>
VCCIO_CURRENT_GTL
For user to override VCCIO current of GTL. Not yet supported in MAX7000.
Type
Integer
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
None
Syntax
set_global_assignment -name VCCIO_CURRENT_GTL <value>
VCCIO_CURRENT_GTL_PLUS
For user to override VCCIO current of GTL+. Original current is 0mA
Type
Integer
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
None
Syntax
set_global_assignment -name VCCIO_CURRENT_GTL_PLUS <value>
VCCIO_CURRENT_LVCMOS
For user to override VCCIO current of LVCMOS. Original current is 2mA
Type
Integer
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
None
Syntax
set_global_assignment -name VCCIO_CURRENT_LVCMOS <value>
VCCIO_CURRENT_LVTTL
For user to override VCCIO current of LVTTL. Original current is 4mA
Type
Integer
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
None
Syntax
set_global_assignment -name VCCIO_CURRENT_LVTTL <value>
VCCIO_CURRENT_PCI
For user to override VCCIO current of PCI. Original current is 4mA
Type
Integer
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
None
Syntax
set_global_assignment -name VCCIO_CURRENT_PCI <value>
VCCIO_CURRENT_SSTL2_CLASS1
For user to override VCCIO current of SSTL2_CLASS1. Original current is 14mA
Type
Integer
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
None
Syntax
set_global_assignment -name VCCIO_CURRENT_SSTL2_CLASS1 <value>
VCCIO_CURRENT_SSTL2_CLASS2
For user to override VCCIO current of SSTL2_CLASS2. Original current is 21mA
Type
Integer
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
None
Syntax
set_global_assignment -name VCCIO_CURRENT_SSTL2_CLASS2 <value>
VCCIO_CURRENT_SSTL3_CLASS1
For user to override VCCIO current of SSTL3_CLASS1. Original current is 18mA
Type
Integer
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
None
Syntax
set_global_assignment -name VCCIO_CURRENT_SSTL3_CLASS1 <value>
VCCIO_CURRENT_SSTL3_CLASS2
For user to override VCCIO current of SSTL3_CLASS2. Original current is 25mA
Type
Integer
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
None
Syntax
set_global_assignment -name VCCIO_CURRENT_SSTL3_CLASS2 <value>
VID_OPERATION_MODE
Enable Voltage Identification Logic in the target device with selected operation mode.
Type
Enumeration
Device Support
- Stratix 10
Notes
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name VID_OPERATION_MODE <value>
Default Value
PMBus Master
Example
set_global_assignment -name VID_OPERATION_MODE "PMBus Master"
VREF_MODE
Specifies VREF mode of a pin.
Type
Enumeration
Values
- CALIBRATED
- CALIBRATED_SSTL
- EXTERNAL
- VCCIO_45
- VCCIO_50
- VCCIO_55
- VCCIO_65
- VCCIO_70
- VCCIO_75
Device Support
- Arria 10
- Cyclone 10 GX
- Stratix 10
Notes
This assignment supports Fitter wildcards.
Syntax
set_global_assignment -name VREF_MODE <value> set_global_assignment -name VREF_MODE -entity <entity name> <value> set_instance_assignment -name VREF_MODE -to <to> -entity <entity name> <value>
Example
set_instance_assignment -name VREF_MODE EXTERNAL -to pin
See Also
VREF_MODE
WEAK_PULL_UP_RESISTOR
Enables the weak pull-up resistor when the device is operating in user mode. This option pulls a high-impedance bus signal to VCC. The Weak Pull-Up Resistor option should not be used at the same time as the Enable Bus-Hold Circuitry option. This option is ignored if it is applied to anything other than a pin.
Type
Boolean
Device Support
- Arria 10
- Cyclone 10 GX
- Stratix 10
Notes
This assignment supports Fitter wildcards.
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name WEAK_PULL_UP_RESISTOR <value> set_global_assignment -name WEAK_PULL_UP_RESISTOR -entity <entity name> <value> set_instance_assignment -name WEAK_PULL_UP_RESISTOR -to <to> -entity <entity name> <value>
Default Value
Off
Example
set_instance_assignment -name WEAK_PULL_UP_RESISTOR ON -to pin
XCVR_A10_REFCLK_TERM_TRISTATE
A logic option that directs the Compiler to enable the internal termination of the dedicated reference clock pin.
Type
Enumeration
Values
- TRISTATE_OFF
- TRISTATE_ON
Device Support
- Arria 10
Notes
Syntax
set_instance_assignment -name XCVR_A10_REFCLK_TERM_TRISTATE -to <to> -entity <entity name> <value>
XCVR_A10_RX_ADP_CTLE_ACGAIN_4S
A logic option that allows you to control the amount of AC gain on the equalizer in high gain mode. The amount of AC gain is propotional to the setting where '0' gives the lowest AC gain and '31' gives the largest AC gain. This option is only valid when equalizer operates in manual mode.
Type
Enumeration
Values
- RADP_CTLE_ACGAIN_4S_0
- RADP_CTLE_ACGAIN_4S_1
- RADP_CTLE_ACGAIN_4S_10
- RADP_CTLE_ACGAIN_4S_11
- RADP_CTLE_ACGAIN_4S_12
- RADP_CTLE_ACGAIN_4S_13
- RADP_CTLE_ACGAIN_4S_14
- RADP_CTLE_ACGAIN_4S_15
- RADP_CTLE_ACGAIN_4S_16
- RADP_CTLE_ACGAIN_4S_17
- RADP_CTLE_ACGAIN_4S_18
- RADP_CTLE_ACGAIN_4S_19
- RADP_CTLE_ACGAIN_4S_2
- RADP_CTLE_ACGAIN_4S_20
- RADP_CTLE_ACGAIN_4S_21
- RADP_CTLE_ACGAIN_4S_22
- RADP_CTLE_ACGAIN_4S_23
- RADP_CTLE_ACGAIN_4S_24
- RADP_CTLE_ACGAIN_4S_25
- RADP_CTLE_ACGAIN_4S_26
- RADP_CTLE_ACGAIN_4S_27
- RADP_CTLE_ACGAIN_4S_28
- RADP_CTLE_ACGAIN_4S_3
- RADP_CTLE_ACGAIN_4S_4
- RADP_CTLE_ACGAIN_4S_5
- RADP_CTLE_ACGAIN_4S_6
- RADP_CTLE_ACGAIN_4S_7
- RADP_CTLE_ACGAIN_4S_8
- RADP_CTLE_ACGAIN_4S_9
Device Support
- Arria 10
Notes
Syntax
set_instance_assignment -name XCVR_A10_RX_ADP_CTLE_ACGAIN_4S -to <to> -entity <entity name> <value>
XCVR_A10_RX_ADP_CTLE_EQZ_1S_SEL
A logic option that allows you to control the amount of AC gain on the one-stage equalizer. The amount of AC gain is propotional to the setting where '0' gives the lowest AC gain and '15' gives the largest AC gain. This option is only valid when equalizer operates in manual mode.
Type
Enumeration
Values
- RADP_CTLE_EQZ_1S_SEL_0
- RADP_CTLE_EQZ_1S_SEL_1
- RADP_CTLE_EQZ_1S_SEL_10
- RADP_CTLE_EQZ_1S_SEL_11
- RADP_CTLE_EQZ_1S_SEL_12
- RADP_CTLE_EQZ_1S_SEL_13
- RADP_CTLE_EQZ_1S_SEL_14
- RADP_CTLE_EQZ_1S_SEL_15
- RADP_CTLE_EQZ_1S_SEL_2
- RADP_CTLE_EQZ_1S_SEL_3
- RADP_CTLE_EQZ_1S_SEL_4
- RADP_CTLE_EQZ_1S_SEL_5
- RADP_CTLE_EQZ_1S_SEL_6
- RADP_CTLE_EQZ_1S_SEL_7
- RADP_CTLE_EQZ_1S_SEL_8
- RADP_CTLE_EQZ_1S_SEL_9
Device Support
- Arria 10
Notes
Syntax
set_instance_assignment -name XCVR_A10_RX_ADP_CTLE_EQZ_1S_SEL -to <to> -entity <entity name> <value>
XCVR_A10_RX_ADP_DFE_FXTAP1
A logic option that allows you to specify the coefficient setting for fix tap one in the receiver decision feedback equalizer. This option is only valid when equalizer operates in manual mode.
Type
Enumeration
Values
- RADP_DFE_FXTAP1_0
- RADP_DFE_FXTAP1_1
- RADP_DFE_FXTAP1_10
- RADP_DFE_FXTAP1_100
- RADP_DFE_FXTAP1_101
- RADP_DFE_FXTAP1_102
- RADP_DFE_FXTAP1_103
- RADP_DFE_FXTAP1_104
- RADP_DFE_FXTAP1_105
- RADP_DFE_FXTAP1_106
- RADP_DFE_FXTAP1_107
- RADP_DFE_FXTAP1_108
- RADP_DFE_FXTAP1_109
- RADP_DFE_FXTAP1_11
- RADP_DFE_FXTAP1_110
- RADP_DFE_FXTAP1_111
- RADP_DFE_FXTAP1_112
- RADP_DFE_FXTAP1_113
- RADP_DFE_FXTAP1_114
- RADP_DFE_FXTAP1_115
- RADP_DFE_FXTAP1_116
- RADP_DFE_FXTAP1_117
- RADP_DFE_FXTAP1_118
- RADP_DFE_FXTAP1_119
- RADP_DFE_FXTAP1_12
- RADP_DFE_FXTAP1_120
- RADP_DFE_FXTAP1_121
- RADP_DFE_FXTAP1_122
- RADP_DFE_FXTAP1_123
- RADP_DFE_FXTAP1_124
- RADP_DFE_FXTAP1_125
- RADP_DFE_FXTAP1_126
- RADP_DFE_FXTAP1_127
- RADP_DFE_FXTAP1_13
- RADP_DFE_FXTAP1_14
- RADP_DFE_FXTAP1_15
- RADP_DFE_FXTAP1_16
- RADP_DFE_FXTAP1_17
- RADP_DFE_FXTAP1_18
- RADP_DFE_FXTAP1_19
- RADP_DFE_FXTAP1_2
- RADP_DFE_FXTAP1_20
- RADP_DFE_FXTAP1_21
- RADP_DFE_FXTAP1_22
- RADP_DFE_FXTAP1_23
- RADP_DFE_FXTAP1_24
- RADP_DFE_FXTAP1_25
- RADP_DFE_FXTAP1_26
- RADP_DFE_FXTAP1_27
- RADP_DFE_FXTAP1_28
- RADP_DFE_FXTAP1_29
- RADP_DFE_FXTAP1_3
- RADP_DFE_FXTAP1_30
- RADP_DFE_FXTAP1_31
- RADP_DFE_FXTAP1_32
- RADP_DFE_FXTAP1_33
- RADP_DFE_FXTAP1_34
- RADP_DFE_FXTAP1_35
- RADP_DFE_FXTAP1_36
- RADP_DFE_FXTAP1_37
- RADP_DFE_FXTAP1_38
- RADP_DFE_FXTAP1_39
- RADP_DFE_FXTAP1_4
- RADP_DFE_FXTAP1_40
- RADP_DFE_FXTAP1_41
- RADP_DFE_FXTAP1_42
- RADP_DFE_FXTAP1_43
- RADP_DFE_FXTAP1_44
- RADP_DFE_FXTAP1_45
- RADP_DFE_FXTAP1_46
- RADP_DFE_FXTAP1_47
- RADP_DFE_FXTAP1_48
- RADP_DFE_FXTAP1_49
- RADP_DFE_FXTAP1_5
- RADP_DFE_FXTAP1_50
- RADP_DFE_FXTAP1_51
- RADP_DFE_FXTAP1_52
- RADP_DFE_FXTAP1_53
- RADP_DFE_FXTAP1_54
- RADP_DFE_FXTAP1_55
- RADP_DFE_FXTAP1_56
- RADP_DFE_FXTAP1_57
- RADP_DFE_FXTAP1_58
- RADP_DFE_FXTAP1_59
- RADP_DFE_FXTAP1_6
- RADP_DFE_FXTAP1_60
- RADP_DFE_FXTAP1_61
- RADP_DFE_FXTAP1_62
- RADP_DFE_FXTAP1_63
- RADP_DFE_FXTAP1_64
- RADP_DFE_FXTAP1_65
- RADP_DFE_FXTAP1_66
- RADP_DFE_FXTAP1_67
- RADP_DFE_FXTAP1_68
- RADP_DFE_FXTAP1_69
- RADP_DFE_FXTAP1_7
- RADP_DFE_FXTAP1_70
- RADP_DFE_FXTAP1_71
- RADP_DFE_FXTAP1_72
- RADP_DFE_FXTAP1_73
- RADP_DFE_FXTAP1_74
- RADP_DFE_FXTAP1_75
- RADP_DFE_FXTAP1_76
- RADP_DFE_FXTAP1_77
- RADP_DFE_FXTAP1_78
- RADP_DFE_FXTAP1_79
- RADP_DFE_FXTAP1_8
- RADP_DFE_FXTAP1_80
- RADP_DFE_FXTAP1_81
- RADP_DFE_FXTAP1_82
- RADP_DFE_FXTAP1_83
- RADP_DFE_FXTAP1_84
- RADP_DFE_FXTAP1_85
- RADP_DFE_FXTAP1_86
- RADP_DFE_FXTAP1_87
- RADP_DFE_FXTAP1_88
- RADP_DFE_FXTAP1_89
- RADP_DFE_FXTAP1_9
- RADP_DFE_FXTAP1_90
- RADP_DFE_FXTAP1_91
- RADP_DFE_FXTAP1_92
- RADP_DFE_FXTAP1_93
- RADP_DFE_FXTAP1_94
- RADP_DFE_FXTAP1_95
- RADP_DFE_FXTAP1_96
- RADP_DFE_FXTAP1_97
- RADP_DFE_FXTAP1_98
- RADP_DFE_FXTAP1_99
Device Support
- Arria 10
Notes
Syntax
set_instance_assignment -name XCVR_A10_RX_ADP_DFE_FXTAP1 -to <to> -entity <entity name> <value>
XCVR_A10_RX_ADP_DFE_FXTAP10
A logic option that allows you to specify the coefficient setting for fix tap ten in the receiver decision feedback equalizer. This option is only valid when equalizer operates in manual mode.
Type
Enumeration
Values
- RADP_DFE_FXTAP10_0
- RADP_DFE_FXTAP10_1
- RADP_DFE_FXTAP10_10
- RADP_DFE_FXTAP10_11
- RADP_DFE_FXTAP10_12
- RADP_DFE_FXTAP10_13
- RADP_DFE_FXTAP10_14
- RADP_DFE_FXTAP10_15
- RADP_DFE_FXTAP10_16
- RADP_DFE_FXTAP10_17
- RADP_DFE_FXTAP10_18
- RADP_DFE_FXTAP10_19
- RADP_DFE_FXTAP10_2
- RADP_DFE_FXTAP10_20
- RADP_DFE_FXTAP10_21
- RADP_DFE_FXTAP10_22
- RADP_DFE_FXTAP10_23
- RADP_DFE_FXTAP10_24
- RADP_DFE_FXTAP10_25
- RADP_DFE_FXTAP10_26
- RADP_DFE_FXTAP10_27
- RADP_DFE_FXTAP10_28
- RADP_DFE_FXTAP10_29
- RADP_DFE_FXTAP10_3
- RADP_DFE_FXTAP10_30
- RADP_DFE_FXTAP10_31
- RADP_DFE_FXTAP10_32
- RADP_DFE_FXTAP10_33
- RADP_DFE_FXTAP10_34
- RADP_DFE_FXTAP10_35
- RADP_DFE_FXTAP10_36
- RADP_DFE_FXTAP10_37
- RADP_DFE_FXTAP10_38
- RADP_DFE_FXTAP10_39
- RADP_DFE_FXTAP10_4
- RADP_DFE_FXTAP10_40
- RADP_DFE_FXTAP10_41
- RADP_DFE_FXTAP10_42
- RADP_DFE_FXTAP10_43
- RADP_DFE_FXTAP10_44
- RADP_DFE_FXTAP10_45
- RADP_DFE_FXTAP10_46
- RADP_DFE_FXTAP10_47
- RADP_DFE_FXTAP10_48
- RADP_DFE_FXTAP10_49
- RADP_DFE_FXTAP10_5
- RADP_DFE_FXTAP10_50
- RADP_DFE_FXTAP10_51
- RADP_DFE_FXTAP10_52
- RADP_DFE_FXTAP10_53
- RADP_DFE_FXTAP10_54
- RADP_DFE_FXTAP10_55
- RADP_DFE_FXTAP10_56
- RADP_DFE_FXTAP10_57
- RADP_DFE_FXTAP10_58
- RADP_DFE_FXTAP10_59
- RADP_DFE_FXTAP10_6
- RADP_DFE_FXTAP10_60
- RADP_DFE_FXTAP10_61
- RADP_DFE_FXTAP10_62
- RADP_DFE_FXTAP10_63
- RADP_DFE_FXTAP10_7
- RADP_DFE_FXTAP10_8
- RADP_DFE_FXTAP10_9
Device Support
- Arria 10
Notes
Syntax
set_instance_assignment -name XCVR_A10_RX_ADP_DFE_FXTAP10 -to <to> -entity <entity name> <value>
XCVR_A10_RX_ADP_DFE_FXTAP10_SGN
Type
Enumeration
Values
- RADP_DFE_FXTAP10_SGN_0
- RADP_DFE_FXTAP10_SGN_1
Device Support
- Arria 10
Notes
Syntax
set_instance_assignment -name XCVR_A10_RX_ADP_DFE_FXTAP10_SGN -to <to> -entity <entity name> <value>
XCVR_A10_RX_ADP_DFE_FXTAP11
A logic option that allows you to specify the coefficient setting for fix tap eleven in the receiver decision feedback equalizer. This option is only valid when equalizer operates in manual mode.
Type
Enumeration
Values
- RADP_DFE_FXTAP11_0
- RADP_DFE_FXTAP11_1
- RADP_DFE_FXTAP11_10
- RADP_DFE_FXTAP11_11
- RADP_DFE_FXTAP11_12
- RADP_DFE_FXTAP11_13
- RADP_DFE_FXTAP11_14
- RADP_DFE_FXTAP11_15
- RADP_DFE_FXTAP11_16
- RADP_DFE_FXTAP11_17
- RADP_DFE_FXTAP11_18
- RADP_DFE_FXTAP11_19
- RADP_DFE_FXTAP11_2
- RADP_DFE_FXTAP11_20
- RADP_DFE_FXTAP11_21
- RADP_DFE_FXTAP11_22
- RADP_DFE_FXTAP11_23
- RADP_DFE_FXTAP11_24
- RADP_DFE_FXTAP11_25
- RADP_DFE_FXTAP11_26
- RADP_DFE_FXTAP11_27
- RADP_DFE_FXTAP11_28
- RADP_DFE_FXTAP11_29
- RADP_DFE_FXTAP11_3
- RADP_DFE_FXTAP11_30
- RADP_DFE_FXTAP11_31
- RADP_DFE_FXTAP11_32
- RADP_DFE_FXTAP11_33
- RADP_DFE_FXTAP11_34
- RADP_DFE_FXTAP11_35
- RADP_DFE_FXTAP11_36
- RADP_DFE_FXTAP11_37
- RADP_DFE_FXTAP11_38
- RADP_DFE_FXTAP11_39
- RADP_DFE_FXTAP11_4
- RADP_DFE_FXTAP11_40
- RADP_DFE_FXTAP11_41
- RADP_DFE_FXTAP11_42
- RADP_DFE_FXTAP11_43
- RADP_DFE_FXTAP11_44
- RADP_DFE_FXTAP11_45
- RADP_DFE_FXTAP11_46
- RADP_DFE_FXTAP11_47
- RADP_DFE_FXTAP11_48
- RADP_DFE_FXTAP11_49
- RADP_DFE_FXTAP11_5
- RADP_DFE_FXTAP11_50
- RADP_DFE_FXTAP11_51
- RADP_DFE_FXTAP11_52
- RADP_DFE_FXTAP11_53
- RADP_DFE_FXTAP11_54
- RADP_DFE_FXTAP11_55
- RADP_DFE_FXTAP11_56
- RADP_DFE_FXTAP11_57
- RADP_DFE_FXTAP11_58
- RADP_DFE_FXTAP11_59
- RADP_DFE_FXTAP11_6
- RADP_DFE_FXTAP11_60
- RADP_DFE_FXTAP11_61
- RADP_DFE_FXTAP11_62
- RADP_DFE_FXTAP11_63
- RADP_DFE_FXTAP11_7
- RADP_DFE_FXTAP11_8
- RADP_DFE_FXTAP11_9
Device Support
- Arria 10
Notes
Syntax
set_instance_assignment -name XCVR_A10_RX_ADP_DFE_FXTAP11 -to <to> -entity <entity name> <value>
XCVR_A10_RX_ADP_DFE_FXTAP11_SGN
Type
Enumeration
Values
- RADP_DFE_FXTAP11_SGN_0
- RADP_DFE_FXTAP11_SGN_1
Device Support
- Arria 10
Notes
Syntax
set_instance_assignment -name XCVR_A10_RX_ADP_DFE_FXTAP11_SGN -to <to> -entity <entity name> <value>
XCVR_A10_RX_ADP_DFE_FXTAP2
A logic option that allows you to specify the coefficient setting for fix tap two in the receiver decision feedback equalizer. This option is only valid when equalizer operates in manual mode.
Type
Enumeration
Values
- RADP_DFE_FXTAP2_0
- RADP_DFE_FXTAP2_1
- RADP_DFE_FXTAP2_10
- RADP_DFE_FXTAP2_100
- RADP_DFE_FXTAP2_101
- RADP_DFE_FXTAP2_102
- RADP_DFE_FXTAP2_103
- RADP_DFE_FXTAP2_104
- RADP_DFE_FXTAP2_105
- RADP_DFE_FXTAP2_106
- RADP_DFE_FXTAP2_107
- RADP_DFE_FXTAP2_108
- RADP_DFE_FXTAP2_109
- RADP_DFE_FXTAP2_11
- RADP_DFE_FXTAP2_110
- RADP_DFE_FXTAP2_111
- RADP_DFE_FXTAP2_112
- RADP_DFE_FXTAP2_113
- RADP_DFE_FXTAP2_114
- RADP_DFE_FXTAP2_115
- RADP_DFE_FXTAP2_116
- RADP_DFE_FXTAP2_117
- RADP_DFE_FXTAP2_118
- RADP_DFE_FXTAP2_119
- RADP_DFE_FXTAP2_12
- RADP_DFE_FXTAP2_120
- RADP_DFE_FXTAP2_121
- RADP_DFE_FXTAP2_122
- RADP_DFE_FXTAP2_123
- RADP_DFE_FXTAP2_124
- RADP_DFE_FXTAP2_125
- RADP_DFE_FXTAP2_126
- RADP_DFE_FXTAP2_127
- RADP_DFE_FXTAP2_13
- RADP_DFE_FXTAP2_14
- RADP_DFE_FXTAP2_15
- RADP_DFE_FXTAP2_16
- RADP_DFE_FXTAP2_17
- RADP_DFE_FXTAP2_18
- RADP_DFE_FXTAP2_19
- RADP_DFE_FXTAP2_2
- RADP_DFE_FXTAP2_20
- RADP_DFE_FXTAP2_21
- RADP_DFE_FXTAP2_22
- RADP_DFE_FXTAP2_23
- RADP_DFE_FXTAP2_24
- RADP_DFE_FXTAP2_25
- RADP_DFE_FXTAP2_26
- RADP_DFE_FXTAP2_27
- RADP_DFE_FXTAP2_28
- RADP_DFE_FXTAP2_29
- RADP_DFE_FXTAP2_3
- RADP_DFE_FXTAP2_30
- RADP_DFE_FXTAP2_31
- RADP_DFE_FXTAP2_32
- RADP_DFE_FXTAP2_33
- RADP_DFE_FXTAP2_34
- RADP_DFE_FXTAP2_35
- RADP_DFE_FXTAP2_36
- RADP_DFE_FXTAP2_37
- RADP_DFE_FXTAP2_38
- RADP_DFE_FXTAP2_39
- RADP_DFE_FXTAP2_4
- RADP_DFE_FXTAP2_40
- RADP_DFE_FXTAP2_41
- RADP_DFE_FXTAP2_42
- RADP_DFE_FXTAP2_43
- RADP_DFE_FXTAP2_44
- RADP_DFE_FXTAP2_45
- RADP_DFE_FXTAP2_46
- RADP_DFE_FXTAP2_47
- RADP_DFE_FXTAP2_48
- RADP_DFE_FXTAP2_49
- RADP_DFE_FXTAP2_5
- RADP_DFE_FXTAP2_50
- RADP_DFE_FXTAP2_51
- RADP_DFE_FXTAP2_52
- RADP_DFE_FXTAP2_53
- RADP_DFE_FXTAP2_54
- RADP_DFE_FXTAP2_55
- RADP_DFE_FXTAP2_56
- RADP_DFE_FXTAP2_57
- RADP_DFE_FXTAP2_58
- RADP_DFE_FXTAP2_59
- RADP_DFE_FXTAP2_6
- RADP_DFE_FXTAP2_60
- RADP_DFE_FXTAP2_61
- RADP_DFE_FXTAP2_62
- RADP_DFE_FXTAP2_63
- RADP_DFE_FXTAP2_64
- RADP_DFE_FXTAP2_65
- RADP_DFE_FXTAP2_66
- RADP_DFE_FXTAP2_67
- RADP_DFE_FXTAP2_68
- RADP_DFE_FXTAP2_69
- RADP_DFE_FXTAP2_7
- RADP_DFE_FXTAP2_70
- RADP_DFE_FXTAP2_71
- RADP_DFE_FXTAP2_72
- RADP_DFE_FXTAP2_73
- RADP_DFE_FXTAP2_74
- RADP_DFE_FXTAP2_75
- RADP_DFE_FXTAP2_76
- RADP_DFE_FXTAP2_77
- RADP_DFE_FXTAP2_78
- RADP_DFE_FXTAP2_79
- RADP_DFE_FXTAP2_8
- RADP_DFE_FXTAP2_80
- RADP_DFE_FXTAP2_81
- RADP_DFE_FXTAP2_82
- RADP_DFE_FXTAP2_83
- RADP_DFE_FXTAP2_84
- RADP_DFE_FXTAP2_85
- RADP_DFE_FXTAP2_86
- RADP_DFE_FXTAP2_87
- RADP_DFE_FXTAP2_88
- RADP_DFE_FXTAP2_89
- RADP_DFE_FXTAP2_9
- RADP_DFE_FXTAP2_90
- RADP_DFE_FXTAP2_91
- RADP_DFE_FXTAP2_92
- RADP_DFE_FXTAP2_93
- RADP_DFE_FXTAP2_94
- RADP_DFE_FXTAP2_95
- RADP_DFE_FXTAP2_96
- RADP_DFE_FXTAP2_97
- RADP_DFE_FXTAP2_98
- RADP_DFE_FXTAP2_99
Device Support
- Arria 10
Notes
Syntax
set_instance_assignment -name XCVR_A10_RX_ADP_DFE_FXTAP2 -to <to> -entity <entity name> <value>
XCVR_A10_RX_ADP_DFE_FXTAP2_SGN
Type
Enumeration
Values
- RADP_DFE_FXTAP2_SGN_0
- RADP_DFE_FXTAP2_SGN_1
Device Support
- Arria 10
Notes
Syntax
set_instance_assignment -name XCVR_A10_RX_ADP_DFE_FXTAP2_SGN -to <to> -entity <entity name> <value>
XCVR_A10_RX_ADP_DFE_FXTAP3
A logic option that allows you to specify the coefficient setting for fix tap three in the receiver decision feedback equalizer. This option is only valid when equalizer operates in manual mode.
Type
Enumeration
Values
- RADP_DFE_FXTAP3_0
- RADP_DFE_FXTAP3_1
- RADP_DFE_FXTAP3_10
- RADP_DFE_FXTAP3_100
- RADP_DFE_FXTAP3_101
- RADP_DFE_FXTAP3_102
- RADP_DFE_FXTAP3_103
- RADP_DFE_FXTAP3_104
- RADP_DFE_FXTAP3_105
- RADP_DFE_FXTAP3_106
- RADP_DFE_FXTAP3_107
- RADP_DFE_FXTAP3_108
- RADP_DFE_FXTAP3_109
- RADP_DFE_FXTAP3_11
- RADP_DFE_FXTAP3_110
- RADP_DFE_FXTAP3_111
- RADP_DFE_FXTAP3_112
- RADP_DFE_FXTAP3_113
- RADP_DFE_FXTAP3_114
- RADP_DFE_FXTAP3_115
- RADP_DFE_FXTAP3_116
- RADP_DFE_FXTAP3_117
- RADP_DFE_FXTAP3_118
- RADP_DFE_FXTAP3_119
- RADP_DFE_FXTAP3_12
- RADP_DFE_FXTAP3_120
- RADP_DFE_FXTAP3_121
- RADP_DFE_FXTAP3_122
- RADP_DFE_FXTAP3_123
- RADP_DFE_FXTAP3_124
- RADP_DFE_FXTAP3_125
- RADP_DFE_FXTAP3_126
- RADP_DFE_FXTAP3_127
- RADP_DFE_FXTAP3_13
- RADP_DFE_FXTAP3_14
- RADP_DFE_FXTAP3_15
- RADP_DFE_FXTAP3_16
- RADP_DFE_FXTAP3_17
- RADP_DFE_FXTAP3_18
- RADP_DFE_FXTAP3_19
- RADP_DFE_FXTAP3_2
- RADP_DFE_FXTAP3_20
- RADP_DFE_FXTAP3_21
- RADP_DFE_FXTAP3_22
- RADP_DFE_FXTAP3_23
- RADP_DFE_FXTAP3_24
- RADP_DFE_FXTAP3_25
- RADP_DFE_FXTAP3_26
- RADP_DFE_FXTAP3_27
- RADP_DFE_FXTAP3_28
- RADP_DFE_FXTAP3_29
- RADP_DFE_FXTAP3_3
- RADP_DFE_FXTAP3_30
- RADP_DFE_FXTAP3_31
- RADP_DFE_FXTAP3_32
- RADP_DFE_FXTAP3_33
- RADP_DFE_FXTAP3_34
- RADP_DFE_FXTAP3_35
- RADP_DFE_FXTAP3_36
- RADP_DFE_FXTAP3_37
- RADP_DFE_FXTAP3_38
- RADP_DFE_FXTAP3_39
- RADP_DFE_FXTAP3_4
- RADP_DFE_FXTAP3_40
- RADP_DFE_FXTAP3_41
- RADP_DFE_FXTAP3_42
- RADP_DFE_FXTAP3_43
- RADP_DFE_FXTAP3_44
- RADP_DFE_FXTAP3_45
- RADP_DFE_FXTAP3_46
- RADP_DFE_FXTAP3_47
- RADP_DFE_FXTAP3_48
- RADP_DFE_FXTAP3_49
- RADP_DFE_FXTAP3_5
- RADP_DFE_FXTAP3_50
- RADP_DFE_FXTAP3_51
- RADP_DFE_FXTAP3_52
- RADP_DFE_FXTAP3_53
- RADP_DFE_FXTAP3_54
- RADP_DFE_FXTAP3_55
- RADP_DFE_FXTAP3_56
- RADP_DFE_FXTAP3_57
- RADP_DFE_FXTAP3_58
- RADP_DFE_FXTAP3_59
- RADP_DFE_FXTAP3_6
- RADP_DFE_FXTAP3_60
- RADP_DFE_FXTAP3_61
- RADP_DFE_FXTAP3_62
- RADP_DFE_FXTAP3_63
- RADP_DFE_FXTAP3_64
- RADP_DFE_FXTAP3_65
- RADP_DFE_FXTAP3_66
- RADP_DFE_FXTAP3_67
- RADP_DFE_FXTAP3_68
- RADP_DFE_FXTAP3_69
- RADP_DFE_FXTAP3_7
- RADP_DFE_FXTAP3_70
- RADP_DFE_FXTAP3_71
- RADP_DFE_FXTAP3_72
- RADP_DFE_FXTAP3_73
- RADP_DFE_FXTAP3_74
- RADP_DFE_FXTAP3_75
- RADP_DFE_FXTAP3_76
- RADP_DFE_FXTAP3_77
- RADP_DFE_FXTAP3_78
- RADP_DFE_FXTAP3_79
- RADP_DFE_FXTAP3_8
- RADP_DFE_FXTAP3_80
- RADP_DFE_FXTAP3_81
- RADP_DFE_FXTAP3_82
- RADP_DFE_FXTAP3_83
- RADP_DFE_FXTAP3_84
- RADP_DFE_FXTAP3_85
- RADP_DFE_FXTAP3_86
- RADP_DFE_FXTAP3_87
- RADP_DFE_FXTAP3_88
- RADP_DFE_FXTAP3_89
- RADP_DFE_FXTAP3_9
- RADP_DFE_FXTAP3_90
- RADP_DFE_FXTAP3_91
- RADP_DFE_FXTAP3_92
- RADP_DFE_FXTAP3_93
- RADP_DFE_FXTAP3_94
- RADP_DFE_FXTAP3_95
- RADP_DFE_FXTAP3_96
- RADP_DFE_FXTAP3_97
- RADP_DFE_FXTAP3_98
- RADP_DFE_FXTAP3_99
Device Support
- Arria 10
Notes
Syntax
set_instance_assignment -name XCVR_A10_RX_ADP_DFE_FXTAP3 -to <to> -entity <entity name> <value>
XCVR_A10_RX_ADP_DFE_FXTAP3_SGN
Type
Enumeration
Values
- RADP_DFE_FXTAP3_SGN_0
- RADP_DFE_FXTAP3_SGN_1
Device Support
- Arria 10
Notes
Syntax
set_instance_assignment -name XCVR_A10_RX_ADP_DFE_FXTAP3_SGN -to <to> -entity <entity name> <value>
XCVR_A10_RX_ADP_DFE_FXTAP4
A logic option that allows you to specify the coefficient setting for floating tap four in the receiver decision feedback equalizer. This option is only valid when equalizer operates in manual mode.
Type
Enumeration
Values
- RADP_DFE_FXTAP4_0
- RADP_DFE_FXTAP4_1
- RADP_DFE_FXTAP4_10
- RADP_DFE_FXTAP4_11
- RADP_DFE_FXTAP4_12
- RADP_DFE_FXTAP4_13
- RADP_DFE_FXTAP4_14
- RADP_DFE_FXTAP4_15
- RADP_DFE_FXTAP4_16
- RADP_DFE_FXTAP4_17
- RADP_DFE_FXTAP4_18
- RADP_DFE_FXTAP4_19
- RADP_DFE_FXTAP4_2
- RADP_DFE_FXTAP4_20
- RADP_DFE_FXTAP4_21
- RADP_DFE_FXTAP4_22
- RADP_DFE_FXTAP4_23
- RADP_DFE_FXTAP4_24
- RADP_DFE_FXTAP4_25
- RADP_DFE_FXTAP4_26
- RADP_DFE_FXTAP4_27
- RADP_DFE_FXTAP4_28
- RADP_DFE_FXTAP4_29
- RADP_DFE_FXTAP4_3
- RADP_DFE_FXTAP4_30
- RADP_DFE_FXTAP4_31
- RADP_DFE_FXTAP4_32
- RADP_DFE_FXTAP4_33
- RADP_DFE_FXTAP4_34
- RADP_DFE_FXTAP4_35
- RADP_DFE_FXTAP4_36
- RADP_DFE_FXTAP4_37
- RADP_DFE_FXTAP4_38
- RADP_DFE_FXTAP4_39
- RADP_DFE_FXTAP4_4
- RADP_DFE_FXTAP4_40
- RADP_DFE_FXTAP4_41
- RADP_DFE_FXTAP4_42
- RADP_DFE_FXTAP4_43
- RADP_DFE_FXTAP4_44
- RADP_DFE_FXTAP4_45
- RADP_DFE_FXTAP4_46
- RADP_DFE_FXTAP4_47
- RADP_DFE_FXTAP4_48
- RADP_DFE_FXTAP4_49
- RADP_DFE_FXTAP4_5
- RADP_DFE_FXTAP4_50
- RADP_DFE_FXTAP4_51
- RADP_DFE_FXTAP4_52
- RADP_DFE_FXTAP4_53
- RADP_DFE_FXTAP4_54
- RADP_DFE_FXTAP4_55
- RADP_DFE_FXTAP4_56
- RADP_DFE_FXTAP4_57
- RADP_DFE_FXTAP4_58
- RADP_DFE_FXTAP4_59
- RADP_DFE_FXTAP4_6
- RADP_DFE_FXTAP4_60
- RADP_DFE_FXTAP4_61
- RADP_DFE_FXTAP4_62
- RADP_DFE_FXTAP4_63
- RADP_DFE_FXTAP4_7
- RADP_DFE_FXTAP4_8
- RADP_DFE_FXTAP4_9
Device Support
- Arria 10
Notes
Syntax
set_instance_assignment -name XCVR_A10_RX_ADP_DFE_FXTAP4 -to <to> -entity <entity name> <value>
XCVR_A10_RX_ADP_DFE_FXTAP4_SGN
Type
Enumeration
Values
- RADP_DFE_FXTAP4_SGN_0
- RADP_DFE_FXTAP4_SGN_1
Device Support
- Arria 10
Notes
Syntax
set_instance_assignment -name XCVR_A10_RX_ADP_DFE_FXTAP4_SGN -to <to> -entity <entity name> <value>
XCVR_A10_RX_ADP_DFE_FXTAP5
A logic option that allows you to specify the coefficient setting for fix tap five in the receiver decision feedback equalizer. This option is only valid when equalizer operates in manual mode.
Type
Enumeration
Values
- RADP_DFE_FXTAP5_0
- RADP_DFE_FXTAP5_1
- RADP_DFE_FXTAP5_10
- RADP_DFE_FXTAP5_11
- RADP_DFE_FXTAP5_12
- RADP_DFE_FXTAP5_13
- RADP_DFE_FXTAP5_14
- RADP_DFE_FXTAP5_15
- RADP_DFE_FXTAP5_16
- RADP_DFE_FXTAP5_17
- RADP_DFE_FXTAP5_18
- RADP_DFE_FXTAP5_19
- RADP_DFE_FXTAP5_2
- RADP_DFE_FXTAP5_20
- RADP_DFE_FXTAP5_21
- RADP_DFE_FXTAP5_22
- RADP_DFE_FXTAP5_23
- RADP_DFE_FXTAP5_24
- RADP_DFE_FXTAP5_25
- RADP_DFE_FXTAP5_26
- RADP_DFE_FXTAP5_27
- RADP_DFE_FXTAP5_28
- RADP_DFE_FXTAP5_29
- RADP_DFE_FXTAP5_3
- RADP_DFE_FXTAP5_30
- RADP_DFE_FXTAP5_31
- RADP_DFE_FXTAP5_32
- RADP_DFE_FXTAP5_33
- RADP_DFE_FXTAP5_34
- RADP_DFE_FXTAP5_35
- RADP_DFE_FXTAP5_36
- RADP_DFE_FXTAP5_37
- RADP_DFE_FXTAP5_38
- RADP_DFE_FXTAP5_39
- RADP_DFE_FXTAP5_4
- RADP_DFE_FXTAP5_40
- RADP_DFE_FXTAP5_41
- RADP_DFE_FXTAP5_42
- RADP_DFE_FXTAP5_43
- RADP_DFE_FXTAP5_44
- RADP_DFE_FXTAP5_45
- RADP_DFE_FXTAP5_46
- RADP_DFE_FXTAP5_47
- RADP_DFE_FXTAP5_48
- RADP_DFE_FXTAP5_49
- RADP_DFE_FXTAP5_5
- RADP_DFE_FXTAP5_50
- RADP_DFE_FXTAP5_51
- RADP_DFE_FXTAP5_52
- RADP_DFE_FXTAP5_53
- RADP_DFE_FXTAP5_54
- RADP_DFE_FXTAP5_55
- RADP_DFE_FXTAP5_56
- RADP_DFE_FXTAP5_57
- RADP_DFE_FXTAP5_58
- RADP_DFE_FXTAP5_59
- RADP_DFE_FXTAP5_6
- RADP_DFE_FXTAP5_60
- RADP_DFE_FXTAP5_61
- RADP_DFE_FXTAP5_62
- RADP_DFE_FXTAP5_63
- RADP_DFE_FXTAP5_7
- RADP_DFE_FXTAP5_8
- RADP_DFE_FXTAP5_9
Device Support
- Arria 10
Notes
Syntax
set_instance_assignment -name XCVR_A10_RX_ADP_DFE_FXTAP5 -to <to> -entity <entity name> <value>
XCVR_A10_RX_ADP_DFE_FXTAP5_SGN
Type
Enumeration
Values
- RADP_DFE_FXTAP5_SGN_0
- RADP_DFE_FXTAP5_SGN_1
Device Support
- Arria 10
Notes
Syntax
set_instance_assignment -name XCVR_A10_RX_ADP_DFE_FXTAP5_SGN -to <to> -entity <entity name> <value>
XCVR_A10_RX_ADP_DFE_FXTAP6
A logic option that allows you to specify the coefficient setting for fix tap six in the receiver decision feedback equalizer. This option is only valid when equalizer operates in manual mode.
Type
Enumeration
Values
- RADP_DFE_FXTAP6_0
- RADP_DFE_FXTAP6_1
- RADP_DFE_FXTAP6_10
- RADP_DFE_FXTAP6_11
- RADP_DFE_FXTAP6_12
- RADP_DFE_FXTAP6_13
- RADP_DFE_FXTAP6_14
- RADP_DFE_FXTAP6_15
- RADP_DFE_FXTAP6_16
- RADP_DFE_FXTAP6_17
- RADP_DFE_FXTAP6_18
- RADP_DFE_FXTAP6_19
- RADP_DFE_FXTAP6_2
- RADP_DFE_FXTAP6_20
- RADP_DFE_FXTAP6_21
- RADP_DFE_FXTAP6_22
- RADP_DFE_FXTAP6_23
- RADP_DFE_FXTAP6_24
- RADP_DFE_FXTAP6_25
- RADP_DFE_FXTAP6_26
- RADP_DFE_FXTAP6_27
- RADP_DFE_FXTAP6_28
- RADP_DFE_FXTAP6_29
- RADP_DFE_FXTAP6_3
- RADP_DFE_FXTAP6_30
- RADP_DFE_FXTAP6_31
- RADP_DFE_FXTAP6_4
- RADP_DFE_FXTAP6_5
- RADP_DFE_FXTAP6_6
- RADP_DFE_FXTAP6_7
- RADP_DFE_FXTAP6_8
- RADP_DFE_FXTAP6_9
Device Support
- Arria 10
Notes
Syntax
set_instance_assignment -name XCVR_A10_RX_ADP_DFE_FXTAP6 -to <to> -entity <entity name> <value>
XCVR_A10_RX_ADP_DFE_FXTAP6_SGN
Type
Enumeration
Values
- RADP_DFE_FXTAP6_SGN_0
- RADP_DFE_FXTAP6_SGN_1
Device Support
- Arria 10
Notes
Syntax
set_instance_assignment -name XCVR_A10_RX_ADP_DFE_FXTAP6_SGN -to <to> -entity <entity name> <value>
XCVR_A10_RX_ADP_DFE_FXTAP7
A logic option that allows you to specify the coefficient setting for fix tap seven in the receiver decision feedback equalizer. This option is only valid when equalizer operates in manual mode.
Type
Enumeration
Values
- RADP_DFE_FXTAP7_0
- RADP_DFE_FXTAP7_1
- RADP_DFE_FXTAP7_10
- RADP_DFE_FXTAP7_11
- RADP_DFE_FXTAP7_12
- RADP_DFE_FXTAP7_13
- RADP_DFE_FXTAP7_14
- RADP_DFE_FXTAP7_15
- RADP_DFE_FXTAP7_16
- RADP_DFE_FXTAP7_17
- RADP_DFE_FXTAP7_18
- RADP_DFE_FXTAP7_19
- RADP_DFE_FXTAP7_2
- RADP_DFE_FXTAP7_20
- RADP_DFE_FXTAP7_21
- RADP_DFE_FXTAP7_22
- RADP_DFE_FXTAP7_23
- RADP_DFE_FXTAP7_24
- RADP_DFE_FXTAP7_25
- RADP_DFE_FXTAP7_26
- RADP_DFE_FXTAP7_27
- RADP_DFE_FXTAP7_28
- RADP_DFE_FXTAP7_29
- RADP_DFE_FXTAP7_3
- RADP_DFE_FXTAP7_30
- RADP_DFE_FXTAP7_31
- RADP_DFE_FXTAP7_4
- RADP_DFE_FXTAP7_5
- RADP_DFE_FXTAP7_6
- RADP_DFE_FXTAP7_7
- RADP_DFE_FXTAP7_8
- RADP_DFE_FXTAP7_9
Device Support
- Arria 10
Notes
Syntax
set_instance_assignment -name XCVR_A10_RX_ADP_DFE_FXTAP7 -to <to> -entity <entity name> <value>
XCVR_A10_RX_ADP_DFE_FXTAP7_SGN
Type
Enumeration
Values
- RADP_DFE_FXTAP7_SGN_0
- RADP_DFE_FXTAP7_SGN_1
Device Support
- Arria 10
Notes
Syntax
set_instance_assignment -name XCVR_A10_RX_ADP_DFE_FXTAP7_SGN -to <to> -entity <entity name> <value>
XCVR_A10_RX_ADP_DFE_FXTAP8
A logic option that allows you to specify the coefficient setting for fix tap eight in the receiver decision feedback equalizer. This option is only valid when equalizer operates in manual mode.
Type
Enumeration
Values
- RADP_DFE_FXTAP8_0
- RADP_DFE_FXTAP8_1
- RADP_DFE_FXTAP8_10
- RADP_DFE_FXTAP8_11
- RADP_DFE_FXTAP8_12
- RADP_DFE_FXTAP8_13
- RADP_DFE_FXTAP8_14
- RADP_DFE_FXTAP8_15
- RADP_DFE_FXTAP8_16
- RADP_DFE_FXTAP8_17
- RADP_DFE_FXTAP8_18
- RADP_DFE_FXTAP8_19
- RADP_DFE_FXTAP8_2
- RADP_DFE_FXTAP8_20
- RADP_DFE_FXTAP8_21
- RADP_DFE_FXTAP8_22
- RADP_DFE_FXTAP8_23
- RADP_DFE_FXTAP8_24
- RADP_DFE_FXTAP8_25
- RADP_DFE_FXTAP8_26
- RADP_DFE_FXTAP8_27
- RADP_DFE_FXTAP8_28
- RADP_DFE_FXTAP8_29
- RADP_DFE_FXTAP8_3
- RADP_DFE_FXTAP8_30
- RADP_DFE_FXTAP8_31
- RADP_DFE_FXTAP8_32
- RADP_DFE_FXTAP8_33
- RADP_DFE_FXTAP8_34
- RADP_DFE_FXTAP8_35
- RADP_DFE_FXTAP8_36
- RADP_DFE_FXTAP8_37
- RADP_DFE_FXTAP8_38
- RADP_DFE_FXTAP8_39
- RADP_DFE_FXTAP8_4
- RADP_DFE_FXTAP8_40
- RADP_DFE_FXTAP8_41
- RADP_DFE_FXTAP8_42
- RADP_DFE_FXTAP8_43
- RADP_DFE_FXTAP8_44
- RADP_DFE_FXTAP8_45
- RADP_DFE_FXTAP8_46
- RADP_DFE_FXTAP8_47
- RADP_DFE_FXTAP8_48
- RADP_DFE_FXTAP8_49
- RADP_DFE_FXTAP8_5
- RADP_DFE_FXTAP8_50
- RADP_DFE_FXTAP8_51
- RADP_DFE_FXTAP8_52
- RADP_DFE_FXTAP8_53
- RADP_DFE_FXTAP8_54
- RADP_DFE_FXTAP8_55
- RADP_DFE_FXTAP8_56
- RADP_DFE_FXTAP8_57
- RADP_DFE_FXTAP8_58
- RADP_DFE_FXTAP8_59
- RADP_DFE_FXTAP8_6
- RADP_DFE_FXTAP8_60
- RADP_DFE_FXTAP8_61
- RADP_DFE_FXTAP8_62
- RADP_DFE_FXTAP8_63
- RADP_DFE_FXTAP8_7
- RADP_DFE_FXTAP8_8
- RADP_DFE_FXTAP8_9
Device Support
- Arria 10
Notes
Syntax
set_instance_assignment -name XCVR_A10_RX_ADP_DFE_FXTAP8 -to <to> -entity <entity name> <value>
XCVR_A10_RX_ADP_DFE_FXTAP8_SGN
Type
Enumeration
Values
- RADP_DFE_FXTAP8_SGN_0
- RADP_DFE_FXTAP8_SGN_1
Device Support
- Arria 10
Notes
Syntax
set_instance_assignment -name XCVR_A10_RX_ADP_DFE_FXTAP8_SGN -to <to> -entity <entity name> <value>
XCVR_A10_RX_ADP_DFE_FXTAP9
A logic option that allows you to specify the coefficient setting for fix tap nine in the receiver decision feedback equalizer. This option is only valid when equalizer operates in manual mode.
Type
Enumeration
Values
- RADP_DFE_FXTAP9_0
- RADP_DFE_FXTAP9_1
- RADP_DFE_FXTAP9_10
- RADP_DFE_FXTAP9_11
- RADP_DFE_FXTAP9_12
- RADP_DFE_FXTAP9_13
- RADP_DFE_FXTAP9_14
- RADP_DFE_FXTAP9_15
- RADP_DFE_FXTAP9_16
- RADP_DFE_FXTAP9_17
- RADP_DFE_FXTAP9_18
- RADP_DFE_FXTAP9_19
- RADP_DFE_FXTAP9_2
- RADP_DFE_FXTAP9_20
- RADP_DFE_FXTAP9_21
- RADP_DFE_FXTAP9_22
- RADP_DFE_FXTAP9_23
- RADP_DFE_FXTAP9_24
- RADP_DFE_FXTAP9_25
- RADP_DFE_FXTAP9_26
- RADP_DFE_FXTAP9_27
- RADP_DFE_FXTAP9_28
- RADP_DFE_FXTAP9_29
- RADP_DFE_FXTAP9_3
- RADP_DFE_FXTAP9_30
- RADP_DFE_FXTAP9_31
- RADP_DFE_FXTAP9_32
- RADP_DFE_FXTAP9_33
- RADP_DFE_FXTAP9_34
- RADP_DFE_FXTAP9_35
- RADP_DFE_FXTAP9_36
- RADP_DFE_FXTAP9_37
- RADP_DFE_FXTAP9_38
- RADP_DFE_FXTAP9_39
- RADP_DFE_FXTAP9_4
- RADP_DFE_FXTAP9_40
- RADP_DFE_FXTAP9_41
- RADP_DFE_FXTAP9_42
- RADP_DFE_FXTAP9_43
- RADP_DFE_FXTAP9_44
- RADP_DFE_FXTAP9_45
- RADP_DFE_FXTAP9_46
- RADP_DFE_FXTAP9_47
- RADP_DFE_FXTAP9_48
- RADP_DFE_FXTAP9_49
- RADP_DFE_FXTAP9_5
- RADP_DFE_FXTAP9_50
- RADP_DFE_FXTAP9_51
- RADP_DFE_FXTAP9_52
- RADP_DFE_FXTAP9_53
- RADP_DFE_FXTAP9_54
- RADP_DFE_FXTAP9_55
- RADP_DFE_FXTAP9_56
- RADP_DFE_FXTAP9_57
- RADP_DFE_FXTAP9_58
- RADP_DFE_FXTAP9_59
- RADP_DFE_FXTAP9_6
- RADP_DFE_FXTAP9_60
- RADP_DFE_FXTAP9_61
- RADP_DFE_FXTAP9_62
- RADP_DFE_FXTAP9_63
- RADP_DFE_FXTAP9_7
- RADP_DFE_FXTAP9_8
- RADP_DFE_FXTAP9_9
Device Support
- Arria 10
Notes
Syntax
set_instance_assignment -name XCVR_A10_RX_ADP_DFE_FXTAP9 -to <to> -entity <entity name> <value>
XCVR_A10_RX_ADP_DFE_FXTAP9_SGN
Type
Enumeration
Values
- RADP_DFE_FXTAP9_SGN_0
- RADP_DFE_FXTAP9_SGN_1
Device Support
- Arria 10
Notes
Syntax
set_instance_assignment -name XCVR_A10_RX_ADP_DFE_FXTAP9_SGN -to <to> -entity <entity name> <value>
XCVR_A10_RX_ADP_VGA_SEL
A logic option that allows you to controls the amount of output voltage swing on the variable gain amplifier. The amount of voltage swing is propotional to the setting where '0' gives the lowest swing and '7' gives the largest swing. This option is only valid when equalizer operates in manual mode.
Type
Enumeration
Values
- RADP_VGA_SEL_0
- RADP_VGA_SEL_1
- RADP_VGA_SEL_2
- RADP_VGA_SEL_3
- RADP_VGA_SEL_4
- RADP_VGA_SEL_5
- RADP_VGA_SEL_6
- RADP_VGA_SEL_7
Device Support
- Arria 10
Notes
Syntax
set_instance_assignment -name XCVR_A10_RX_ADP_VGA_SEL -to <to> -entity <entity name> <value>
XCVR_A10_RX_EQ_BW_SEL
Type
Enumeration
Values
- EQ_BW_1
- EQ_BW_2
- EQ_BW_3
- EQ_BW_4
Device Support
- Arria 10
Notes
Syntax
set_instance_assignment -name XCVR_A10_RX_EQ_BW_SEL -to <to> -entity <entity name> <value>
XCVR_A10_RX_EQ_DC_GAIN_TRIM
A logic option that allows you to control the amount of DC gain on equalizer in high gain mode. The amount of DC gain is propotional to the setting where '0' gives the lowest DC gain and '28' gives the largest DC gain.
Type
Enumeration
Values
- NO_DC_GAIN
- STG1_GAIN7
- STG2_GAIN7
- STG3_GAIN7
- STG4_GAIN7
Device Support
- Arria 10
Notes
Syntax
set_instance_assignment -name XCVR_A10_RX_EQ_DC_GAIN_TRIM -to <to> -entity <entity name> <value>
XCVR_A10_RX_LINK
A logic option that allows you to specify the type of communication for the receiver link. Quartus Prime will use this option to determine the legal data rate and power mode for the link.
Type
Enumeration
Values
- LR
- SR
Device Support
- Arria 10
Notes
Syntax
set_instance_assignment -name XCVR_A10_RX_LINK -to <to> -entity <entity name> <value>
XCVR_A10_RX_ONE_STAGE_ENABLE
Type
Enumeration
Values
- NON_S1_MODE
- S1_MODE
Device Support
- Arria 10
Notes
Syntax
set_instance_assignment -name XCVR_A10_RX_ONE_STAGE_ENABLE -to <to> -entity <entity name> <value>
XCVR_A10_RX_TERM_SEL
A logic option that allows you to specify the termination value of a transceiver Rx pin.
Type
Enumeration
Values
- R_EXT0
- R_R1
- R_R2
Device Support
- Arria 10
Notes
Syntax
set_instance_assignment -name XCVR_A10_RX_TERM_SEL -to <to> -entity <entity name> <value>
XCVR_A10_TX_COMPENSATION_EN
A logic option that allows you to turn on the compensation for transmitter data rate above 9 Gbps. Turning on this option draws more power on the transmitter buffer.
Type
Enumeration
Values
- DISABLE
- ENABLE
Device Support
- Arria 10
Notes
Syntax
set_instance_assignment -name XCVR_A10_TX_COMPENSATION_EN -to <to> -entity <entity name> <value>
XCVR_A10_TX_LINK
A logic option that allows you to specify the type of communication for the transmitter link. Quartus Prime will use this option to determine the legal data rate and power mode for the link.
Type
Enumeration
Values
- LR
- SR
Device Support
- Arria 10
Notes
Syntax
set_instance_assignment -name XCVR_A10_TX_LINK -to <to> -entity <entity name> <value>
XCVR_A10_TX_PRE_EMP_SIGN_1ST_POST_TAP
A logic option that allows you to specify the output polarity of the transmitter pre-emphasis first post-tap.
Type
Enumeration
Values
- FIR_POST_1T_NEG
- FIR_POST_1T_POS
Device Support
- Arria 10
Notes
Syntax
set_instance_assignment -name XCVR_A10_TX_PRE_EMP_SIGN_1ST_POST_TAP -to <to> -entity <entity name> <value>
XCVR_A10_TX_PRE_EMP_SIGN_2ND_POST_TAP
A logic option that allows you to specify the output polarity of the transmitter pre-emphasis second post-tap.
Type
Enumeration
Values
- FIR_POST_2T_NEG
- FIR_POST_2T_POS
Device Support
- Arria 10
Notes
Syntax
set_instance_assignment -name XCVR_A10_TX_PRE_EMP_SIGN_2ND_POST_TAP -to <to> -entity <entity name> <value>
XCVR_A10_TX_PRE_EMP_SIGN_PRE_TAP_1T
A logic option that allows you to specify the output polarity of the transmitter pre-emphasis first pre-tap.
Type
Enumeration
Values
- FIR_PRE_1T_NEG
- FIR_PRE_1T_POS
Device Support
- Arria 10
Notes
Syntax
set_instance_assignment -name XCVR_A10_TX_PRE_EMP_SIGN_PRE_TAP_1T -to <to> -entity <entity name> <value>
XCVR_A10_TX_PRE_EMP_SIGN_PRE_TAP_2T
A logic option that allows you to specify the output polarity of the transmitter pre-emphasis second pre-tap.
Type
Enumeration
Values
- FIR_PRE_2T_NEG
- FIR_PRE_2T_POS
Device Support
- Arria 10
Notes
Syntax
set_instance_assignment -name XCVR_A10_TX_PRE_EMP_SIGN_PRE_TAP_2T -to <to> -entity <entity name> <value>
XCVR_A10_TX_PRE_EMP_SWITCHING_CTRL_1ST_POST_TAP
A logic option that allows you to control the magnitude of transmitter pre-emphasis first post-tap. Legal values are: 0 to 25.
Type
Integer
Device Support
- Arria 10
INTEGER_RANGE
0, 25
Notes
Syntax
set_instance_assignment -name XCVR_A10_TX_PRE_EMP_SWITCHING_CTRL_1ST_POST_TAP -to <to> -entity <entity name> <value>
XCVR_A10_TX_PRE_EMP_SWITCHING_CTRL_2ND_POST_TAP
A logic option that allows you to control the magnitude of transmitter pre-emphasis second post-tap. Legal values are: 0 to 12.
Type
Integer
Device Support
- Arria 10
INTEGER_RANGE
0, 12
Notes
Syntax
set_instance_assignment -name XCVR_A10_TX_PRE_EMP_SWITCHING_CTRL_2ND_POST_TAP -to <to> -entity <entity name> <value>
XCVR_A10_TX_PRE_EMP_SWITCHING_CTRL_PRE_TAP_1T
A logic option that allows you to control the magnitude of transmitter pre-emphasis first pre-tap. Legal values are: 0 to 16.
Type
Integer
Device Support
- Arria 10
INTEGER_RANGE
0, 16
Notes
Syntax
set_instance_assignment -name XCVR_A10_TX_PRE_EMP_SWITCHING_CTRL_PRE_TAP_1T -to <to> -entity <entity name> <value>
XCVR_A10_TX_PRE_EMP_SWITCHING_CTRL_PRE_TAP_2T
A logic option that allows you to control the magnitude of transmitter pre-emphasis second pre-tap. Legal values are: 0 to 7.
Type
Integer
Device Support
- Arria 10
INTEGER_RANGE
0, 7
Notes
Syntax
set_instance_assignment -name XCVR_A10_TX_PRE_EMP_SWITCHING_CTRL_PRE_TAP_2T -to <to> -entity <entity name> <value>
XCVR_A10_TX_SLEW_RATE_CTRL
Type
Enumeration
Values
- SLEW_R0
- SLEW_R1
- SLEW_R2
- SLEW_R3
- SLEW_R4
- SLEW_R5
- SLEW_R6
- SLEW_R7
Device Support
- Arria 10
Notes
Syntax
set_instance_assignment -name XCVR_A10_TX_SLEW_RATE_CTRL -to <to> -entity <entity name> <value>
XCVR_A10_TX_TERM_SEL
A logic option that allows you to specify the termination value of a transceiver Tx pin.
Type
Enumeration
Values
- R_R1
- R_R2
Device Support
- Arria 10
Notes
Syntax
set_instance_assignment -name XCVR_A10_TX_TERM_SEL -to <to> -entity <entity name> <value>
XCVR_A10_TX_VOD_OUTPUT_SWING_CTRL
A logic option that allows you to control the transmitter output swing level. Legal values are: 0 to 31.
Type
Integer
Device Support
- Arria 10
INTEGER_RANGE
0, 31
Notes
Syntax
set_instance_assignment -name XCVR_A10_TX_VOD_OUTPUT_SWING_CTRL -to <to> -entity <entity name> <value>
XCVR_A10_TX_XTX_PATH_ANALOG_MODE
Type
Enumeration
Values
- CEI_11100_LR
- CEI_11100_SR
- CEI_4976_LR
- CEI_4976_SR
- CEI_6375_LR
- CEI_6375_SR
- CEI_9950_LR
- CEI_9950_SR
- CPRI_12500
- CPRI_E12LVII
- CPRI_E12LVIII
- CPRI_E24LVII
- CPRI_E24LVIII
- CPRI_E30LVII
- CPRI_E30LVIII
- CPRI_E48LVII
- CPRI_E48LVIII
- CPRI_E60LVII
- CPRI_E60LVIII
- CPRI_E6LVII
- CPRI_E6LVIII
- CPRI_E96LVIII
- CPRI_E99LVIII
- HIGIG_4062
- HIGIG_5000
- HIGIG_6250
- HIGIG_6562
- IEEE_10G_BASE_CR_10312
- IEEE_10G_KR_10312
- IEEE_40G_BASE_KR_10312
- INTERLAKEN_11100
- INTERLAKEN_12500
- INTERLAKEN_6375
- JESD204_A_B_12500
- JESD204_A_B_6375
- QSGMII_5000
- SERIAL_LITE_III_16400
- SERIAL_LITE_III_17400
- SFI_S_6250
- SRIO_5000_LR
- SRIO_5000_MR
- SRIO_5000_SR
- SRIO_6250_LR
- SRIO_6250_MR
- SRIO_6250_SR
- USER_CUSTOM
Device Support
- Arria 10
Notes
Syntax
set_instance_assignment -name XCVR_A10_TX_XTX_PATH_ANALOG_MODE -to <to> -entity <entity name> <value>
XCVR_C10_REFCLK_TERM_TRISTATE
A logic option that directs the Compiler to enable the internal termination of the dedicated reference clock pin.
Type
Enumeration
Values
- TRISTATE_OFF
- TRISTATE_ON
Device Support
- Cyclone 10 GX
Notes
Syntax
set_instance_assignment -name XCVR_C10_REFCLK_TERM_TRISTATE -to <to> -entity <entity name> <value>
XCVR_C10_RX_ADP_CTLE_ACGAIN_4S
A logic option that allows you to control the amount of AC gain on the equalizer in high gain mode. The amount of AC gain is propotional to the setting where '0' gives the lowest AC gain and '31' gives the largest AC gain. This option is only valid when equalizer operates in manual mode.
Type
Enumeration
Values
- RADP_CTLE_ACGAIN_4S_0
- RADP_CTLE_ACGAIN_4S_1
- RADP_CTLE_ACGAIN_4S_10
- RADP_CTLE_ACGAIN_4S_11
- RADP_CTLE_ACGAIN_4S_12
- RADP_CTLE_ACGAIN_4S_13
- RADP_CTLE_ACGAIN_4S_14
- RADP_CTLE_ACGAIN_4S_15
- RADP_CTLE_ACGAIN_4S_16
- RADP_CTLE_ACGAIN_4S_17
- RADP_CTLE_ACGAIN_4S_18
- RADP_CTLE_ACGAIN_4S_19
- RADP_CTLE_ACGAIN_4S_2
- RADP_CTLE_ACGAIN_4S_20
- RADP_CTLE_ACGAIN_4S_21
- RADP_CTLE_ACGAIN_4S_22
- RADP_CTLE_ACGAIN_4S_23
- RADP_CTLE_ACGAIN_4S_24
- RADP_CTLE_ACGAIN_4S_25
- RADP_CTLE_ACGAIN_4S_26
- RADP_CTLE_ACGAIN_4S_27
- RADP_CTLE_ACGAIN_4S_28
- RADP_CTLE_ACGAIN_4S_3
- RADP_CTLE_ACGAIN_4S_4
- RADP_CTLE_ACGAIN_4S_5
- RADP_CTLE_ACGAIN_4S_6
- RADP_CTLE_ACGAIN_4S_7
- RADP_CTLE_ACGAIN_4S_8
- RADP_CTLE_ACGAIN_4S_9
Device Support
- Cyclone 10 GX
Notes
Syntax
set_instance_assignment -name XCVR_C10_RX_ADP_CTLE_ACGAIN_4S -to <to> -entity <entity name> <value>
XCVR_C10_RX_ADP_CTLE_EQZ_1S_SEL
A logic option that allows you to control the amount of AC gain on the one-stage equalizer. The amount of AC gain is propotional to the setting where '0' gives the lowest AC gain and '15' gives the largest AC gain. This option is only valid when equalizer operates in manual mode.
Type
Enumeration
Values
- RADP_CTLE_EQZ_1S_SEL_0
- RADP_CTLE_EQZ_1S_SEL_1
- RADP_CTLE_EQZ_1S_SEL_10
- RADP_CTLE_EQZ_1S_SEL_11
- RADP_CTLE_EQZ_1S_SEL_12
- RADP_CTLE_EQZ_1S_SEL_13
- RADP_CTLE_EQZ_1S_SEL_14
- RADP_CTLE_EQZ_1S_SEL_15
- RADP_CTLE_EQZ_1S_SEL_2
- RADP_CTLE_EQZ_1S_SEL_3
- RADP_CTLE_EQZ_1S_SEL_4
- RADP_CTLE_EQZ_1S_SEL_5
- RADP_CTLE_EQZ_1S_SEL_6
- RADP_CTLE_EQZ_1S_SEL_7
- RADP_CTLE_EQZ_1S_SEL_8
- RADP_CTLE_EQZ_1S_SEL_9
Device Support
- Cyclone 10 GX
Notes
Syntax
set_instance_assignment -name XCVR_C10_RX_ADP_CTLE_EQZ_1S_SEL -to <to> -entity <entity name> <value>
XCVR_C10_RX_ADP_DFE_FXTAP1
A logic option that allows you to specify the coefficient setting for fix tap one in the receiver decision feedback equalizer. This option is only valid when equalizer operates in manual mode.
Type
Enumeration
Values
- RADP_DFE_FXTAP1_0
- RADP_DFE_FXTAP1_1
- RADP_DFE_FXTAP1_10
- RADP_DFE_FXTAP1_100
- RADP_DFE_FXTAP1_101
- RADP_DFE_FXTAP1_102
- RADP_DFE_FXTAP1_103
- RADP_DFE_FXTAP1_104
- RADP_DFE_FXTAP1_105
- RADP_DFE_FXTAP1_106
- RADP_DFE_FXTAP1_107
- RADP_DFE_FXTAP1_108
- RADP_DFE_FXTAP1_109
- RADP_DFE_FXTAP1_11
- RADP_DFE_FXTAP1_110
- RADP_DFE_FXTAP1_111
- RADP_DFE_FXTAP1_112
- RADP_DFE_FXTAP1_113
- RADP_DFE_FXTAP1_114
- RADP_DFE_FXTAP1_115
- RADP_DFE_FXTAP1_116
- RADP_DFE_FXTAP1_117
- RADP_DFE_FXTAP1_118
- RADP_DFE_FXTAP1_119
- RADP_DFE_FXTAP1_12
- RADP_DFE_FXTAP1_120
- RADP_DFE_FXTAP1_121
- RADP_DFE_FXTAP1_122
- RADP_DFE_FXTAP1_123
- RADP_DFE_FXTAP1_124
- RADP_DFE_FXTAP1_125
- RADP_DFE_FXTAP1_126
- RADP_DFE_FXTAP1_127
- RADP_DFE_FXTAP1_13
- RADP_DFE_FXTAP1_14
- RADP_DFE_FXTAP1_15
- RADP_DFE_FXTAP1_16
- RADP_DFE_FXTAP1_17
- RADP_DFE_FXTAP1_18
- RADP_DFE_FXTAP1_19
- RADP_DFE_FXTAP1_2
- RADP_DFE_FXTAP1_20
- RADP_DFE_FXTAP1_21
- RADP_DFE_FXTAP1_22
- RADP_DFE_FXTAP1_23
- RADP_DFE_FXTAP1_24
- RADP_DFE_FXTAP1_25
- RADP_DFE_FXTAP1_26
- RADP_DFE_FXTAP1_27
- RADP_DFE_FXTAP1_28
- RADP_DFE_FXTAP1_29
- RADP_DFE_FXTAP1_3
- RADP_DFE_FXTAP1_30
- RADP_DFE_FXTAP1_31
- RADP_DFE_FXTAP1_32
- RADP_DFE_FXTAP1_33
- RADP_DFE_FXTAP1_34
- RADP_DFE_FXTAP1_35
- RADP_DFE_FXTAP1_36
- RADP_DFE_FXTAP1_37
- RADP_DFE_FXTAP1_38
- RADP_DFE_FXTAP1_39
- RADP_DFE_FXTAP1_4
- RADP_DFE_FXTAP1_40
- RADP_DFE_FXTAP1_41
- RADP_DFE_FXTAP1_42
- RADP_DFE_FXTAP1_43
- RADP_DFE_FXTAP1_44
- RADP_DFE_FXTAP1_45
- RADP_DFE_FXTAP1_46
- RADP_DFE_FXTAP1_47
- RADP_DFE_FXTAP1_48
- RADP_DFE_FXTAP1_49
- RADP_DFE_FXTAP1_5
- RADP_DFE_FXTAP1_50
- RADP_DFE_FXTAP1_51
- RADP_DFE_FXTAP1_52
- RADP_DFE_FXTAP1_53
- RADP_DFE_FXTAP1_54
- RADP_DFE_FXTAP1_55
- RADP_DFE_FXTAP1_56
- RADP_DFE_FXTAP1_57
- RADP_DFE_FXTAP1_58
- RADP_DFE_FXTAP1_59
- RADP_DFE_FXTAP1_6
- RADP_DFE_FXTAP1_60
- RADP_DFE_FXTAP1_61
- RADP_DFE_FXTAP1_62
- RADP_DFE_FXTAP1_63
- RADP_DFE_FXTAP1_64
- RADP_DFE_FXTAP1_65
- RADP_DFE_FXTAP1_66
- RADP_DFE_FXTAP1_67
- RADP_DFE_FXTAP1_68
- RADP_DFE_FXTAP1_69
- RADP_DFE_FXTAP1_7
- RADP_DFE_FXTAP1_70
- RADP_DFE_FXTAP1_71
- RADP_DFE_FXTAP1_72
- RADP_DFE_FXTAP1_73
- RADP_DFE_FXTAP1_74
- RADP_DFE_FXTAP1_75
- RADP_DFE_FXTAP1_76
- RADP_DFE_FXTAP1_77
- RADP_DFE_FXTAP1_78
- RADP_DFE_FXTAP1_79
- RADP_DFE_FXTAP1_8
- RADP_DFE_FXTAP1_80
- RADP_DFE_FXTAP1_81
- RADP_DFE_FXTAP1_82
- RADP_DFE_FXTAP1_83
- RADP_DFE_FXTAP1_84
- RADP_DFE_FXTAP1_85
- RADP_DFE_FXTAP1_86
- RADP_DFE_FXTAP1_87
- RADP_DFE_FXTAP1_88
- RADP_DFE_FXTAP1_89
- RADP_DFE_FXTAP1_9
- RADP_DFE_FXTAP1_90
- RADP_DFE_FXTAP1_91
- RADP_DFE_FXTAP1_92
- RADP_DFE_FXTAP1_93
- RADP_DFE_FXTAP1_94
- RADP_DFE_FXTAP1_95
- RADP_DFE_FXTAP1_96
- RADP_DFE_FXTAP1_97
- RADP_DFE_FXTAP1_98
- RADP_DFE_FXTAP1_99
Device Support
- Cyclone 10 GX
Notes
Syntax
set_instance_assignment -name XCVR_C10_RX_ADP_DFE_FXTAP1 -to <to> -entity <entity name> <value>
XCVR_C10_RX_ADP_DFE_FXTAP10
A logic option that allows you to specify the coefficient setting for fix tap ten in the receiver decision feedback equalizer. This option is only valid when equalizer operates in manual mode.
Type
Enumeration
Values
- RADP_DFE_FXTAP10_0
- RADP_DFE_FXTAP10_1
- RADP_DFE_FXTAP10_10
- RADP_DFE_FXTAP10_11
- RADP_DFE_FXTAP10_12
- RADP_DFE_FXTAP10_13
- RADP_DFE_FXTAP10_14
- RADP_DFE_FXTAP10_15
- RADP_DFE_FXTAP10_16
- RADP_DFE_FXTAP10_17
- RADP_DFE_FXTAP10_18
- RADP_DFE_FXTAP10_19
- RADP_DFE_FXTAP10_2
- RADP_DFE_FXTAP10_20
- RADP_DFE_FXTAP10_21
- RADP_DFE_FXTAP10_22
- RADP_DFE_FXTAP10_23
- RADP_DFE_FXTAP10_24
- RADP_DFE_FXTAP10_25
- RADP_DFE_FXTAP10_26
- RADP_DFE_FXTAP10_27
- RADP_DFE_FXTAP10_28
- RADP_DFE_FXTAP10_29
- RADP_DFE_FXTAP10_3
- RADP_DFE_FXTAP10_30
- RADP_DFE_FXTAP10_31
- RADP_DFE_FXTAP10_32
- RADP_DFE_FXTAP10_33
- RADP_DFE_FXTAP10_34
- RADP_DFE_FXTAP10_35
- RADP_DFE_FXTAP10_36
- RADP_DFE_FXTAP10_37
- RADP_DFE_FXTAP10_38
- RADP_DFE_FXTAP10_39
- RADP_DFE_FXTAP10_4
- RADP_DFE_FXTAP10_40
- RADP_DFE_FXTAP10_41
- RADP_DFE_FXTAP10_42
- RADP_DFE_FXTAP10_43
- RADP_DFE_FXTAP10_44
- RADP_DFE_FXTAP10_45
- RADP_DFE_FXTAP10_46
- RADP_DFE_FXTAP10_47
- RADP_DFE_FXTAP10_48
- RADP_DFE_FXTAP10_49
- RADP_DFE_FXTAP10_5
- RADP_DFE_FXTAP10_50
- RADP_DFE_FXTAP10_51
- RADP_DFE_FXTAP10_52
- RADP_DFE_FXTAP10_53
- RADP_DFE_FXTAP10_54
- RADP_DFE_FXTAP10_55
- RADP_DFE_FXTAP10_56
- RADP_DFE_FXTAP10_57
- RADP_DFE_FXTAP10_58
- RADP_DFE_FXTAP10_59
- RADP_DFE_FXTAP10_6
- RADP_DFE_FXTAP10_60
- RADP_DFE_FXTAP10_61
- RADP_DFE_FXTAP10_62
- RADP_DFE_FXTAP10_63
- RADP_DFE_FXTAP10_7
- RADP_DFE_FXTAP10_8
- RADP_DFE_FXTAP10_9
Device Support
- Cyclone 10 GX
Notes
Syntax
set_instance_assignment -name XCVR_C10_RX_ADP_DFE_FXTAP10 -to <to> -entity <entity name> <value>
XCVR_C10_RX_ADP_DFE_FXTAP10_SGN
Type
Enumeration
Values
- RADP_DFE_FXTAP10_SGN_0
- RADP_DFE_FXTAP10_SGN_1
Device Support
- Cyclone 10 GX
Notes
Syntax
set_instance_assignment -name XCVR_C10_RX_ADP_DFE_FXTAP10_SGN -to <to> -entity <entity name> <value>
XCVR_C10_RX_ADP_DFE_FXTAP11
A logic option that allows you to specify the coefficient setting for fix tap eleven in the receiver decision feedback equalizer. This option is only valid when equalizer operates in manual mode.
Type
Enumeration
Values
- RADP_DFE_FXTAP11_0
- RADP_DFE_FXTAP11_1
- RADP_DFE_FXTAP11_10
- RADP_DFE_FXTAP11_11
- RADP_DFE_FXTAP11_12
- RADP_DFE_FXTAP11_13
- RADP_DFE_FXTAP11_14
- RADP_DFE_FXTAP11_15
- RADP_DFE_FXTAP11_16
- RADP_DFE_FXTAP11_17
- RADP_DFE_FXTAP11_18
- RADP_DFE_FXTAP11_19
- RADP_DFE_FXTAP11_2
- RADP_DFE_FXTAP11_20
- RADP_DFE_FXTAP11_21
- RADP_DFE_FXTAP11_22
- RADP_DFE_FXTAP11_23
- RADP_DFE_FXTAP11_24
- RADP_DFE_FXTAP11_25
- RADP_DFE_FXTAP11_26
- RADP_DFE_FXTAP11_27
- RADP_DFE_FXTAP11_28
- RADP_DFE_FXTAP11_29
- RADP_DFE_FXTAP11_3
- RADP_DFE_FXTAP11_30
- RADP_DFE_FXTAP11_31
- RADP_DFE_FXTAP11_32
- RADP_DFE_FXTAP11_33
- RADP_DFE_FXTAP11_34
- RADP_DFE_FXTAP11_35
- RADP_DFE_FXTAP11_36
- RADP_DFE_FXTAP11_37
- RADP_DFE_FXTAP11_38
- RADP_DFE_FXTAP11_39
- RADP_DFE_FXTAP11_4
- RADP_DFE_FXTAP11_40
- RADP_DFE_FXTAP11_41
- RADP_DFE_FXTAP11_42
- RADP_DFE_FXTAP11_43
- RADP_DFE_FXTAP11_44
- RADP_DFE_FXTAP11_45
- RADP_DFE_FXTAP11_46
- RADP_DFE_FXTAP11_47
- RADP_DFE_FXTAP11_48
- RADP_DFE_FXTAP11_49
- RADP_DFE_FXTAP11_5
- RADP_DFE_FXTAP11_50
- RADP_DFE_FXTAP11_51
- RADP_DFE_FXTAP11_52
- RADP_DFE_FXTAP11_53
- RADP_DFE_FXTAP11_54
- RADP_DFE_FXTAP11_55
- RADP_DFE_FXTAP11_56
- RADP_DFE_FXTAP11_57
- RADP_DFE_FXTAP11_58
- RADP_DFE_FXTAP11_59
- RADP_DFE_FXTAP11_6
- RADP_DFE_FXTAP11_60
- RADP_DFE_FXTAP11_61
- RADP_DFE_FXTAP11_62
- RADP_DFE_FXTAP11_63
- RADP_DFE_FXTAP11_7
- RADP_DFE_FXTAP11_8
- RADP_DFE_FXTAP11_9
Device Support
- Cyclone 10 GX
Notes
Syntax
set_instance_assignment -name XCVR_C10_RX_ADP_DFE_FXTAP11 -to <to> -entity <entity name> <value>
XCVR_C10_RX_ADP_DFE_FXTAP11_SGN
Type
Enumeration
Values
- RADP_DFE_FXTAP11_SGN_0
- RADP_DFE_FXTAP11_SGN_1
Device Support
- Cyclone 10 GX
Notes
Syntax
set_instance_assignment -name XCVR_C10_RX_ADP_DFE_FXTAP11_SGN -to <to> -entity <entity name> <value>
XCVR_C10_RX_ADP_DFE_FXTAP2
A logic option that allows you to specify the coefficient setting for fix tap two in the receiver decision feedback equalizer. This option is only valid when equalizer operates in manual mode.
Type
Enumeration
Values
- RADP_DFE_FXTAP2_0
- RADP_DFE_FXTAP2_1
- RADP_DFE_FXTAP2_10
- RADP_DFE_FXTAP2_100
- RADP_DFE_FXTAP2_101
- RADP_DFE_FXTAP2_102
- RADP_DFE_FXTAP2_103
- RADP_DFE_FXTAP2_104
- RADP_DFE_FXTAP2_105
- RADP_DFE_FXTAP2_106
- RADP_DFE_FXTAP2_107
- RADP_DFE_FXTAP2_108
- RADP_DFE_FXTAP2_109
- RADP_DFE_FXTAP2_11
- RADP_DFE_FXTAP2_110
- RADP_DFE_FXTAP2_111
- RADP_DFE_FXTAP2_112
- RADP_DFE_FXTAP2_113
- RADP_DFE_FXTAP2_114
- RADP_DFE_FXTAP2_115
- RADP_DFE_FXTAP2_116
- RADP_DFE_FXTAP2_117
- RADP_DFE_FXTAP2_118
- RADP_DFE_FXTAP2_119
- RADP_DFE_FXTAP2_12
- RADP_DFE_FXTAP2_120
- RADP_DFE_FXTAP2_121
- RADP_DFE_FXTAP2_122
- RADP_DFE_FXTAP2_123
- RADP_DFE_FXTAP2_124
- RADP_DFE_FXTAP2_125
- RADP_DFE_FXTAP2_126
- RADP_DFE_FXTAP2_127
- RADP_DFE_FXTAP2_13
- RADP_DFE_FXTAP2_14
- RADP_DFE_FXTAP2_15
- RADP_DFE_FXTAP2_16
- RADP_DFE_FXTAP2_17
- RADP_DFE_FXTAP2_18
- RADP_DFE_FXTAP2_19
- RADP_DFE_FXTAP2_2
- RADP_DFE_FXTAP2_20
- RADP_DFE_FXTAP2_21
- RADP_DFE_FXTAP2_22
- RADP_DFE_FXTAP2_23
- RADP_DFE_FXTAP2_24
- RADP_DFE_FXTAP2_25
- RADP_DFE_FXTAP2_26
- RADP_DFE_FXTAP2_27
- RADP_DFE_FXTAP2_28
- RADP_DFE_FXTAP2_29
- RADP_DFE_FXTAP2_3
- RADP_DFE_FXTAP2_30
- RADP_DFE_FXTAP2_31
- RADP_DFE_FXTAP2_32
- RADP_DFE_FXTAP2_33
- RADP_DFE_FXTAP2_34
- RADP_DFE_FXTAP2_35
- RADP_DFE_FXTAP2_36
- RADP_DFE_FXTAP2_37
- RADP_DFE_FXTAP2_38
- RADP_DFE_FXTAP2_39
- RADP_DFE_FXTAP2_4
- RADP_DFE_FXTAP2_40
- RADP_DFE_FXTAP2_41
- RADP_DFE_FXTAP2_42
- RADP_DFE_FXTAP2_43
- RADP_DFE_FXTAP2_44
- RADP_DFE_FXTAP2_45
- RADP_DFE_FXTAP2_46
- RADP_DFE_FXTAP2_47
- RADP_DFE_FXTAP2_48
- RADP_DFE_FXTAP2_49
- RADP_DFE_FXTAP2_5
- RADP_DFE_FXTAP2_50
- RADP_DFE_FXTAP2_51
- RADP_DFE_FXTAP2_52
- RADP_DFE_FXTAP2_53
- RADP_DFE_FXTAP2_54
- RADP_DFE_FXTAP2_55
- RADP_DFE_FXTAP2_56
- RADP_DFE_FXTAP2_57
- RADP_DFE_FXTAP2_58
- RADP_DFE_FXTAP2_59
- RADP_DFE_FXTAP2_6
- RADP_DFE_FXTAP2_60
- RADP_DFE_FXTAP2_61
- RADP_DFE_FXTAP2_62
- RADP_DFE_FXTAP2_63
- RADP_DFE_FXTAP2_64
- RADP_DFE_FXTAP2_65
- RADP_DFE_FXTAP2_66
- RADP_DFE_FXTAP2_67
- RADP_DFE_FXTAP2_68
- RADP_DFE_FXTAP2_69
- RADP_DFE_FXTAP2_7
- RADP_DFE_FXTAP2_70
- RADP_DFE_FXTAP2_71
- RADP_DFE_FXTAP2_72
- RADP_DFE_FXTAP2_73
- RADP_DFE_FXTAP2_74
- RADP_DFE_FXTAP2_75
- RADP_DFE_FXTAP2_76
- RADP_DFE_FXTAP2_77
- RADP_DFE_FXTAP2_78
- RADP_DFE_FXTAP2_79
- RADP_DFE_FXTAP2_8
- RADP_DFE_FXTAP2_80
- RADP_DFE_FXTAP2_81
- RADP_DFE_FXTAP2_82
- RADP_DFE_FXTAP2_83
- RADP_DFE_FXTAP2_84
- RADP_DFE_FXTAP2_85
- RADP_DFE_FXTAP2_86
- RADP_DFE_FXTAP2_87
- RADP_DFE_FXTAP2_88
- RADP_DFE_FXTAP2_89
- RADP_DFE_FXTAP2_9
- RADP_DFE_FXTAP2_90
- RADP_DFE_FXTAP2_91
- RADP_DFE_FXTAP2_92
- RADP_DFE_FXTAP2_93
- RADP_DFE_FXTAP2_94
- RADP_DFE_FXTAP2_95
- RADP_DFE_FXTAP2_96
- RADP_DFE_FXTAP2_97
- RADP_DFE_FXTAP2_98
- RADP_DFE_FXTAP2_99
Device Support
- Cyclone 10 GX
Notes
Syntax
set_instance_assignment -name XCVR_C10_RX_ADP_DFE_FXTAP2 -to <to> -entity <entity name> <value>
XCVR_C10_RX_ADP_DFE_FXTAP2_SGN
Type
Enumeration
Values
- RADP_DFE_FXTAP2_SGN_0
- RADP_DFE_FXTAP2_SGN_1
Device Support
- Cyclone 10 GX
Notes
Syntax
set_instance_assignment -name XCVR_C10_RX_ADP_DFE_FXTAP2_SGN -to <to> -entity <entity name> <value>
XCVR_C10_RX_ADP_DFE_FXTAP3
A logic option that allows you to specify the coefficient setting for fix tap three in the receiver decision feedback equalizer. This option is only valid when equalizer operates in manual mode.
Type
Enumeration
Values
- RADP_DFE_FXTAP3_0
- RADP_DFE_FXTAP3_1
- RADP_DFE_FXTAP3_10
- RADP_DFE_FXTAP3_100
- RADP_DFE_FXTAP3_101
- RADP_DFE_FXTAP3_102
- RADP_DFE_FXTAP3_103
- RADP_DFE_FXTAP3_104
- RADP_DFE_FXTAP3_105
- RADP_DFE_FXTAP3_106
- RADP_DFE_FXTAP3_107
- RADP_DFE_FXTAP3_108
- RADP_DFE_FXTAP3_109
- RADP_DFE_FXTAP3_11
- RADP_DFE_FXTAP3_110
- RADP_DFE_FXTAP3_111
- RADP_DFE_FXTAP3_112
- RADP_DFE_FXTAP3_113
- RADP_DFE_FXTAP3_114
- RADP_DFE_FXTAP3_115
- RADP_DFE_FXTAP3_116
- RADP_DFE_FXTAP3_117
- RADP_DFE_FXTAP3_118
- RADP_DFE_FXTAP3_119
- RADP_DFE_FXTAP3_12
- RADP_DFE_FXTAP3_120
- RADP_DFE_FXTAP3_121
- RADP_DFE_FXTAP3_122
- RADP_DFE_FXTAP3_123
- RADP_DFE_FXTAP3_124
- RADP_DFE_FXTAP3_125
- RADP_DFE_FXTAP3_126
- RADP_DFE_FXTAP3_127
- RADP_DFE_FXTAP3_13
- RADP_DFE_FXTAP3_14
- RADP_DFE_FXTAP3_15
- RADP_DFE_FXTAP3_16
- RADP_DFE_FXTAP3_17
- RADP_DFE_FXTAP3_18
- RADP_DFE_FXTAP3_19
- RADP_DFE_FXTAP3_2
- RADP_DFE_FXTAP3_20
- RADP_DFE_FXTAP3_21
- RADP_DFE_FXTAP3_22
- RADP_DFE_FXTAP3_23
- RADP_DFE_FXTAP3_24
- RADP_DFE_FXTAP3_25
- RADP_DFE_FXTAP3_26
- RADP_DFE_FXTAP3_27
- RADP_DFE_FXTAP3_28
- RADP_DFE_FXTAP3_29
- RADP_DFE_FXTAP3_3
- RADP_DFE_FXTAP3_30
- RADP_DFE_FXTAP3_31
- RADP_DFE_FXTAP3_32
- RADP_DFE_FXTAP3_33
- RADP_DFE_FXTAP3_34
- RADP_DFE_FXTAP3_35
- RADP_DFE_FXTAP3_36
- RADP_DFE_FXTAP3_37
- RADP_DFE_FXTAP3_38
- RADP_DFE_FXTAP3_39
- RADP_DFE_FXTAP3_4
- RADP_DFE_FXTAP3_40
- RADP_DFE_FXTAP3_41
- RADP_DFE_FXTAP3_42
- RADP_DFE_FXTAP3_43
- RADP_DFE_FXTAP3_44
- RADP_DFE_FXTAP3_45
- RADP_DFE_FXTAP3_46
- RADP_DFE_FXTAP3_47
- RADP_DFE_FXTAP3_48
- RADP_DFE_FXTAP3_49
- RADP_DFE_FXTAP3_5
- RADP_DFE_FXTAP3_50
- RADP_DFE_FXTAP3_51
- RADP_DFE_FXTAP3_52
- RADP_DFE_FXTAP3_53
- RADP_DFE_FXTAP3_54
- RADP_DFE_FXTAP3_55
- RADP_DFE_FXTAP3_56
- RADP_DFE_FXTAP3_57
- RADP_DFE_FXTAP3_58
- RADP_DFE_FXTAP3_59
- RADP_DFE_FXTAP3_6
- RADP_DFE_FXTAP3_60
- RADP_DFE_FXTAP3_61
- RADP_DFE_FXTAP3_62
- RADP_DFE_FXTAP3_63
- RADP_DFE_FXTAP3_64
- RADP_DFE_FXTAP3_65
- RADP_DFE_FXTAP3_66
- RADP_DFE_FXTAP3_67
- RADP_DFE_FXTAP3_68
- RADP_DFE_FXTAP3_69
- RADP_DFE_FXTAP3_7
- RADP_DFE_FXTAP3_70
- RADP_DFE_FXTAP3_71
- RADP_DFE_FXTAP3_72
- RADP_DFE_FXTAP3_73
- RADP_DFE_FXTAP3_74
- RADP_DFE_FXTAP3_75
- RADP_DFE_FXTAP3_76
- RADP_DFE_FXTAP3_77
- RADP_DFE_FXTAP3_78
- RADP_DFE_FXTAP3_79
- RADP_DFE_FXTAP3_8
- RADP_DFE_FXTAP3_80
- RADP_DFE_FXTAP3_81
- RADP_DFE_FXTAP3_82
- RADP_DFE_FXTAP3_83
- RADP_DFE_FXTAP3_84
- RADP_DFE_FXTAP3_85
- RADP_DFE_FXTAP3_86
- RADP_DFE_FXTAP3_87
- RADP_DFE_FXTAP3_88
- RADP_DFE_FXTAP3_89
- RADP_DFE_FXTAP3_9
- RADP_DFE_FXTAP3_90
- RADP_DFE_FXTAP3_91
- RADP_DFE_FXTAP3_92
- RADP_DFE_FXTAP3_93
- RADP_DFE_FXTAP3_94
- RADP_DFE_FXTAP3_95
- RADP_DFE_FXTAP3_96
- RADP_DFE_FXTAP3_97
- RADP_DFE_FXTAP3_98
- RADP_DFE_FXTAP3_99
Device Support
- Cyclone 10 GX
Notes
Syntax
set_instance_assignment -name XCVR_C10_RX_ADP_DFE_FXTAP3 -to <to> -entity <entity name> <value>
XCVR_C10_RX_ADP_DFE_FXTAP3_SGN
Type
Enumeration
Values
- RADP_DFE_FXTAP3_SGN_0
- RADP_DFE_FXTAP3_SGN_1
Device Support
- Cyclone 10 GX
Notes
Syntax
set_instance_assignment -name XCVR_C10_RX_ADP_DFE_FXTAP3_SGN -to <to> -entity <entity name> <value>
XCVR_C10_RX_ADP_DFE_FXTAP4
A logic option that allows you to specify the coefficient setting for floating tap four in the receiver decision feedback equalizer. This option is only valid when equalizer operates in manual mode.
Type
Enumeration
Values
- RADP_DFE_FXTAP4_0
- RADP_DFE_FXTAP4_1
- RADP_DFE_FXTAP4_10
- RADP_DFE_FXTAP4_11
- RADP_DFE_FXTAP4_12
- RADP_DFE_FXTAP4_13
- RADP_DFE_FXTAP4_14
- RADP_DFE_FXTAP4_15
- RADP_DFE_FXTAP4_16
- RADP_DFE_FXTAP4_17
- RADP_DFE_FXTAP4_18
- RADP_DFE_FXTAP4_19
- RADP_DFE_FXTAP4_2
- RADP_DFE_FXTAP4_20
- RADP_DFE_FXTAP4_21
- RADP_DFE_FXTAP4_22
- RADP_DFE_FXTAP4_23
- RADP_DFE_FXTAP4_24
- RADP_DFE_FXTAP4_25
- RADP_DFE_FXTAP4_26
- RADP_DFE_FXTAP4_27
- RADP_DFE_FXTAP4_28
- RADP_DFE_FXTAP4_29
- RADP_DFE_FXTAP4_3
- RADP_DFE_FXTAP4_30
- RADP_DFE_FXTAP4_31
- RADP_DFE_FXTAP4_32
- RADP_DFE_FXTAP4_33
- RADP_DFE_FXTAP4_34
- RADP_DFE_FXTAP4_35
- RADP_DFE_FXTAP4_36
- RADP_DFE_FXTAP4_37
- RADP_DFE_FXTAP4_38
- RADP_DFE_FXTAP4_39
- RADP_DFE_FXTAP4_4
- RADP_DFE_FXTAP4_40
- RADP_DFE_FXTAP4_41
- RADP_DFE_FXTAP4_42
- RADP_DFE_FXTAP4_43
- RADP_DFE_FXTAP4_44
- RADP_DFE_FXTAP4_45
- RADP_DFE_FXTAP4_46
- RADP_DFE_FXTAP4_47
- RADP_DFE_FXTAP4_48
- RADP_DFE_FXTAP4_49
- RADP_DFE_FXTAP4_5
- RADP_DFE_FXTAP4_50
- RADP_DFE_FXTAP4_51
- RADP_DFE_FXTAP4_52
- RADP_DFE_FXTAP4_53
- RADP_DFE_FXTAP4_54
- RADP_DFE_FXTAP4_55
- RADP_DFE_FXTAP4_56
- RADP_DFE_FXTAP4_57
- RADP_DFE_FXTAP4_58
- RADP_DFE_FXTAP4_59
- RADP_DFE_FXTAP4_6
- RADP_DFE_FXTAP4_60
- RADP_DFE_FXTAP4_61
- RADP_DFE_FXTAP4_62
- RADP_DFE_FXTAP4_63
- RADP_DFE_FXTAP4_7
- RADP_DFE_FXTAP4_8
- RADP_DFE_FXTAP4_9
Device Support
- Cyclone 10 GX
Notes
Syntax
set_instance_assignment -name XCVR_C10_RX_ADP_DFE_FXTAP4 -to <to> -entity <entity name> <value>
XCVR_C10_RX_ADP_DFE_FXTAP4_SGN
Type
Enumeration
Values
- RADP_DFE_FXTAP4_SGN_0
- RADP_DFE_FXTAP4_SGN_1
Device Support
- Cyclone 10 GX
Notes
Syntax
set_instance_assignment -name XCVR_C10_RX_ADP_DFE_FXTAP4_SGN -to <to> -entity <entity name> <value>
XCVR_C10_RX_ADP_DFE_FXTAP5
A logic option that allows you to specify the coefficient setting for fix tap five in the receiver decision feedback equalizer. This option is only valid when equalizer operates in manual mode.
Type
Enumeration
Values
- RADP_DFE_FXTAP5_0
- RADP_DFE_FXTAP5_1
- RADP_DFE_FXTAP5_10
- RADP_DFE_FXTAP5_11
- RADP_DFE_FXTAP5_12
- RADP_DFE_FXTAP5_13
- RADP_DFE_FXTAP5_14
- RADP_DFE_FXTAP5_15
- RADP_DFE_FXTAP5_16
- RADP_DFE_FXTAP5_17
- RADP_DFE_FXTAP5_18
- RADP_DFE_FXTAP5_19
- RADP_DFE_FXTAP5_2
- RADP_DFE_FXTAP5_20
- RADP_DFE_FXTAP5_21
- RADP_DFE_FXTAP5_22
- RADP_DFE_FXTAP5_23
- RADP_DFE_FXTAP5_24
- RADP_DFE_FXTAP5_25
- RADP_DFE_FXTAP5_26
- RADP_DFE_FXTAP5_27
- RADP_DFE_FXTAP5_28
- RADP_DFE_FXTAP5_29
- RADP_DFE_FXTAP5_3
- RADP_DFE_FXTAP5_30
- RADP_DFE_FXTAP5_31
- RADP_DFE_FXTAP5_32
- RADP_DFE_FXTAP5_33
- RADP_DFE_FXTAP5_34
- RADP_DFE_FXTAP5_35
- RADP_DFE_FXTAP5_36
- RADP_DFE_FXTAP5_37
- RADP_DFE_FXTAP5_38
- RADP_DFE_FXTAP5_39
- RADP_DFE_FXTAP5_4
- RADP_DFE_FXTAP5_40
- RADP_DFE_FXTAP5_41
- RADP_DFE_FXTAP5_42
- RADP_DFE_FXTAP5_43
- RADP_DFE_FXTAP5_44
- RADP_DFE_FXTAP5_45
- RADP_DFE_FXTAP5_46
- RADP_DFE_FXTAP5_47
- RADP_DFE_FXTAP5_48
- RADP_DFE_FXTAP5_49
- RADP_DFE_FXTAP5_5
- RADP_DFE_FXTAP5_50
- RADP_DFE_FXTAP5_51
- RADP_DFE_FXTAP5_52
- RADP_DFE_FXTAP5_53
- RADP_DFE_FXTAP5_54
- RADP_DFE_FXTAP5_55
- RADP_DFE_FXTAP5_56
- RADP_DFE_FXTAP5_57
- RADP_DFE_FXTAP5_58
- RADP_DFE_FXTAP5_59
- RADP_DFE_FXTAP5_6
- RADP_DFE_FXTAP5_60
- RADP_DFE_FXTAP5_61
- RADP_DFE_FXTAP5_62
- RADP_DFE_FXTAP5_63
- RADP_DFE_FXTAP5_7
- RADP_DFE_FXTAP5_8
- RADP_DFE_FXTAP5_9
Device Support
- Cyclone 10 GX
Notes
Syntax
set_instance_assignment -name XCVR_C10_RX_ADP_DFE_FXTAP5 -to <to> -entity <entity name> <value>
XCVR_C10_RX_ADP_DFE_FXTAP5_SGN
Type
Enumeration
Values
- RADP_DFE_FXTAP5_SGN_0
- RADP_DFE_FXTAP5_SGN_1
Device Support
- Cyclone 10 GX
Notes
Syntax
set_instance_assignment -name XCVR_C10_RX_ADP_DFE_FXTAP5_SGN -to <to> -entity <entity name> <value>
XCVR_C10_RX_ADP_DFE_FXTAP6
A logic option that allows you to specify the coefficient setting for fix tap six in the receiver decision feedback equalizer. This option is only valid when equalizer operates in manual mode.
Type
Enumeration
Values
- RADP_DFE_FXTAP6_0
- RADP_DFE_FXTAP6_1
- RADP_DFE_FXTAP6_10
- RADP_DFE_FXTAP6_11
- RADP_DFE_FXTAP6_12
- RADP_DFE_FXTAP6_13
- RADP_DFE_FXTAP6_14
- RADP_DFE_FXTAP6_15
- RADP_DFE_FXTAP6_16
- RADP_DFE_FXTAP6_17
- RADP_DFE_FXTAP6_18
- RADP_DFE_FXTAP6_19
- RADP_DFE_FXTAP6_2
- RADP_DFE_FXTAP6_20
- RADP_DFE_FXTAP6_21
- RADP_DFE_FXTAP6_22
- RADP_DFE_FXTAP6_23
- RADP_DFE_FXTAP6_24
- RADP_DFE_FXTAP6_25
- RADP_DFE_FXTAP6_26
- RADP_DFE_FXTAP6_27
- RADP_DFE_FXTAP6_28
- RADP_DFE_FXTAP6_29
- RADP_DFE_FXTAP6_3
- RADP_DFE_FXTAP6_30
- RADP_DFE_FXTAP6_31
- RADP_DFE_FXTAP6_4
- RADP_DFE_FXTAP6_5
- RADP_DFE_FXTAP6_6
- RADP_DFE_FXTAP6_7
- RADP_DFE_FXTAP6_8
- RADP_DFE_FXTAP6_9
Device Support
- Cyclone 10 GX
Notes
Syntax
set_instance_assignment -name XCVR_C10_RX_ADP_DFE_FXTAP6 -to <to> -entity <entity name> <value>
XCVR_C10_RX_ADP_DFE_FXTAP6_SGN
Type
Enumeration
Values
- RADP_DFE_FXTAP6_SGN_0
- RADP_DFE_FXTAP6_SGN_1
Device Support
- Cyclone 10 GX
Notes
Syntax
set_instance_assignment -name XCVR_C10_RX_ADP_DFE_FXTAP6_SGN -to <to> -entity <entity name> <value>
XCVR_C10_RX_ADP_DFE_FXTAP7
A logic option that allows you to specify the coefficient setting for fix tap seven in the receiver decision feedback equalizer. This option is only valid when equalizer operates in manual mode.
Type
Enumeration
Values
- RADP_DFE_FXTAP7_0
- RADP_DFE_FXTAP7_1
- RADP_DFE_FXTAP7_10
- RADP_DFE_FXTAP7_11
- RADP_DFE_FXTAP7_12
- RADP_DFE_FXTAP7_13
- RADP_DFE_FXTAP7_14
- RADP_DFE_FXTAP7_15
- RADP_DFE_FXTAP7_16
- RADP_DFE_FXTAP7_17
- RADP_DFE_FXTAP7_18
- RADP_DFE_FXTAP7_19
- RADP_DFE_FXTAP7_2
- RADP_DFE_FXTAP7_20
- RADP_DFE_FXTAP7_21
- RADP_DFE_FXTAP7_22
- RADP_DFE_FXTAP7_23
- RADP_DFE_FXTAP7_24
- RADP_DFE_FXTAP7_25
- RADP_DFE_FXTAP7_26
- RADP_DFE_FXTAP7_27
- RADP_DFE_FXTAP7_28
- RADP_DFE_FXTAP7_29
- RADP_DFE_FXTAP7_3
- RADP_DFE_FXTAP7_30
- RADP_DFE_FXTAP7_31
- RADP_DFE_FXTAP7_4
- RADP_DFE_FXTAP7_5
- RADP_DFE_FXTAP7_6
- RADP_DFE_FXTAP7_7
- RADP_DFE_FXTAP7_8
- RADP_DFE_FXTAP7_9
Device Support
- Cyclone 10 GX
Notes
Syntax
set_instance_assignment -name XCVR_C10_RX_ADP_DFE_FXTAP7 -to <to> -entity <entity name> <value>
XCVR_C10_RX_ADP_DFE_FXTAP7_SGN
Type
Enumeration
Values
- RADP_DFE_FXTAP7_SGN_0
- RADP_DFE_FXTAP7_SGN_1
Device Support
- Cyclone 10 GX
Notes
Syntax
set_instance_assignment -name XCVR_C10_RX_ADP_DFE_FXTAP7_SGN -to <to> -entity <entity name> <value>
XCVR_C10_RX_ADP_DFE_FXTAP8
A logic option that allows you to specify the coefficient setting for fix tap eight in the receiver decision feedback equalizer. This option is only valid when equalizer operates in manual mode.
Type
Enumeration
Values
- RADP_DFE_FXTAP8_0
- RADP_DFE_FXTAP8_1
- RADP_DFE_FXTAP8_10
- RADP_DFE_FXTAP8_11
- RADP_DFE_FXTAP8_12
- RADP_DFE_FXTAP8_13
- RADP_DFE_FXTAP8_14
- RADP_DFE_FXTAP8_15
- RADP_DFE_FXTAP8_16
- RADP_DFE_FXTAP8_17
- RADP_DFE_FXTAP8_18
- RADP_DFE_FXTAP8_19
- RADP_DFE_FXTAP8_2
- RADP_DFE_FXTAP8_20
- RADP_DFE_FXTAP8_21
- RADP_DFE_FXTAP8_22
- RADP_DFE_FXTAP8_23
- RADP_DFE_FXTAP8_24
- RADP_DFE_FXTAP8_25
- RADP_DFE_FXTAP8_26
- RADP_DFE_FXTAP8_27
- RADP_DFE_FXTAP8_28
- RADP_DFE_FXTAP8_29
- RADP_DFE_FXTAP8_3
- RADP_DFE_FXTAP8_30
- RADP_DFE_FXTAP8_31
- RADP_DFE_FXTAP8_32
- RADP_DFE_FXTAP8_33
- RADP_DFE_FXTAP8_34
- RADP_DFE_FXTAP8_35
- RADP_DFE_FXTAP8_36
- RADP_DFE_FXTAP8_37
- RADP_DFE_FXTAP8_38
- RADP_DFE_FXTAP8_39
- RADP_DFE_FXTAP8_4
- RADP_DFE_FXTAP8_40
- RADP_DFE_FXTAP8_41
- RADP_DFE_FXTAP8_42
- RADP_DFE_FXTAP8_43
- RADP_DFE_FXTAP8_44
- RADP_DFE_FXTAP8_45
- RADP_DFE_FXTAP8_46
- RADP_DFE_FXTAP8_47
- RADP_DFE_FXTAP8_48
- RADP_DFE_FXTAP8_49
- RADP_DFE_FXTAP8_5
- RADP_DFE_FXTAP8_50
- RADP_DFE_FXTAP8_51
- RADP_DFE_FXTAP8_52
- RADP_DFE_FXTAP8_53
- RADP_DFE_FXTAP8_54
- RADP_DFE_FXTAP8_55
- RADP_DFE_FXTAP8_56
- RADP_DFE_FXTAP8_57
- RADP_DFE_FXTAP8_58
- RADP_DFE_FXTAP8_59
- RADP_DFE_FXTAP8_6
- RADP_DFE_FXTAP8_60
- RADP_DFE_FXTAP8_61
- RADP_DFE_FXTAP8_62
- RADP_DFE_FXTAP8_63
- RADP_DFE_FXTAP8_7
- RADP_DFE_FXTAP8_8
- RADP_DFE_FXTAP8_9
Device Support
- Cyclone 10 GX
Notes
Syntax
set_instance_assignment -name XCVR_C10_RX_ADP_DFE_FXTAP8 -to <to> -entity <entity name> <value>
XCVR_C10_RX_ADP_DFE_FXTAP8_SGN
Type
Enumeration
Values
- RADP_DFE_FXTAP8_SGN_0
- RADP_DFE_FXTAP8_SGN_1
Device Support
- Cyclone 10 GX
Notes
Syntax
set_instance_assignment -name XCVR_C10_RX_ADP_DFE_FXTAP8_SGN -to <to> -entity <entity name> <value>
XCVR_C10_RX_ADP_DFE_FXTAP9
A logic option that allows you to specify the coefficient setting for fix tap nine in the receiver decision feedback equalizer. This option is only valid when equalizer operates in manual mode.
Type
Enumeration
Values
- RADP_DFE_FXTAP9_0
- RADP_DFE_FXTAP9_1
- RADP_DFE_FXTAP9_10
- RADP_DFE_FXTAP9_11
- RADP_DFE_FXTAP9_12
- RADP_DFE_FXTAP9_13
- RADP_DFE_FXTAP9_14
- RADP_DFE_FXTAP9_15
- RADP_DFE_FXTAP9_16
- RADP_DFE_FXTAP9_17
- RADP_DFE_FXTAP9_18
- RADP_DFE_FXTAP9_19
- RADP_DFE_FXTAP9_2
- RADP_DFE_FXTAP9_20
- RADP_DFE_FXTAP9_21
- RADP_DFE_FXTAP9_22
- RADP_DFE_FXTAP9_23
- RADP_DFE_FXTAP9_24
- RADP_DFE_FXTAP9_25
- RADP_DFE_FXTAP9_26
- RADP_DFE_FXTAP9_27
- RADP_DFE_FXTAP9_28
- RADP_DFE_FXTAP9_29
- RADP_DFE_FXTAP9_3
- RADP_DFE_FXTAP9_30
- RADP_DFE_FXTAP9_31
- RADP_DFE_FXTAP9_32
- RADP_DFE_FXTAP9_33
- RADP_DFE_FXTAP9_34
- RADP_DFE_FXTAP9_35
- RADP_DFE_FXTAP9_36
- RADP_DFE_FXTAP9_37
- RADP_DFE_FXTAP9_38
- RADP_DFE_FXTAP9_39
- RADP_DFE_FXTAP9_4
- RADP_DFE_FXTAP9_40
- RADP_DFE_FXTAP9_41
- RADP_DFE_FXTAP9_42
- RADP_DFE_FXTAP9_43
- RADP_DFE_FXTAP9_44
- RADP_DFE_FXTAP9_45
- RADP_DFE_FXTAP9_46
- RADP_DFE_FXTAP9_47
- RADP_DFE_FXTAP9_48
- RADP_DFE_FXTAP9_49
- RADP_DFE_FXTAP9_5
- RADP_DFE_FXTAP9_50
- RADP_DFE_FXTAP9_51
- RADP_DFE_FXTAP9_52
- RADP_DFE_FXTAP9_53
- RADP_DFE_FXTAP9_54
- RADP_DFE_FXTAP9_55
- RADP_DFE_FXTAP9_56
- RADP_DFE_FXTAP9_57
- RADP_DFE_FXTAP9_58
- RADP_DFE_FXTAP9_59
- RADP_DFE_FXTAP9_6
- RADP_DFE_FXTAP9_60
- RADP_DFE_FXTAP9_61
- RADP_DFE_FXTAP9_62
- RADP_DFE_FXTAP9_63
- RADP_DFE_FXTAP9_7
- RADP_DFE_FXTAP9_8
- RADP_DFE_FXTAP9_9
Device Support
- Cyclone 10 GX
Notes
Syntax
set_instance_assignment -name XCVR_C10_RX_ADP_DFE_FXTAP9 -to <to> -entity <entity name> <value>
XCVR_C10_RX_ADP_DFE_FXTAP9_SGN
Type
Enumeration
Values
- RADP_DFE_FXTAP9_SGN_0
- RADP_DFE_FXTAP9_SGN_1
Device Support
- Cyclone 10 GX
Notes
Syntax
set_instance_assignment -name XCVR_C10_RX_ADP_DFE_FXTAP9_SGN -to <to> -entity <entity name> <value>
XCVR_C10_RX_ADP_VGA_SEL
A logic option that allows you to controls the amount of output voltage swing on the variable gain amplifier. The amount of voltage swing is propotional to the setting where '0' gives the lowest swing and '4' gives the largest swing. This option is only valid when equalizer operates in manual mode.
Type
Enumeration
Values
- RADP_VGA_SEL_0
- RADP_VGA_SEL_1
- RADP_VGA_SEL_2
- RADP_VGA_SEL_3
- RADP_VGA_SEL_4
Device Support
- Cyclone 10 GX
Notes
Syntax
set_instance_assignment -name XCVR_C10_RX_ADP_VGA_SEL -to <to> -entity <entity name> <value>
XCVR_C10_RX_EQ_BW_SEL
Type
Enumeration
Values
- EQ_BW_1
- EQ_BW_2
- EQ_BW_3
- EQ_BW_4
Device Support
- Cyclone 10 GX
Notes
Syntax
set_instance_assignment -name XCVR_C10_RX_EQ_BW_SEL -to <to> -entity <entity name> <value>
XCVR_C10_RX_EQ_DC_GAIN_TRIM
A logic option that allows you to control the amount of DC gain on equalizer in high gain mode. The amount of DC gain is propotional to the setting where '0' gives the lowest DC gain and '28' gives the largest DC gain.
Type
Enumeration
Values
- NO_DC_GAIN
- STG1_GAIN7
- STG2_GAIN7
- STG3_GAIN7
- STG4_GAIN7
Device Support
- Cyclone 10 GX
Notes
Syntax
set_instance_assignment -name XCVR_C10_RX_EQ_DC_GAIN_TRIM -to <to> -entity <entity name> <value>
XCVR_C10_RX_LINK
A logic option that allows you to specify the type of communication for the receiver link. Quartus Prime will use this option to determine the legal data rate and power mode for the link.
Type
Enumeration
Values
- LR
- SR
Device Support
- Cyclone 10 GX
Notes
Syntax
set_instance_assignment -name XCVR_C10_RX_LINK -to <to> -entity <entity name> <value>
XCVR_C10_RX_ONE_STAGE_ENABLE
Type
Enumeration
Values
- NON_S1_MODE
- S1_MODE
Device Support
- Cyclone 10 GX
Notes
Syntax
set_instance_assignment -name XCVR_C10_RX_ONE_STAGE_ENABLE -to <to> -entity <entity name> <value>
XCVR_C10_RX_TERM_SEL
A logic option that allows you to specify the termination value of a transceiver Rx pin.
Type
Enumeration
Values
- R_EXT0
- R_R1
- R_R2
Device Support
- Cyclone 10 GX
Notes
Syntax
set_instance_assignment -name XCVR_C10_RX_TERM_SEL -to <to> -entity <entity name> <value>
XCVR_C10_TX_COMPENSATION_EN
A logic option that allows you to turn on the compensation for transmitter data rate above 9 Gbps. Turning on this option draws more power on the transmitter buffer.
Type
Enumeration
Values
- DISABLE
- ENABLE
Device Support
- Cyclone 10 GX
Notes
Syntax
set_instance_assignment -name XCVR_C10_TX_COMPENSATION_EN -to <to> -entity <entity name> <value>
XCVR_C10_TX_LINK
A logic option that allows you to specify the type of communication for the transmitter link. Quartus Prime will use this option to determine the legal data rate and power mode for the link.
Type
Enumeration
Values
- LR
- SR
Device Support
- Cyclone 10 GX
Notes
Syntax
set_instance_assignment -name XCVR_C10_TX_LINK -to <to> -entity <entity name> <value>
XCVR_C10_TX_PRE_EMP_SIGN_1ST_POST_TAP
A logic option that allows you to specify the output polarity of the transmitter pre-emphasis first post-tap.
Type
Enumeration
Values
- FIR_POST_1T_NEG
- FIR_POST_1T_POS
Device Support
- Cyclone 10 GX
Notes
Syntax
set_instance_assignment -name XCVR_C10_TX_PRE_EMP_SIGN_1ST_POST_TAP -to <to> -entity <entity name> <value>
XCVR_C10_TX_PRE_EMP_SIGN_2ND_POST_TAP
A logic option that allows you to specify the output polarity of the transmitter pre-emphasis second post-tap.
Type
Enumeration
Values
- FIR_POST_2T_NEG
- FIR_POST_2T_POS
Device Support
- Cyclone 10 GX
Notes
Syntax
set_instance_assignment -name XCVR_C10_TX_PRE_EMP_SIGN_2ND_POST_TAP -to <to> -entity <entity name> <value>
XCVR_C10_TX_PRE_EMP_SIGN_PRE_TAP_1T
A logic option that allows you to specify the output polarity of the transmitter pre-emphasis first pre-tap.
Type
Enumeration
Values
- FIR_PRE_1T_NEG
- FIR_PRE_1T_POS
Device Support
- Cyclone 10 GX
Notes
Syntax
set_instance_assignment -name XCVR_C10_TX_PRE_EMP_SIGN_PRE_TAP_1T -to <to> -entity <entity name> <value>
XCVR_C10_TX_PRE_EMP_SIGN_PRE_TAP_2T
A logic option that allows you to specify the output polarity of the transmitter pre-emphasis second pre-tap.
Type
Enumeration
Values
- FIR_PRE_2T_NEG
- FIR_PRE_2T_POS
Device Support
- Cyclone 10 GX
Notes
Syntax
set_instance_assignment -name XCVR_C10_TX_PRE_EMP_SIGN_PRE_TAP_2T -to <to> -entity <entity name> <value>
XCVR_C10_TX_PRE_EMP_SWITCHING_CTRL_1ST_POST_TAP
A logic option that allows you to control the magnitude of transmitter pre-emphasis first post-tap. Legal values are: 0 to 25.
Type
Integer
Device Support
- Cyclone 10 GX
INTEGER_RANGE
0, 25
Notes
Syntax
set_instance_assignment -name XCVR_C10_TX_PRE_EMP_SWITCHING_CTRL_1ST_POST_TAP -to <to> -entity <entity name> <value>
XCVR_C10_TX_PRE_EMP_SWITCHING_CTRL_2ND_POST_TAP
A logic option that allows you to control the magnitude of transmitter pre-emphasis second post-tap. Legal values are: 0 to 12.
Type
Integer
Device Support
- Cyclone 10 GX
INTEGER_RANGE
0, 12
Notes
Syntax
set_instance_assignment -name XCVR_C10_TX_PRE_EMP_SWITCHING_CTRL_2ND_POST_TAP -to <to> -entity <entity name> <value>
XCVR_C10_TX_PRE_EMP_SWITCHING_CTRL_PRE_TAP_1T
A logic option that allows you to control the magnitude of transmitter pre-emphasis first pre-tap. Legal values are: 0 to 16.
Type
Integer
Device Support
- Cyclone 10 GX
INTEGER_RANGE
0, 16
Notes
Syntax
set_instance_assignment -name XCVR_C10_TX_PRE_EMP_SWITCHING_CTRL_PRE_TAP_1T -to <to> -entity <entity name> <value>
XCVR_C10_TX_PRE_EMP_SWITCHING_CTRL_PRE_TAP_2T
A logic option that allows you to control the magnitude of transmitter pre-emphasis second pre-tap. Legal values are: 0 to 7.
Type
Integer
Device Support
- Cyclone 10 GX
INTEGER_RANGE
0, 7
Notes
Syntax
set_instance_assignment -name XCVR_C10_TX_PRE_EMP_SWITCHING_CTRL_PRE_TAP_2T -to <to> -entity <entity name> <value>
XCVR_C10_TX_SLEW_RATE_CTRL
Type
Enumeration
Values
- SLEW_R0
- SLEW_R1
- SLEW_R2
- SLEW_R3
- SLEW_R4
- SLEW_R5
- SLEW_R6
- SLEW_R7
Device Support
- Cyclone 10 GX
Notes
Syntax
set_instance_assignment -name XCVR_C10_TX_SLEW_RATE_CTRL -to <to> -entity <entity name> <value>
XCVR_C10_TX_TERM_SEL
A logic option that allows you to specify the termination value of a transceiver Tx pin.
Type
Enumeration
Values
- R_R1
- R_R2
Device Support
- Cyclone 10 GX
Notes
Syntax
set_instance_assignment -name XCVR_C10_TX_TERM_SEL -to <to> -entity <entity name> <value>
XCVR_C10_TX_VOD_OUTPUT_SWING_CTRL
A logic option that allows you to control the transmitter output swing level. Legal values are: 0 to 31.
Type
Integer
Device Support
- Cyclone 10 GX
INTEGER_RANGE
0, 31
Notes
Syntax
set_instance_assignment -name XCVR_C10_TX_VOD_OUTPUT_SWING_CTRL -to <to> -entity <entity name> <value>
XCVR_C10_TX_XTX_PATH_ANALOG_MODE
Type
Enumeration
Values
- CEI_11100_LR
- CEI_11100_SR
- CEI_4976_LR
- CEI_4976_SR
- CEI_6375_LR
- CEI_6375_SR
- CEI_9950_LR
- CEI_9950_SR
- CPRI_12500
- CPRI_E12LVII
- CPRI_E12LVIII
- CPRI_E24LVII
- CPRI_E24LVIII
- CPRI_E30LVII
- CPRI_E30LVIII
- CPRI_E48LVII
- CPRI_E48LVIII
- CPRI_E60LVII
- CPRI_E60LVIII
- CPRI_E6LVII
- CPRI_E6LVIII
- CPRI_E96LVIII
- CPRI_E99LVIII
- HIGIG_4062
- HIGIG_5000
- HIGIG_6250
- HIGIG_6562
- IEEE_10G_BASE_CR_10312
- IEEE_10G_KR_10312
- IEEE_40G_BASE_KR_10312
- INTERLAKEN_11100
- INTERLAKEN_12500
- INTERLAKEN_6375
- JESD204_A_B_12500
- JESD204_A_B_6375
- QSGMII_5000
- SERIAL_LITE_III_16400
- SERIAL_LITE_III_17400
- SFI_S_6250
- SRIO_5000_LR
- SRIO_5000_MR
- SRIO_5000_SR
- SRIO_6250_LR
- SRIO_6250_MR
- SRIO_6250_SR
- USER_CUSTOM
Device Support
- Cyclone 10 GX
Notes
Syntax
set_instance_assignment -name XCVR_C10_TX_XTX_PATH_ANALOG_MODE -to <to> -entity <entity name> <value>
XCVR_RECONFIG_GROUP
Assigns the node you specify to a transceiver Avalon Memory-Mapped interface group. The Avalon Memory-Mapped interfaces of an RX-only channel and a TX-only channel, or a CDR PLL and a TX-only channel, can be merged and placed into one transceiver channel. You can assign this option to the instance names of the transceiver Avalon Memory-Mapped interfaces you want the Fitter to merge. You can also assign this to option to a CDR PLL instance name and the transceiver TX (or RX) positive pin name of a TX-only (or RX-only) channel, instead of the corresponding transceiver Avalon Memory-Mapped interface instance name. Assigning this option to two nodes directs the Fitter to view the specified nodes as single group. The Fitter does not automatically merge the transceiver Avalon Memory-Mapped interfaces; by default a CDR PLL, RX-only channel, and a TX-only channel map to three different transceiver channels. If the Avalon Memory-Mapped interfaces of the transceiver channels can be merged into one Avalon Memory-Mapped interface, the Fitter merges and places them in the same transceiver channel. If the Fitter cannot merge the transceiver channels, your compilation will result in an error.
Type
String
Device Support
- Arria 10
- Cyclone 10 GX
- Stratix 10
Notes
This assignment supports wildcards.
This assignment supports Fitter wildcards.
Syntax
set_instance_assignment -name XCVR_RECONFIG_GROUP -to <to> -entity <entity name> <value>
Example
set_instance_assignment -name XCVR_RECONFIG_GROUP myChannel -to output_pin[0] set_instance_assignment -name XCVR_RECONFIG_GROUP myChannel -to input_pin[1]
XCVR_REFCLK_PIN_TERMINATION
Allows the Compiler to configure the Termination value for a dedicated refclk pin. It specifies the intended Termination value for the specified refclk pin.
Old Name
GXB_REFCLK_PIN_TERMINATION
Type
Enumeration
Values
- AC_COUPLING
- DC_COUPLING_EXTERNAL_RESISTOR
- DC_COUPLING_INTERNAL_100_OHMS
Device Support
- Arria 10
- Cyclone 10 GX
- Stratix 10
Notes
This assignment supports Fitter wildcards.
Syntax
set_instance_assignment -name XCVR_REFCLK_PIN_TERMINATION -to <to> -entity <entity name> <value>
XCVR_S10_REFCLK_TERM_TRISTATE
A logic option that directs the Compiler to enable the internal termination of the dedicated reference clock pin.
Type
Enumeration
Values
- TRISTATE_OFF
- TRISTATE_ON
Device Support
- Stratix 10
Notes
Syntax
set_instance_assignment -name XCVR_S10_REFCLK_TERM_TRISTATE -to <to> -entity <entity name> <value>
XCVR_USE_HQ_REFCLK
Instructs the Fitter to use high quality reference clock lines for the specified transceiver TX channel .
Type
Boolean
Device Support
- Stratix 10
Notes
This assignment supports Fitter wildcards.
This assignment is included in the Fitter report.
Syntax
set_instance_assignment -name XCVR_USE_HQ_REFCLK -to <to> -entity <entity name> <value>
Example
set_instance_assignment -name XCVR_USE_HQ_REFCLK ON -to tx_pin
XCVR_USE_SKEW_BALANCED
Instructs the Fitter to use low skew balanced reference clock for the specified transceiver channel .
Type
Boolean
Device Support
- Stratix 10
Notes
This assignment supports Fitter wildcards.
This assignment is included in the Fitter report.
Syntax
set_instance_assignment -name XCVR_USE_SKEW_BALANCED -to <to> -entity <entity name> <value>
Example
set_instance_assignment -name XCVR_USE_SKEW_BALANCED ON -to tx_pin
XCVR_VCCR_VCCT_VOLTAGE
Configure the VCCR_GXB and VCCT_GXB voltage for an GXB I/O pin by specifying the intended supply voltages for a GXB I/O pin. If this is not set, the compiler automatically sets the correct VCCR_GXB and VCCT_GXB voltage.
Old Name
GXB_VCCR_VCCT_VOLTAGE
Type
Enumeration
Values
- 0_85V
- 0_9V
- 1_0V
- 1_15V
- 1_1V
- 1_2V
Device Support
- Arria 10
- Cyclone 10 GX
Notes
This assignment supports Fitter wildcards.
Syntax
set_instance_assignment -name XCVR_VCCR_VCCT_VOLTAGE -to <to> -entity <entity name> <value>
Logic Lock Region Assignments
Netlist Viewer Assignments
RTLV_GROUP_COMB_LOGIC_IN_CLOUD
Allow RTL Viewer to group combinational logic in logic cloud
Type
Boolean
Device Support
- This setting can be used in projects targeting any Altera device family.
Syntax
set_global_assignment -name RTLV_GROUP_COMB_LOGIC_IN_CLOUD <value>
Default Value
Off
RTLV_GROUP_COMB_LOGIC_IN_CLOUD_TMV
Allow Technology Map Viewer to group combinational logic in logic cloud
Type
Boolean
Device Support
- This setting can be used in projects targeting any Altera device family.
Syntax
set_global_assignment -name RTLV_GROUP_COMB_LOGIC_IN_CLOUD_TMV <value>
Default Value
Off
RTLV_GROUP_RELATED_NODES
Allow RTL Viewer to group all related nodes into a single bus node
Type
Boolean
Device Support
- This setting can be used in projects targeting any Altera device family.
Syntax
set_global_assignment -name RTLV_GROUP_RELATED_NODES <value>
Default Value
On
RTLV_GROUP_RELATED_NODES_TMV
Allow Technology Map Viewer to group all related nodes into a single bus node
Type
Boolean
Device Support
- This setting can be used in projects targeting any Altera device family.
Syntax
set_global_assignment -name RTLV_GROUP_RELATED_NODES_TMV <value>
Default Value
On
RTLV_REMOVE_FANOUT_FREE_REGISTERS
Allow RTL Viewer to remove fanout free registers
Type
Boolean
Device Support
- This setting can be used in projects targeting any Altera device family.
Syntax
set_global_assignment -name RTLV_REMOVE_FANOUT_FREE_REGISTERS <value>
Default Value
On
RTLV_SIMPLIFIED_LOGIC
Allow RTL Viewer to remove wire nodes and merge chain of equivalent combinatorial gates
Type
Boolean
Device Support
- This setting can be used in projects targeting any Altera device family.
Syntax
set_global_assignment -name RTLV_SIMPLIFIED_LOGIC <value>
Default Value
On
Pin & Location Assignments
FAST_INPUT_REGISTER
Implements an input register in a cell that has a fast, direct connection from an I/O pin. If such a fast, direct connection from the I/O pin is not available on the I/O cell hardware, this option instructs the Fitter to lock the input register in the LAB adjacent to the I/O cell feeding it. Turning on the Fast Input Register option can help maximize I/O timing performance, for example, by permitting fast setup times. Turning this option off for a particular signal prevents the Fitter from implementing the signal automatically in an I/O cell or locking down the input register in the LAB adjacent to the I/O cell. This option is ignored if it is applied to anything other than a register or an input or bidirectional pin that feeds a register.
Type
Boolean
Device Support
- Arria 10
- Cyclone 10 GX
- Stratix 10
Notes
This assignment supports Fitter wildcards.
Syntax
set_instance_assignment -name FAST_INPUT_REGISTER -to <to> -entity <entity name> <value>
FAST_OUTPUT_ENABLE_REGISTER
Implements an output enable register in a cell that has a fast, direct connection to an I/O pin. If such a fast, direct connection to the I/O pin is not available in the I/O cell hardware, this option instructs the Fitter to lock the output enable register in the LAB adjacent to the I/O cell it is feeding.Turning on the Fast Output Enable Register option can help maximize I/O timing performance, for example, by permitting fast clock-to-output times. Turning this option off for a particular signal prevents the Fitter from implementing the signal automatically in an I/O cell or locking down the output enable register in the LAB adjacent to the I/O cell. This option is ignored if it is applied to anything other than a register or an output or bidirectional pin fed by a register.
Type
Boolean
Device Support
- Arria 10
- Cyclone 10 GX
- Stratix 10
Notes
This assignment supports Fitter wildcards.
Syntax
set_instance_assignment -name FAST_OUTPUT_ENABLE_REGISTER -to <to> -entity <entity name> <value>
FAST_OUTPUT_REGISTER
Implements an output register in a cell that has a fast, direct connection to an I/O pin. If such a fast, direct connection to the I/O pin is not available in the I/O cell hardware, this option instructs the Fitter to lock the output register in the LAB adjacent to the I/O cell it is feeding.Turning on the Fast Output Register option can help maximize I/O timing performance, for example, by permitting fast clock-to-output times. Turning this option off for a particular signal prevents the Fitter from implementing the signal automatically in an I/O cell or locking down the output register in the LAB adjacent to the I/O cell. This option is ignored if it is applied to anything other than a register or an output or bidirectional pin fed by a register.
Type
Boolean
Device Support
- Arria 10
- Cyclone 10 GX
- Stratix 10
Notes
This assignment supports Fitter wildcards.
Syntax
set_instance_assignment -name FAST_OUTPUT_REGISTER -to <to> -entity <entity name> <value>
IP_DEBUG_VISIBLE
When assigned to an Encrypted IP node this option directs Quartus Prime to display the node in the Node Finder.
Type
Boolean
Device Support
- This setting can be used in projects targeting any Altera device family.
Syntax
set_instance_assignment -name IP_DEBUG_VISIBLE -to <to> -entity <entity name> <value>
LOCATION
Assigns a location on the device for the current node(s) and/or pin(s).
Type
Location
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
This assignment supports Fitter wildcards.
Syntax
set_location_assignment -to <to> <value>
PIN_CONNECT_FROM_NODE
Directs the Compiler to generate a device pin with the specified name and connect the device pin to an internal signal.
Type
String
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
Syntax
set_instance_assignment -name PIN_CONNECT_FROM_NODE -to <to> <value>
RESERVE_PIN
Reserves the pin in one of seven states: as an input that is tri-stated; as an output that drives ground; as an output that drives VCC; as an output that drives an unspecified signal; as Signal Probe output; as a voltage reference (VREF); or as bidirectional. Note: The 'As VREF' setting is not appropriate for all device families. Please refer to the device data sheet for information on VREF support.
Old Name
RESERVED_PIN
Type
Enumeration
Values
- As SignalProbe output
- As VREF
- As bidirectional
- As input tri-stated
- As output driving VCC
- As output driving an unspecified signal
- As output driving ground
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
None
Syntax
set_instance_assignment -name RESERVE_PIN -to <to> <value> set_global_assignment -name RESERVE_PIN <value>
SUBCLIQUE_OF
Specifies that the current clique is a member of another clique.
Type
String
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
Syntax
set_instance_assignment -name SUBCLIQUE_OF -to <to> -entity <entity name> -section_id <section identifier> <value>
VIRTUAL_PIN
Specifies whether an I/O element in a lower-level design entity can be temporarily mapped to a logic element and not to a pin during compilation. The virtual pin is then implemented as a LUT. This option should be specified only for I/O elements that become nodes when imported to the top-level design.
Type
Boolean
Device Support
- Arria 10
- Cyclone 10 GX
- Stratix 10
Notes
This assignment supports synthesis wildcards.
Syntax
set_instance_assignment -name VIRTUAL_PIN -to <to> -entity <entity name> <value>
Power Estimation Assignments
ENABLE_SMART_VOLTAGE_ID
Specifies whether smart voltage ID feature is used.
Type
Boolean
Device Support
- Arria 10
- Cyclone 10 GX
Notes
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name ENABLE_SMART_VOLTAGE_ID <value>
Default Value
Off
POWER_APPLY_THERMAL_MARGIN
Specifies whether to apply recommended margins to power estimates for thermal analysis. These margins apply only to thermal analysis results.
Type
Enumeration
Values
- OFF
- RECOMMENDED
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name POWER_APPLY_THERMAL_MARGIN <value>
POWER_AUTO_COMPUTE_TJ
Specifies whether the junction temperature is auto-computed during power estimation. If the junction temperature is not auto-computed, you must specify the junction temperature.
Type
Boolean
Device Support
- Arria 10
- Cyclone 10 GX
Notes
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name POWER_AUTO_COMPUTE_TJ <value>
POWER_BOARD_TEMPERATURE
Specifies the board temperature, in degrees Celsius, used during power estimation.
Type
Integer
Device Support
- Arria 10
- Cyclone 10 GX
Notes
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name POWER_BOARD_TEMPERATURE <value>
Default Value
25
POWER_BOARD_THERMAL_MODEL
Specifies the board thermal model used during power estimation.
Type
String
Device Support
- Arria 10
- Cyclone 10 GX
Notes
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name POWER_BOARD_THERMAL_MODEL <value>
POWER_COOLING_FOR_MAX_TJ
Specifies that the power estimator should find cooling solution required to not exceed specified maximum junction temperature. Junction temperatures used for power estimation of different parts of the chip will be actual temperatures resulting from using the found cooling solution and will typically vary across the chip.
Type
Boolean
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name POWER_COOLING_FOR_MAX_TJ <value>
POWER_DEFAULT_INPUT_IO_TOGGLE_RATE
Specifies the default toggle rate to be used on input I/O pins during power estimation. This value is only used if a toggle rate has not been specified for a node either through a Signal Activity File, VCD file or user assignment.
Type
String
Device Support
- Arria 10
- Cyclone 10 GX
- Stratix 10
Notes
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name POWER_DEFAULT_INPUT_IO_TOGGLE_RATE <value>
Default Value
12.5%
POWER_DEFAULT_TOGGLE_RATE
Specifies the default toggle rate to be used on all nodes except input I/O pins during power estimation. This value is only used if a toggle rate has not been specified for a node either through a Signal Activity File, VCD file or user assignment.
Type
String
Device Support
- Arria 10
- Cyclone 10 GX
- Stratix 10
Notes
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name POWER_DEFAULT_TOGGLE_RATE <value>
Default Value
12.5%
POWER_GLITCH_FACTOR
Specifies the multiplication factor to the toggle rates used for power estimation for part of design hierarchy. This is useful to adjust toggle rates of parts of the design with high number of glitches. The value must be positive.
Type
Double
Device Support
- Arria 10
- Cyclone 10 GX
- Stratix 10
Notes
Syntax
set_global_assignment -name POWER_GLITCH_FACTOR -entity <entity name> <value> set_instance_assignment -name POWER_GLITCH_FACTOR -to <to> -entity <entity name> <value>
POWER_HPS_DYNAMIC_POWER_DUAL
Dynamic Power of dual processor core when HPS is active.
Type
String
Device Support
- Arria 10
- Cyclone 10 GX
- Stratix 10
Notes
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name POWER_HPS_DYNAMIC_POWER_DUAL <value>
POWER_HPS_DYNAMIC_POWER_SINGLE
Dynamic power of single processor core when HPS is active.
Type
String
Device Support
- Arria 10
- Cyclone 10 GX
- Stratix 10
Notes
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name POWER_HPS_DYNAMIC_POWER_SINGLE <value>
POWER_HPS_ENABLE
Specifies whether or not you must include the HPS processor subsystem for SoC power estimation.
Type
Boolean
Device Support
- Arria 10
- Cyclone 10 GX
- Stratix 10
Notes
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name POWER_HPS_ENABLE <value>
Default Value
Off
POWER_HPS_JUNCTION_TEMPERATURE
Junction Temperature when HPS is active.
Type
String
Device Support
- Arria 10
- Cyclone 10 GX
- Stratix 10
Notes
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name POWER_HPS_JUNCTION_TEMPERATURE <value>
POWER_HPS_PROC_FREQ
Specifies the processor frequency of the HPS assumed by power estimation. The units for this value are MHz and the value must be positive. The value provided should be within 0 to 1000.
Type
Double
Device Support
- Arria 10
- Cyclone 10 GX
- Stratix 10
Notes
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name POWER_HPS_PROC_FREQ <value>
Default Value
0.0
POWER_HPS_STATIC_POWER
Static Power when HPS is active.
Type
String
Device Support
- Arria 10
- Cyclone 10 GX
- Stratix 10
Notes
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name POWER_HPS_STATIC_POWER <value>
POWER_HPS_TOTAL_POWER
Total power when HPS is active.
Type
String
Device Support
- Arria 10
- Cyclone 10 GX
- Stratix 10
Notes
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name POWER_HPS_TOTAL_POWER <value>
POWER_HSSI
If the transceivers are unused, setting this option to \"Opportunistically power off\" directs the Quartus Prime software to consider the transceivers as powered down. Setting this option to \"Power on\" directs the Quartus Prime software to consider the transceivers powered regardless of their use. This setting affects the VCCA, VCCH_GXB, and VCCL_GXB power rails.
Type
String
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name POWER_HSSI <value>
POWER_HSSI_LEFT
If the transceivers on the left side of the device are unused, setting this option to \"Opportunistically power off\" directs the Quartus Prime software to consider the transceivers on the left side of the device powered down. Setting this option to \"Power on\" directs the Quartus Prime software to consider the transceivers on the left side powered regardless of their use. This setting affects the VCCA_L, VCCH_GXBL, VCCL_GXBL, VCCR_L, and VCCT_L power rails.
Type
String
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name POWER_HSSI_LEFT <value>
POWER_HSSI_RIGHT
If the transceivers on the right side of the device are unused, setting this option to \"Opportunistically power off\" directs the Quartus Prime software to consider the transceivers on the right side of the device powered down. Setting this option to \"Power on\" directs the Quartus Prime software to consider the transceivers on the right side powered regardless of their use. This setting affects the VCCA_R, VCCH_GXBR, VCCL_GXBR, VCCR_R, and VCCT_R power rails.
Type
String
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name POWER_HSSI_RIGHT <value>
POWER_HSSI_VCCHIP_LEFT
If the PCI Express hard IP blocks on the left side of the device are unused, setting this option to \"Opportunistically power off\" directs the Quartus Prime software to consider the PCI Express hard IP blocks on the left side of the device powered down. Setting this option to \"Power on\" directs the Quartus Prime software to consider the PCI Express hard IP blocks on the left side powered regardless of their use.
Type
String
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name POWER_HSSI_VCCHIP_LEFT <value>
POWER_HSSI_VCCHIP_RIGHT
If the PCI Express hard IP blocks on the right side of the device are unused, setting this option to \"Opportunistically power off\" directs the Quartus Prime software to consider the PCI Express hard IP blocks on the right side of the device powered down. Setting this option to \"Power on\" directs the Quartus Prime software to consider the PCI Express hard IP blocks on the right side powered regardless of their use.
Type
String
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name POWER_HSSI_VCCHIP_RIGHT <value>
POWER_INPUT_FILE_NAME
Specifies the name of the VCD File or Signal Activity File which should be used to initialize the toggle rates and static probabilities that will be used during power estimation.
Type
File name
Device Support
- Arria 10
- Cyclone 10 GX
- Stratix 10
Notes
The value of this assignment is case sensitive.
Syntax
set_global_assignment -name POWER_INPUT_FILE_NAME -entity <entity name> -section_id <section identifier> <value>
POWER_INPUT_FILE_TYPE
Specifies whether the input power file is a VCD file or SAF file.
Type
Enumeration
Values
- SAF
- VCD
Device Support
- Arria 10
- Cyclone 10 GX
- Stratix 10
Notes
Syntax
set_global_assignment -name POWER_INPUT_FILE_TYPE -entity <entity name> -section_id <section identifier> <value>
POWER_MAX_TJ_VALUE
Specifies the maximum junction temperature that no part of any die in the package should exceed.
Type
Integer
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name POWER_MAX_TJ_VALUE <value>
Default Value
25
POWER_OCS_VALUE
Specifies the case-to-heat sink thermal resistance, in degrees Celsius per Watt, used during power estimation.
Type
String
Device Support
- Arria 10
- Cyclone 10 GX
Notes
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name POWER_OCS_VALUE <value>
POWER_OJB_VALUE
Specifies the junction-to-board thermal resistance, in degrees Celsius per Watt, used during power estimation.
Type
String
Device Support
- Arria 10
- Cyclone 10 GX
Notes
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name POWER_OJB_VALUE <value>
POWER_OJC_VALUE
Specifies the junction-to-case-sink thermal resistance, in degrees Celsius per Watt, used during power estimation.
Type
String
Device Support
- Arria 10
- Cyclone 10 GX
Notes
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name POWER_OJC_VALUE <value>
POWER_OSA_VALUE
Specifies the heat sink-to-ambient thermal resistance, in degrees Celsius per Watt, used during power estimation.
Type
String
Device Support
- Arria 10
- Cyclone 10 GX
Notes
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name POWER_OSA_VALUE <value>
POWER_OUTPUT_SAF_NAME
Specifies the name the Signal Activity File should be written to containing the toggle rates and static probabilities used during power estimation.
Type
File name
Device Support
- Arria 10
- Cyclone 10 GX
- Stratix 10
Notes
The value of this assignment is case sensitive.
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name POWER_OUTPUT_SAF_NAME <value>
POWER_PRESET_COOLING_SOLUTION
Specifies the preset cooling solution used during power estimation.
Type
String
Device Support
- Arria 10
- Cyclone 10 GX
Notes
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name POWER_PRESET_COOLING_SOLUTION <value>
POWER_READ_INPUT_FILE
Assigns user-defined power input file characteristics to an entity. To specify a power input file, you must define a named group of 'power input file settings' and assign them to an entity with this option. You can create these settings using the Power Analyzer Settings page.
Type
String
Device Support
- Arria 10
- Cyclone 10 GX
- Stratix 10
Notes
The value of this assignment is case sensitive.
Syntax
set_instance_assignment -name POWER_READ_INPUT_FILE -to <to> -entity <entity name> <value>
POWER_REPORT_POWER_DISSIPATION
Specifies whether the Power Analyzer should report the thermal power dissipation calculated during power analysis in the Thermal Power Dissipation By Block report panel.
Type
Boolean
Device Support
- Arria 10
- Cyclone 10 GX
- Stratix 10
Notes
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name POWER_REPORT_POWER_DISSIPATION <value> set_instance_assignment -name POWER_REPORT_POWER_DISSIPATION -to <to> -entity <entity name> <value>
Default Value
Off
POWER_REPORT_SIGNAL_ACTIVITY
Specifies whether the Power Analyzer should report the signal activities assumed for power analysis, and the sources for those activities. Signal activity consists of both the static probability and the toggle rate for the signals generated by the node or entity.
Type
Boolean
Device Support
- Arria 10
- Cyclone 10 GX
- Stratix 10
Notes
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name POWER_REPORT_SIGNAL_ACTIVITY <value> set_instance_assignment -name POWER_REPORT_SIGNAL_ACTIVITY -to <to> -entity <entity name> <value>
Default Value
Off
POWER_STATIC_PROBABILITY
Specifies the fraction of time the signals generated by the node or entity are expected to be at VCC. Allowable values range from and include 0.0 through 1.0.
Type
String
Device Support
- Arria 10
- Cyclone 10 GX
- Stratix 10
Notes
Syntax
set_instance_assignment -name POWER_STATIC_PROBABILITY -to <to> <value>
POWER_TJ_VALUE
Specifies the junction temperature value, in degrees Celsius, used during power estimation.
Type
Integer
Device Support
- Arria 10
- Cyclone 10 GX
- Stratix 10
Notes
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name POWER_TJ_VALUE <value>
Default Value
25
POWER_TOGGLE_RATE
Specifies the toggle rate assumed by power estimation for the signals generated by this node or entity. The units for this value are transitions per second and the value must be positive. The value provided should be the expected time-averaged toggle rate, rather than worst case (highest possible) toggle rate. A different assignment, Toggle Rate, applies to I/O pins only and is used by the Fitter and by I/O Assignment Analysis to verify signal integrity under worst case conditions (highest possible toggle rate). Use the Synchronizer Toggle Rate if you want to configure the data rates used for Metastability Reporting in the TimeQuest Timing Analyzer.
Type
Double
Device Support
- Arria 10
- Cyclone 10 GX
- Stratix 10
Notes
Syntax
set_instance_assignment -name POWER_TOGGLE_RATE -to <to> <value>
POWER_TOGGLE_RATE_PERCENTAGE
Specifies the toggle rate, as a percentage of clock domain frequency, assumed by power estimation for the signals generated by this node or entity. This percentage acts as a multiplier for the clock domain frequency of the given node. For example, a toggle rate percentage of 12.5 on a node with a clock domain frequency of 96 MHz would result in a toggle rate of 12 million transitions per second. The percentage value must be positive and can take on values greater than 100. The value provided should be representative of the expected time-averaged toggle rate, rather than worst case (highest possible) toggle rate.
Type
String
Device Support
- Arria 10
- Cyclone 10 GX
- Stratix 10
Notes
Syntax
set_instance_assignment -name POWER_TOGGLE_RATE_PERCENTAGE -to <to> <value>
POWER_USE_CUSTOM_COOLING_SOLUTION
Specifies whether a custom cooling solution is used during power estimation. For a custom cooling solution, you must specify the case-to-heat sink, junction-to-case and heat sink-to-ambient thermal resistances.
Type
Boolean
Device Support
- Arria 10
- Cyclone 10 GX
Notes
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name POWER_USE_CUSTOM_COOLING_SOLUTION <value>
Default Value
Off
POWER_USE_DEVICE_CHARACTERISTICS
Specifies the device characteristics to be used during power estimation. Estimates are based on average power consumed by typical silicon at nominal operating conditions. For FPGA board power supply design, change to MAXIMUM to get worst-case values.
Type
Enumeration
Values
- MAXIMUM
- TYPICAL
Device Support
- Arria 10
- Cyclone 10 GX
- Stratix 10
Notes
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name POWER_USE_DEVICE_CHARACTERISTICS <value>
Default Value
TYPICAL
POWER_USE_INPUT_FILES
Specifies whether or not Signal Activity Files or VCD files should be used to initialize the toggle rates and static probabilities that will be used during power estimation.
Type
Boolean
Device Support
- Arria 10
- Cyclone 10 GX
- Stratix 10
Notes
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name POWER_USE_INPUT_FILES <value>
Default Value
Off
POWER_USE_PVA
Specifies whether or not Power Vectorless Activity should be used to fill in undefined toggle rates and static probabilities.
Type
Boolean
Device Support
- Arria 10
- Cyclone 10 GX
- Stratix 10
Notes
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name POWER_USE_PVA <value>
Default Value
On
POWER_USE_TA_VALUE
Specifies the ambient temperature value, in degrees Celsius, used during power estimation.
Type
Integer
Device Support
- Arria 10
- Cyclone 10 GX
Notes
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name POWER_USE_TA_VALUE <value>
Default Value
25
POWER_VCCAUX_USER_OPTION
Allows you to specify settings for the VCCAUX power rail supply. Refer to the device datasheet for the current device family for more details.
Type
String
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name POWER_VCCAUX_USER_OPTION <value>
POWER_VCCA_GXBL_USER_OPTION
Allows you to specify settings for the VCCA_GXBL power rail supply. Refer to the device datasheet for the current device family for more details.
Type
String
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name POWER_VCCA_GXBL_USER_OPTION <value>
POWER_VCCA_GXBR_USER_OPTION
Allows you to specify settings for the VCCA_GXBR power rail supply. Refer to the device datasheet for the current device family for more details.
Type
String
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name POWER_VCCA_GXBR_USER_OPTION <value>
POWER_VCCA_GXB_USER_OPTION
Allows you to specify settings for the VCCA_GXB power rail supply. Refer to the device datasheet for the current device family for more details.
Type
String
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name POWER_VCCA_GXB_USER_OPTION <value>
POWER_VCCA_L_USER_OPTION
Allows you to specify settings for the VCCA_L power rail supply. Refer to the device datasheet for the current device family for more details.
Type
String
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name POWER_VCCA_L_USER_OPTION <value>
POWER_VCCA_R_USER_OPTION
Allows you to specify settings for the VCCA_R power rail supply. Refer to the device datasheet for the current device family for more details.
Type
String
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name POWER_VCCA_R_USER_OPTION <value>
POWER_VCCCB_USER_OPTION
Allows you to specify settings for the VCCCB power rail supply. Refer to the device datasheet for the current device family for more details.
Type
String
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name POWER_VCCCB_USER_OPTION <value>
POWER_VCCH_GXBL_USER_OPTION
Allows you to specify settings for the VCCH_GXBL power rail supply. Refer to the device datasheet for the current device family for more details.
Type
String
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name POWER_VCCH_GXBL_USER_OPTION <value>
POWER_VCCH_GXBR_USER_OPTION
Allows you to specify settings for the VCCH_GXBR power rail supply. Refer to the device datasheet for the current device family for more details.
Type
String
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name POWER_VCCH_GXBR_USER_OPTION <value>
POWER_VCCH_GXB_USER_OPTION
Allows you to specify settings for the VCCH_GXB power rail supply. Refer to the device datasheet for the current device family for more details.
Type
String
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name POWER_VCCH_GXB_USER_OPTION <value>
POWER_VCCIO_USER_OPTION
Allows you to specify settings for the VCCIO power rail supply. Refer to the device datasheet for the current device family for more details.
Type
String
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name POWER_VCCIO_USER_OPTION <value>
POWER_VCCL_GXB_USER_OPTION
Allows you to specify settings for the VCCL_GXB power rail supply. Refer to the device datasheet for the current device family for more details.
Type
String
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name POWER_VCCL_GXB_USER_OPTION <value>
POWER_VCCPD_USER_OPTION
Allows you to specify settings for the VCCPD power rail supply. Refer to the device datasheet for the current device family for more details.
Type
String
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name POWER_VCCPD_USER_OPTION <value>
POWER_VCCR_GXBL_USER_OPTION
Allows you to specify settings for the VCCR_GXBL power rail supply. Refer to the device datasheet for the current device family for more details.
Type
String
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name POWER_VCCR_GXBL_USER_OPTION <value>
POWER_VCCR_GXBR_USER_OPTION
Allows you to specify settings for the VCCR_GXBR power rail supply. Refer to the device datasheet for the current device family for more details.
Type
String
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name POWER_VCCR_GXBR_USER_OPTION <value>
POWER_VCCR_GXB_USER_OPTION
Allows you to specify settings for the VCCR_GXB power rail supply. Refer to the device datasheet for the current device family for more details.
Type
String
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name POWER_VCCR_GXB_USER_OPTION <value>
POWER_VCCT_GXBL_USER_OPTION
Allows you to specify settings for the VCCT_GXBL power rail supply. Refer to the device datasheet for the current device family for more details.
Type
String
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name POWER_VCCT_GXBL_USER_OPTION <value>
POWER_VCCT_GXBR_USER_OPTION
Allows you to specify settings for the VCCT_GXBR power rail supply. Refer to the device datasheet for the current device family for more details.
Type
String
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name POWER_VCCT_GXBR_USER_OPTION <value>
POWER_VCCT_GXB_USER_OPTION
Allows you to specify settings for the VCCT_GXB power rail supply. Refer to the device datasheet for the current device family for more details.
Type
String
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name POWER_VCCT_GXB_USER_OPTION <value>
POWER_VCD_FILE_END_TIME
Specifies the time at which toggle rates and static probabilities should stop being calculated for the output signals contained in the VCD files.
Type
Time
Device Support
- Arria 10
- Cyclone 10 GX
- Stratix 10
Notes
Syntax
set_global_assignment -name POWER_VCD_FILE_END_TIME -entity <entity name> -section_id <section identifier> <value>
POWER_VCD_FILE_START_TIME
Specifies the time at which toggle rates and static probabilities should start to be calculated for the output signals contained in the VCD files.
Type
Time
Device Support
- Arria 10
- Cyclone 10 GX
- Stratix 10
Notes
Syntax
set_global_assignment -name POWER_VCD_FILE_START_TIME -entity <entity name> -section_id <section identifier> <value>
POWER_VCD_FILTER_GLITCHES
Specifies whether or not glitch filtering should be used when reading in VCD files.
Type
Boolean
Device Support
- Arria 10
- Cyclone 10 GX
- Stratix 10
Notes
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name POWER_VCD_FILTER_GLITCHES <value>
Default Value
On
VCCAUX_SHARED_USER_VOLTAGE
Specifies the voltage of the VCCAUX_SHARED power rail supply. Refer to the device datasheet for the current device family for more details.
Type
String
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name VCCAUX_SHARED_USER_VOLTAGE <value>
VCCAUX_USER_VOLTAGE
Specifies the voltage of the VCCAUX power rail supply. Refer to the device datasheet for the current device family for more details.
Type
String
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name VCCAUX_USER_VOLTAGE <value>
VCCA_FPLL_USER_VOLTAGE
Specifies the voltage of the VCCA_FPLL power rail supply. Refer to the device datasheet for the current device family for more details.
Type
String
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name VCCA_FPLL_USER_VOLTAGE <value>
VCCA_GTBR_USER_VOLTAGE
Specifies the voltage of the VCCA_GTB power rail supply. Refer to the device datasheet for the current device family for more details.
Type
String
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name VCCA_GTBR_USER_VOLTAGE <value>
VCCA_GTB_USER_VOLTAGE
Specifies the voltage of the VCCA_GTB power rail supply. Refer to the device datasheet for the current device family for more details.
Type
String
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name VCCA_GTB_USER_VOLTAGE <value>
VCCA_GXBL_USER_VOLTAGE
Specifies the voltage of the VCCA_GXBL power rail supply. Refer to the device datasheet for the current device family for more details.
Type
String
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name VCCA_GXBL_USER_VOLTAGE <value>
VCCA_GXBR_USER_VOLTAGE
Specifies the voltage of the VCCA_GXBR power rail supply. Refer to the device datasheet for the current device family for more details.
Type
String
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name VCCA_GXBR_USER_VOLTAGE <value>
VCCA_GXB_USER_VOLTAGE
Specifies the voltage of the VCCA_GXB power rail supply. Refer to the device datasheet for the current device family for more details.
Type
String
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name VCCA_GXB_USER_VOLTAGE <value>
VCCA_L_USER_VOLTAGE
Specifies the default voltage of the VCCA_L power rail supply, which is applied if all transceivers on the left side of the device are powered and unused. To configure a transceiver for your intended protocol, use the ALTGX MegaWizard. Refer to the device datasheet for the current device family for more details.
Type
String
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name VCCA_L_USER_VOLTAGE <value>
VCCA_PLL_USER_VOLTAGE
Specifies the voltage of the VCCA_PLL power rail supply. Refer to the device datasheet for the current device family for more details.
Type
String
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name VCCA_PLL_USER_VOLTAGE <value>
VCCA_R_USER_VOLTAGE
Specifies the default voltage of the VCCA_R power rail supply, which is applied if all transceivers on the right side of the device are powered and unused. To configure a transceiver for your intended protocol, use the ALTGX MegaWizard. Refer to the device datasheet for the current device family for more details.
Type
String
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name VCCA_R_USER_VOLTAGE <value>
VCCA_USER_VOLTAGE
Specifies the voltage of the VCCA power rail supply. For devices in the Arria II family, this voltage is applied if the transceivers are powered. Refer to the device datasheet for the current device family for more details.
Type
String
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name VCCA_USER_VOLTAGE <value>
VCCBAT_USER_VOLTAGE
Specifies the voltage of the VCCBAT power rail supply. Refer to the device datasheet for the current device family for more details.
Type
String
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name VCCBAT_USER_VOLTAGE <value>
VCCCB_USER_VOLTAGE
Specifies the voltage of the VCCCB power rail supply. Refer to the device datasheet for the current device family for more details.
Type
String
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name VCCCB_USER_VOLTAGE <value>
VCCD_FPLL_USER_VOLTAGE
Specifies the voltage of the VCCD_FPLL power rail supply. Refer to the device datasheet for the current device family for more details.
Type
String
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name VCCD_FPLL_USER_VOLTAGE <value>
VCCD_PLL_USER_VOLTAGE
Specifies the voltage of the VCCD_PLL power rail supply. Refer to the device datasheet for the current device family for more details.
Type
String
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name VCCD_PLL_USER_VOLTAGE <value>
VCCD_USER_VOLTAGE
Specifies the voltage of the VCCD power rail supply. Refer to the device datasheet for the current device family for more details.
Type
String
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name VCCD_USER_VOLTAGE <value>
VCCEH_GXBL_USER_VOLTAGE
Specifies the default voltage of the VCCEH_GXBL power rail supplies, which is applied if all transceivers in the corresponding transceiver block are powered and unused. To configure a transceiver for your intended protocol, use the ALTGX MegaWizard. Refer to the device datasheet for the current device family for more details.
Type
String
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name VCCEH_GXBL_USER_VOLTAGE <value>
VCCEH_GXBR_USER_VOLTAGE
Specifies the default voltage of the VCCEH_GXBR power rail supplies, which is applied if all transceivers in the corresponding transceiver block are powered and unused. To configure a transceiver for your intended protocol, use the ALTGX MegaWizard. Refer to the device datasheet for the current device family for more details.
Type
String
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name VCCEH_GXBR_USER_VOLTAGE <value>
VCCEH_GXB_USER_VOLTAGE
Specifies the default voltage of the VCCEH_GXB power rail supplies, which is applied if all transceivers in the corresponding transceiver block are powered and unused. To configure a transceiver for your intended protocol, use the ALTGX MegaWizard. Refer to the device datasheet for the current device family for more details.
Type
String
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name VCCEH_GXB_USER_VOLTAGE <value>
VCCERAM_USER_VOLTAGE
Specifies the voltage of the VCCERAM power rail supply. Refer to the device datasheet for the current device family for more details.
Type
String
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name VCCERAM_USER_VOLTAGE <value>
VCCE_GXBL_USER_VOLTAGE
Specifies the default voltage of the VCCE_GXBL power rail supplies, which is applied if all transceivers in the corresponding transceiver block are powered and unused. To configure a transceiver for your intended protocol, use the ALTGX MegaWizard. Refer to the device datasheet for the current device family for more details.
Type
String
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name VCCE_GXBL_USER_VOLTAGE <value>
VCCE_GXBR_USER_VOLTAGE
Specifies the default voltage of the VCCE_GXBR power rail supplies, which is applied if all transceivers in the corresponding transceiver block are powered and unused. To configure a transceiver for your intended protocol, use the ALTGX MegaWizard. Refer to the device datasheet for the current device family for more details.
Type
String
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name VCCE_GXBR_USER_VOLTAGE <value>
VCCE_GXB_USER_VOLTAGE
Specifies the default voltage of the VCCE_GXB power rail supplies, which is applied if all transceivers in the corresponding transceiver block are powered and unused. To configure a transceiver for your intended protocol, use the ALTGX MegaWizard. Refer to the device datasheet for the current device family for more details.
Type
String
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name VCCE_GXB_USER_VOLTAGE <value>
VCCE_USER_VOLTAGE
Specifies the voltage of the VCCE power rail supply. Refer to the device datasheet for the current device family for more details.
Type
String
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name VCCE_USER_VOLTAGE <value>
VCCHIP_L_USER_VOLTAGE
Specifies the voltage of the VCCHIP_L power rail supply. Refer to the device datasheet for the current device family for more details.
Type
String
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name VCCHIP_L_USER_VOLTAGE <value>
VCCHIP_R_USER_VOLTAGE
Specifies the voltage of the VCCHIP_R power rail supply. Refer to the device datasheet for the current device family for more details.
Type
String
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name VCCHIP_R_USER_VOLTAGE <value>
VCCHIP_USER_VOLTAGE
Specifies the voltage of the VCCHIP power rail supply. Refer to the device datasheet for the current device family for more details.
Type
String
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name VCCHIP_USER_VOLTAGE <value>
VCCHSSI_L_USER_VOLTAGE
Specifies the voltage of the VCCHSSI_L power rail supply. Refer to the device datasheet for the current device family for more details.
Type
String
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name VCCHSSI_L_USER_VOLTAGE <value>
VCCHSSI_R_USER_VOLTAGE
Specifies the voltage of the VCCHSSI_R power rail supply. Refer to the device datasheet for the current device family for more details.
Type
String
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name VCCHSSI_R_USER_VOLTAGE <value>
VCCH_GTBR_USER_VOLTAGE
Specifies the voltage of the VCCH_GTB power rail supply. Refer to the device datasheet for the current device family for more details.
Type
String
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name VCCH_GTBR_USER_VOLTAGE <value>
VCCH_GTB_USER_VOLTAGE
Specifies the voltage of the VCCH_GTB power rail supply. Refer to the device datasheet for the current device family for more details.
Type
String
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name VCCH_GTB_USER_VOLTAGE <value>
VCCH_GXBL_USER_VOLTAGE
Specifies the default voltage of the VCCH_GXBL power rail supplies, which is applied if all transceivers in the corresponding transceiver block are powered and unused. To configure a transceiver for your intended protocol, use the ALTGX MegaWizard. Refer to the device datasheet for the current device family for more details.
Type
String
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name VCCH_GXBL_USER_VOLTAGE <value>
VCCH_GXBR_USER_VOLTAGE
Specifies the default voltage of the VCCH_GXBR power rail supplies, which is applied if all transceivers in the corresponding transceiver block are powered and unused. To configure a transceiver for your intended protocol, use the ALTGX MegaWizard. Refer to the device datasheet for the current device family for more details.
Type
String
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name VCCH_GXBR_USER_VOLTAGE <value>
VCCH_GXB_USER_VOLTAGE
Specifies the voltage of the VCCH_GXB power rail supply. Refer to the device datasheet for the current device family for more details.
Type
String
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name VCCH_GXB_USER_VOLTAGE <value>
VCCH_L_USER_VOLTAGE
Specifies the default voltage of the VCCH_L power rail supplies, which is applied if all transceivers in the corresponding transceiver block are powered and unused. To configure a transceiver for your intended protocol, use the ALTGX MegaWizard. Refer to the device datasheet for the current device family for more details.
Type
String
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name VCCH_L_USER_VOLTAGE <value>
VCCH_R_USER_VOLTAGE
Specifies the default voltage of the VCCH_R power rail supplies, which is applied if all transceivers in the corresponding transceiver block are powered and unused. To configure a transceiver for your intended protocol, use the ALTGX MegaWizard. Refer to the device datasheet for the current device family for more details.
Type
String
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name VCCH_R_USER_VOLTAGE <value>
VCCINT_USER_VOLTAGE
Specifies the voltage of the VCCINT power rail supply. Refer to the device datasheet for the current device family for more details.
Type
String
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name VCCINT_USER_VOLTAGE <value>
VCCIOREF_HPS_USER_VOLTAGE
Specifies the voltage of the VCCIOREF_HPS power rail supply. Refer to the device datasheet for the current device family for more details.
Type
String
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name VCCIOREF_HPS_USER_VOLTAGE <value>
VCCIO_HPS_USER_VOLTAGE
Specifies the voltage of the VCCIO_HPS power rail supply. Refer to the device datasheet for the current device family for more details.
Type
String
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name VCCIO_HPS_USER_VOLTAGE <value>
VCCIO_USER_VOLTAGE
Specifies the voltage of the VCCIO power rail supply. Refer to the device datasheet for the current device family for more details.
Type
String
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name VCCIO_USER_VOLTAGE <value>
VCCL_GTBL_USER_VOLTAGE
Specifies the voltage of the VCCL_GTB power rail supply. Refer to the device datasheet for the current device family for more details.
Type
String
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name VCCL_GTBL_USER_VOLTAGE <value>
VCCL_GTBR_USER_VOLTAGE
Specifies the voltage of the VCCL_GTB power rail supply. Refer to the device datasheet for the current device family for more details.
Type
String
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name VCCL_GTBR_USER_VOLTAGE <value>
VCCL_GTB_USER_VOLTAGE
Specifies the voltage of the VCCL_GTB power rail supply. Refer to the device datasheet for the current device family for more details.
Type
String
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name VCCL_GTB_USER_VOLTAGE <value>
VCCL_GXBL_USER_VOLTAGE
Specifies the voltage of the VCCL_GXBL power rail supply. Refer to the device datasheet for the current device family for more details.
Type
String
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name VCCL_GXBL_USER_VOLTAGE <value>
VCCL_GXBR_USER_VOLTAGE
Specifies the voltage of the VCCL_GXBR power rail supply. Refer to the device datasheet for the current device family for more details.
Type
String
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name VCCL_GXBR_USER_VOLTAGE <value>
VCCL_GXB_USER_VOLTAGE
Specifies the voltage of the VCCL_GXB power rail supply. Refer to the device datasheet for the current device family for more details.
Type
String
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name VCCL_GXB_USER_VOLTAGE <value>
VCCL_HPS_USER_VOLTAGE
Specifies the voltage of the VCCL_HPS power rail supply. Refer to the device datasheet for the current device family for more details.
Type
String
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name VCCL_HPS_USER_VOLTAGE <value>
VCCL_USER_VOLTAGE
Specifies the voltage of the VCCL power rail supply. Refer to the device datasheet for the current device family for more details.
Type
String
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name VCCL_USER_VOLTAGE <value>
VCCPD_USER_VOLTAGE
Specifies the voltage of the VCCPD power rail supply. Refer to the device datasheet for the current device family for more details.
Type
String
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name VCCPD_USER_VOLTAGE <value>
VCCPGM_USER_VOLTAGE
Specifies the voltage of the VCCPGM power rail supply. Refer to the device datasheet for the current device family for more details.
Type
String
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name VCCPGM_USER_VOLTAGE <value>
VCCPLL_HPS_USER_VOLTAGE
Specifies the voltage of the VCCPLL_HPS power rail supply. For more information, refer to the respective device datasheet.
Type
String
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name VCCPLL_HPS_USER_VOLTAGE <value>
VCCPT_USER_VOLTAGE
Specifies the voltage of the VCCPT power rail supply. Refer to the device datasheet for the current device family for more details.
Type
String
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name VCCPT_USER_VOLTAGE <value>
VCCP_USER_VOLTAGE
Specifies the voltage of the VCCP power rail supply. Refer to the device datasheet for the current device family for more details.
Type
String
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name VCCP_USER_VOLTAGE <value>
VCCRSTCLK_HPS_USER_VOLTAGE
Specifies the voltage of the VCCRSTCLK_HPS power rail supply. Refer to the device datasheet for the current device family for more details.
Type
String
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name VCCRSTCLK_HPS_USER_VOLTAGE <value>
VCCR_GTBL_USER_VOLTAGE
Specifies the voltage of the VCCR_GTB power rail supply. Refer to the device datasheet for the current device family for more details.
Type
String
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name VCCR_GTBL_USER_VOLTAGE <value>
VCCR_GTBR_USER_VOLTAGE
Specifies the voltage of the VCCR_GTB power rail supply. Refer to the device datasheet for the current device family for more details.
Type
String
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name VCCR_GTBR_USER_VOLTAGE <value>
VCCR_GTB_USER_VOLTAGE
Specifies the voltage of the VCCR_GTB power rail supply. Refer to the device datasheet for the current device family for more details.
Type
String
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name VCCR_GTB_USER_VOLTAGE <value>
VCCR_GXBL_USER_VOLTAGE
Specifies the voltage of the VCCR_GXBL power rail supply. Refer to the device datasheet for the current device family for more details.
Type
String
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name VCCR_GXBL_USER_VOLTAGE <value>
VCCR_GXBR_USER_VOLTAGE
Specifies the voltage of the VCCR_GXBR power rail supply. Refer to the device datasheet for the current device family for more details.
Type
String
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name VCCR_GXBR_USER_VOLTAGE <value>
VCCR_GXB_USER_VOLTAGE
Specifies the voltage of the VCCR_GXB power rail supply. Refer to the device datasheet for the current device family for more details.
Type
String
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name VCCR_GXB_USER_VOLTAGE <value>
VCCR_L_USER_VOLTAGE
Specifies the voltage of the VCCR_L power rail supply. Refer to the device datasheet for the current device family for more details.
Type
String
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name VCCR_L_USER_VOLTAGE <value>
VCCR_R_USER_VOLTAGE
Specifies the voltage of the VCCR_R power rail supply. Refer to the device datasheet for the current device family for more details.
Type
String
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name VCCR_R_USER_VOLTAGE <value>
VCCR_USER_VOLTAGE
Specifies the voltage of the VCCR power rail supply. Refer to the device datasheet for the current device family for more details.
Type
String
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name VCCR_USER_VOLTAGE <value>
VCCT_GTBL_USER_VOLTAGE
Specifies the voltage of the VCCT_GTB power rail supply. Refer to the device datasheet for the current device family for more details.
Type
String
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name VCCT_GTBL_USER_VOLTAGE <value>
VCCT_GTBR_USER_VOLTAGE
Specifies the voltage of the VCCT_GTB power rail supply. Refer to the device datasheet for the current device family for more details.
Type
String
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name VCCT_GTBR_USER_VOLTAGE <value>
VCCT_GTB_USER_VOLTAGE
Specifies the voltage of the VCCT_GTB power rail supply. Refer to the device datasheet for the current device family for more details.
Type
String
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name VCCT_GTB_USER_VOLTAGE <value>
VCCT_GXBL_USER_VOLTAGE
Specifies the voltage of the VCCT_GXBL power rail supply. Refer to the device datasheet for the current device family for more details.
Type
String
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name VCCT_GXBL_USER_VOLTAGE <value>
VCCT_GXBR_USER_VOLTAGE
Specifies the voltage of the VCCT_GXBR power rail supply. Refer to the device datasheet for the current device family for more details.
Type
String
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name VCCT_GXBR_USER_VOLTAGE <value>
VCCT_GXB_USER_VOLTAGE
Specifies the voltage of the VCCT_GXB power rail supply. Refer to the device datasheet for the current device family for more details.
Type
String
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name VCCT_GXB_USER_VOLTAGE <value>
VCCT_L_USER_VOLTAGE
Specifies the voltage of the VCCT_L power rail supply. Refer to the device datasheet for the current device family for more details.
Type
String
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name VCCT_L_USER_VOLTAGE <value>
VCCT_R_USER_VOLTAGE
Specifies the voltage of the VCCT_R power rail supply. Refer to the device datasheet for the current device family for more details.
Type
String
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name VCCT_R_USER_VOLTAGE <value>
VCCT_USER_VOLTAGE
Specifies the voltage of the VCCT power rail supply. Refer to the device datasheet for the current device family for more details.
Type
String
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name VCCT_USER_VOLTAGE <value>
VCC_HPS_USER_VOLTAGE
Specifies the voltage of the VCC_HPS power rail supply. For more information, refer to the respective device datasheet.
Type
String
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name VCC_HPS_USER_VOLTAGE <value>
VCC_USER_VOLTAGE
Specifies the voltage of the VCC power rail supply. Refer to the device datasheet for the current device family for more details.
Type
String
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name VCC_USER_VOLTAGE <value>
Programmer Assignments
GENERATE_JAM_FILE
Directs the programmer to generate a JEDEC JESD71 STAPL Format File (.jam) containing configuration data that an intelligent external controller can use to configure the target device.
Type
Boolean
Device Support
- Arria 10
- Cyclone 10 GX
- Stratix 10
Notes
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name GENERATE_JAM_FILE <value>
Default Value
Off
GENERATE_JBC_FILE
Directs the programmer to generate a compressed JAM Byte Code File (.jbc) containing configuration data that an intelligent external controller can use to configure the target device.
Type
Boolean
Device Support
- Arria 10
- Cyclone 10 GX
- Stratix 10
Notes
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name GENERATE_JBC_FILE <value>
Default Value
Off
GENERATE_JBC_FILE_COMPRESSED
Generate a compressed JAM Byte Code File (.jbc) containing configuration data that an intelligent external controller can use to configure the target device.
Type
Boolean
Device Support
- Arria 10
- Cyclone 10 GX
- Stratix 10
Notes
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name GENERATE_JBC_FILE_COMPRESSED <value>
Default Value
On
GENERATE_SVF_FILE
Directs the programmer to generate a Serial Vector Format File (.svf) containing configuration data that an intelligent external controller can use to configure the target device.
Type
Boolean
Device Support
- Arria 10
- Cyclone 10 GX
- Stratix 10
Notes
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name GENERATE_SVF_FILE <value>
Default Value
Off
HPS_EARLY_IO_RELEASE
Release the HPS shared I/O bank after the IOCSR programming
Type
Boolean
Device Support
- Arria 10
- Cyclone 10 GX
Notes
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name HPS_EARLY_IO_RELEASE <value>
Default Value
Off
MERGE_HEX_FILE
Uses the Hexadecimal (Intel-Format) File (.hex) and the programmable logic Partial SRAM Object File (.psof) to create passive programming files.
Type
Boolean
Device Support
- This setting can be used in projects targeting any Altera device family.
Syntax
set_global_assignment -name MERGE_HEX_FILE <value>
Default Value
Off
Project-Wide Assignments
AGGREGATE_REVISION
Specifies an AGGREGATE revision type.
Type
String
Device Support
- Arria 10
- Cyclone 10 GX
Notes
The value of this assignment is case sensitive.
Syntax
set_global_assignment -name AGGREGATE_REVISION <value>
AHDL_FILE
Associates an AHDL source file with this project.
Type
File name
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
Syntax
set_global_assignment -name AHDL_FILE <value>
AHDL_TEXT_DESIGN_OUTPUT_FILE
Associates an AHDL Text Design Output File with this project.
Type
File name
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
Syntax
set_global_assignment -name AHDL_TEXT_DESIGN_OUTPUT_FILE <value>
ASM_FILE
Associates an Assembly source file with this project.
Type
File name
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
Syntax
set_global_assignment -name ASM_FILE <value>
AUTO_EXPORT_VER_COMPATIBLE_DB
Automatically exports version-compatible database files when compilation completes.
Type
Boolean
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
This assignment is not copied when you create a companion revision for HardCopy II devices.
Syntax
set_global_assignment -name AUTO_EXPORT_VER_COMPATIBLE_DB <value>
Default Value
Off
BASE_REVISION
Specifies a BASE revision type.
Type
String
Device Support
- Arria 10
- Cyclone 10 GX
Notes
The value of this assignment is case sensitive.
Syntax
set_global_assignment -name BASE_REVISION <value>
BASE_REVISION_PROJECT_OUTPUT_DIRECTORY
Specifies the directory where project output files such as the Text-Format Report Files (.rpt) and Equation Files (.eqn) were saved for the base revision. By default, all project output files are saved in the project directory.
Type
File name
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
Syntax
set_global_assignment -name BASE_REVISION_PROJECT_OUTPUT_DIRECTORY <value>
BDF_FILE
Associates a Block Design File with this project.
Type
File name
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
Syntax
set_global_assignment -name BDF_FILE <value>
BINARY_FILE
Associates a binary file with this project.
Type
File name
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
Syntax
set_global_assignment -name BINARY_FILE <value>
BSF_FILE
Associates a Block Symbol File with this project.
Type
File name
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
Syntax
set_global_assignment -name BSF_FILE <value>
CDF_FILE
Associates a Chain Description File with this project.
Type
File name
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
Syntax
set_global_assignment -name CDF_FILE <value>
COMMAND_MACRO_FILE
Associates a script file or ModelSim Macro File with this project.
Type
File name
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
Syntax
set_global_assignment -name COMMAND_MACRO_FILE <value>
CPP_FILE
Associates a C++ source file with this project.
Type
File name
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
Syntax
set_global_assignment -name CPP_FILE <value>
CPP_INCLUDE_FILE
Associates a C++ include file with this project.
Type
File name
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
Syntax
set_global_assignment -name CPP_INCLUDE_FILE <value>
CUSP_FILE
Associates a C++ source file with this project.
Type
File name
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
Syntax
set_global_assignment -name CUSP_FILE <value>
CVP_REVISION
Specifies a CVP revision type.
Type
String
Device Support
- Arria 10
- Cyclone 10 GX
Notes
The value of this assignment is case sensitive.
Syntax
set_global_assignment -name CVP_REVISION <value>
C_FILE
Associates a C source file with this project.
Type
File name
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
Syntax
set_global_assignment -name C_FILE <value>
DEPENDENCY_FILE
Associates a Dependency file with this project.
Type
File name
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
Syntax
set_global_assignment -name DEPENDENCY_FILE <value>
DSPBUILDER_FILE
Associates a DSPBuilder source file with this project.
Type
File name
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
Syntax
set_global_assignment -name DSPBUILDER_FILE <value>
EDIF_FILE
Associates an EDIF source file with this project.
Type
File name
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
Syntax
set_global_assignment -name EDIF_FILE <value>
ELF_FILE
Associates an ELF file with this project.
Type
File name
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
Syntax
set_global_assignment -name ELF_FILE <value>
ENABLE_COMPACT_REPORT_TABLE
Allows you to view the report table in compact format.
Type
Boolean
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name ENABLE_COMPACT_REPORT_TABLE <value>
Default Value
Off
ENABLE_REDUCED_MEMORY_MODE
Determines whether to enable compiler to run in reduced memory mode. This assignment controls a small number of memory-intensive fitter optimizations. Therefore, enabling the reduced memory mode may slightly impact the performance of your design.
Type
Boolean
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
None
Syntax
set_global_assignment -name ENABLE_REDUCED_MEMORY_MODE <value>
Default Value
Off
EQUATION_FILE
Associates an Equation File with this project.
Type
File name
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
Syntax
set_global_assignment -name EQUATION_FILE <value>
FLOW_DISABLE_ASSEMBLER
Allows you to turn on or turn off the Assembler during compilation.
Type
Boolean
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
None
Syntax
set_global_assignment -name FLOW_DISABLE_ASSEMBLER <value>
Default Value
Off
FLOW_ENABLE_IO_ASSIGNMENT_ANALYSIS
Allows you to run I/O assignment analysis before compilation
Type
Boolean
Device Support
- This setting can be used in projects targeting any Altera device family.
Syntax
set_global_assignment -name FLOW_ENABLE_IO_ASSIGNMENT_ANALYSIS <value>
Default Value
Off
FLOW_ENABLE_PARALLEL_MODULES
Allows you to run Assembler and TimeQuest Timing Analyzer in parallel during compilation.
Type
Boolean
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name FLOW_ENABLE_PARALLEL_MODULES <value>
Default Value
On
FLOW_ENABLE_POWER_ANALYZER
Allows you to turn on or turn off the Power Analyzer during compilation.
Type
Boolean
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
None
Syntax
set_global_assignment -name FLOW_ENABLE_POWER_ANALYZER <value>
Default Value
Off
FLOW_ENABLE_RTL_VIEWER
Allows the Netlist Viewers to process the schematic during design compilation. Turning on this option reduces the time required to open the Netlist Viewers at the expense of increased compilation time.
Type
Boolean
Device Support
- This setting can be used in projects targeting any Altera device family.
Syntax
set_global_assignment -name FLOW_ENABLE_RTL_VIEWER <value>
Default Value
Off
GDF_FILE
Associates a GDF source file with this project.
Type
File name
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
Syntax
set_global_assignment -name GDF_FILE <value>
HEX_FILE
Associates a Hexadecimal source file with this project.
Type
File name
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
Syntax
set_global_assignment -name HEX_FILE <value>
HEX_OUTPUT_FILE
Associates a Hexadecimal Output File with this project.
Type
File name
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
Syntax
set_global_assignment -name HEX_OUTPUT_FILE <value>
HPS_ISW_DATA
Hard processor system (HPS) software configuration data.
Type
String
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
Syntax
set_global_assignment -name HPS_ISW_DATA -entity <entity name> <value> set_instance_assignment -name HPS_ISW_DATA -to <to> -entity <entity name> <value>
HPS_ISW_EMIF
Hard processor system (HPS) EMIF configuration data.
Type
String
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
Syntax
set_global_assignment -name HPS_ISW_EMIF -entity <entity name> <value> set_instance_assignment -name HPS_ISW_EMIF -to <to> -entity <entity name> <value>
HPS_ISW_FILE
Associates a hard processor system (HPS) initial software configuration file with an HPS entity.
Type
File name
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
Syntax
set_global_assignment -name HPS_ISW_FILE -entity <entity name> <value> set_instance_assignment -name HPS_ISW_FILE -to <to> -entity <entity name> <value>
HTML_FILE
Associates an HTML file with this project.
Type
File name
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
Syntax
set_global_assignment -name HTML_FILE <value>
HTML_REPORT_FILE
Associates an HTML Report File with this project.
Type
File name
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
Syntax
set_global_assignment -name HTML_REPORT_FILE <value>
INCLUDE_FILE
Associates an Include File with this project.
Type
File name
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
Syntax
set_global_assignment -name INCLUDE_FILE <value>
IPX_FILE
Associates a Quartus Prime IP-XACT description file with this project.
Type
File name
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
Syntax
set_global_assignment -name IPX_FILE <value>
IP_COMPONENT_AUTHOR
Specifies the IP component author
Type
String
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
Syntax
set_global_assignment -name IP_COMPONENT_AUTHOR <value> set_global_assignment -name IP_COMPONENT_AUTHOR -entity <entity name> <value> set_instance_assignment -name IP_COMPONENT_AUTHOR -to <to> -entity <entity name> <value>
IP_COMPONENT_DESCRIPTION
Specifies the IP component description
Type
String
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
Syntax
set_global_assignment -name IP_COMPONENT_DESCRIPTION <value> set_global_assignment -name IP_COMPONENT_DESCRIPTION -entity <entity name> <value> set_instance_assignment -name IP_COMPONENT_DESCRIPTION -to <to> -entity <entity name> <value>
IP_COMPONENT_DISPLAY_NAME
Specifies the IP component display name
Type
String
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
Syntax
set_global_assignment -name IP_COMPONENT_DISPLAY_NAME <value> set_global_assignment -name IP_COMPONENT_DISPLAY_NAME -entity <entity name> <value> set_instance_assignment -name IP_COMPONENT_DISPLAY_NAME -to <to> -entity <entity name> <value>
IP_COMPONENT_DOCUMENTATION_LINK
Specifies a documentation link for the IP component
Type
String
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
Syntax
set_global_assignment -name IP_COMPONENT_DOCUMENTATION_LINK <value> set_global_assignment -name IP_COMPONENT_DOCUMENTATION_LINK -entity <entity name> <value> set_instance_assignment -name IP_COMPONENT_DOCUMENTATION_LINK -to <to> -entity <entity name> <value>
IP_COMPONENT_GROUP
Specifies the group in the Component Library that includes this IP component
Type
String
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
Syntax
set_global_assignment -name IP_COMPONENT_GROUP <value> set_global_assignment -name IP_COMPONENT_GROUP -entity <entity name> <value> set_instance_assignment -name IP_COMPONENT_GROUP -to <to> -entity <entity name> <value>
IP_COMPONENT_INTERNAL
Specifies the if the IP is an internal component.
Type
Boolean
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
Syntax
set_global_assignment -name IP_COMPONENT_INTERNAL <value> set_global_assignment -name IP_COMPONENT_INTERNAL -entity <entity name> <value> set_instance_assignment -name IP_COMPONENT_INTERNAL -to <to> -entity <entity name> <value>
Default Value
Off
IP_COMPONENT_NAME
Specifies the IP component name
Type
String
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
Syntax
set_global_assignment -name IP_COMPONENT_NAME <value> set_global_assignment -name IP_COMPONENT_NAME -entity <entity name> <value> set_instance_assignment -name IP_COMPONENT_NAME -to <to> -entity <entity name> <value>
IP_COMPONENT_PARAMETER
Specifies the parameter, value, and display name of an IP component parameter
Type
String
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
Syntax
set_global_assignment -name IP_COMPONENT_PARAMETER <value> set_global_assignment -name IP_COMPONENT_PARAMETER -entity <entity name> <value> set_instance_assignment -name IP_COMPONENT_PARAMETER -to <to> -entity <entity name> <value>
IP_COMPONENT_REPORT_HIERARCHY
Specifies the if the IP component should report its hierarchy
Type
Boolean
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
Syntax
set_global_assignment -name IP_COMPONENT_REPORT_HIERARCHY <value> set_global_assignment -name IP_COMPONENT_REPORT_HIERARCHY -entity <entity name> <value> set_instance_assignment -name IP_COMPONENT_REPORT_HIERARCHY -to <to> -entity <entity name> <value>
Default Value
Off
IP_COMPONENT_VERSION
Specifies the IP component version
Type
String
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
Syntax
set_global_assignment -name IP_COMPONENT_VERSION <value> set_global_assignment -name IP_COMPONENT_VERSION -entity <entity name> <value> set_instance_assignment -name IP_COMPONENT_VERSION -to <to> -entity <entity name> <value>
IP_FILE
Associates a Qsys IP file (.ip) with this project.
Type
File name
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
Syntax
set_global_assignment -name IP_FILE <value>
IP_GENERATED_DEVICE_FAMILY
Specifies the device families for which the IP core was generated for.
Type
String
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
Syntax
set_global_assignment -name IP_GENERATED_DEVICE_FAMILY <value> set_global_assignment -name IP_GENERATED_DEVICE_FAMILY -entity <entity name> <value> set_instance_assignment -name IP_GENERATED_DEVICE_FAMILY -to <to> -entity <entity name> <value>
IP_QSYS_MODE
Mode used to generate a QIP
Type
String
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
Syntax
set_global_assignment -name IP_QSYS_MODE <value> set_global_assignment -name IP_QSYS_MODE -entity <entity name> <value> set_instance_assignment -name IP_QSYS_MODE -to <to> -entity <entity name> <value>
IP_TARGETED_DEVICE_FAMILY
Specifies the device family for which the IP core was targeted.
Type
String
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
Syntax
set_global_assignment -name IP_TARGETED_DEVICE_FAMILY <value> set_global_assignment -name IP_TARGETED_DEVICE_FAMILY -entity <entity name> <value> set_instance_assignment -name IP_TARGETED_DEVICE_FAMILY -to <to> -entity <entity name> <value>
IP_TARGETED_PART_TRAIT
Specifies a part traint for which IP core was targeted.
Type
String
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
Syntax
set_global_assignment -name IP_TARGETED_PART_TRAIT <value> set_global_assignment -name IP_TARGETED_PART_TRAIT -entity <entity name> <value> set_instance_assignment -name IP_TARGETED_PART_TRAIT -to <to> -entity <entity name> <value>
IP_TOOL_ENV
Specifies the tool which generated the IP core.
Type
String
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
Syntax
set_global_assignment -name IP_TOOL_ENV <value> set_global_assignment -name IP_TOOL_ENV -entity <entity name> <value> set_instance_assignment -name IP_TOOL_ENV -to <to> -entity <entity name> <value>
IP_TOOL_HIERARCHY_LEVELS
Specifies the number of levels of hierarchy from the IP root.
Type
Integer
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
Syntax
set_global_assignment -name IP_TOOL_HIERARCHY_LEVELS <value> set_global_assignment -name IP_TOOL_HIERARCHY_LEVELS -entity <entity name> <value> set_instance_assignment -name IP_TOOL_HIERARCHY_LEVELS -to <to> -entity <entity name> <value>
IP_TOOL_NAME
Specifies the IP core name.
Type
String
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
Syntax
set_global_assignment -name IP_TOOL_NAME <value> set_global_assignment -name IP_TOOL_NAME -entity <entity name> <value> set_instance_assignment -name IP_TOOL_NAME -to <to> -entity <entity name> <value>
IP_TOOL_VERSION
Specifies the IP core version
Type
String
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
Syntax
set_global_assignment -name IP_TOOL_VERSION <value> set_global_assignment -name IP_TOOL_VERSION -entity <entity name> <value> set_instance_assignment -name IP_TOOL_VERSION -to <to> -entity <entity name> <value>
JAM_FILE
Associates a Jam File with this project.
Type
File name
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
Syntax
set_global_assignment -name JAM_FILE <value>
JBC_FILE
Associates a Jam Byte-Code File with this project.
Type
File name
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
Syntax
set_global_assignment -name JBC_FILE <value>
LMF_FILE
Associates a Library Mapping File with this project.
Type
File name
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
Syntax
set_global_assignment -name LMF_FILE <value>
LOGIC_ANALYZER_INTERFACE_FILE
Associates a Logic Analyzer Interface file with this project.
Type
File name
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
Syntax
set_global_assignment -name LOGIC_ANALYZER_INTERFACE_FILE <value>
MAP_FILE
EPC16 addresses used
Type
File name
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
Syntax
set_global_assignment -name MAP_FILE <value>
MASK_REVISION
Specifies a MASK revision type.
Type
String
Device Support
- Arria 10
- Cyclone 10 GX
Notes
The value of this assignment is case sensitive.
Syntax
set_global_assignment -name MASK_REVISION <value>
MAX_IGNORED_ASGN_MSG
Allows you to specify the maximum number of ignored assignment info messages in read-only partitions. Use -1 for unlimited.
Type
Integer
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
None
Syntax
set_global_assignment -name MAX_IGNORED_ASGN_MSG <value>
Default Value
10
MESSAGE_DISABLE
Tells the compiler to suppress the specified user message(s).
Type
Integer
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
This assignment supports Fitter wildcards.
This assignment supports synthesis wildcards.
Syntax
set_global_assignment -name MESSAGE_DISABLE <value> set_global_assignment -name MESSAGE_DISABLE -entity <entity name> <value> set_instance_assignment -name MESSAGE_DISABLE -to <to> -entity <entity name> <value>
MESSAGE_ENABLE
Tells the compiler to enable the specified user message(s).
Type
Integer
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
This assignment supports Fitter wildcards.
This assignment supports synthesis wildcards.
Syntax
set_global_assignment -name MESSAGE_ENABLE <value> set_global_assignment -name MESSAGE_ENABLE -entity <entity name> <value> set_instance_assignment -name MESSAGE_ENABLE -to <to> -entity <entity name> <value>
MIF_FILE
Associates a Memory Initialization File with this project.
Type
File name
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
Syntax
set_global_assignment -name MIF_FILE <value>
MISC_FILE
Associates a file with this project. Files assigned to this assignment will be archived by the Project Archive command if the 'Project source and settings files' file subset is selected.
Type
File name
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
Syntax
set_global_assignment -name MISC_FILE <value>
NUM_PARALLEL_PROCESSORS
Specifies the maximum number of processors allocated for parallel compilation on a single machine. For parallel compilation you can use all available processors on your machine, or specify the number of processors you want to use. For example, if you have a quad-core processor machine and want to leave one processor free for other tasks, you specify '3' as the setting of this option. A setting of '1' disables parallel compilation.
Old Name
MAX_PROCESSORS_USED_FOR_MULTITHREADING
Type
String
Device Support
- Arria 10
- Cyclone 10 GX
- Stratix 10
Notes
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name NUM_PARALLEL_PROCESSORS <value>
OBJECT_FILE
Associates an Object file with this project.
Type
File name
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
Syntax
set_global_assignment -name OBJECT_FILE <value>
OCP_FILE
Specifies the Intel FPGA IP Evaluation Mode file generated by the MegaWizard. This file is used by Quartus to allow compilation and sof generation of the core without a license.
Type
File name
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
Syntax
set_global_assignment -name OCP_FILE <value>
PARTIAL_SRAM_OBJECT_FILE
Associates a Partial SRAM Object File with this project.
Type
File name
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
Syntax
set_global_assignment -name PARTIAL_SRAM_OBJECT_FILE <value>
PIN_FILE
Associates a Pin-Out File with this project.
Type
File name
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
Syntax
set_global_assignment -name PIN_FILE <value>
POWER_INPUT_FILE
Associates a Power Input File (.pwf) with this project.
Type
File name
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
Syntax
set_global_assignment -name POWER_INPUT_FILE <value>
PPF_FILE
Specifies the name of the MegaWizard generated .ppf file containing core specific pin assignments. This file will be loaded by Pin Planner.
Type
File name
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
Syntax
set_global_assignment -name PPF_FILE <value>
PROGRAMMER_OBJECT_FILE
Associates a Programmer Object File with this project.
Type
File name
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
Syntax
set_global_assignment -name PROGRAMMER_OBJECT_FILE <value>
PROJECT_OUTPUT_DIRECTORY
Specifies the directory in which to save all project output files such as the Text-Format Report Files (.rpt) and Equation Files (.eqn). By default, all project output files are saved in the project directory.
Type
File name
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
Syntax
set_global_assignment -name PROJECT_OUTPUT_DIRECTORY <value>
PROJECT_USE_SIMPLIFIED_NAMES
Determines whether to use the simplified naming scheme.
Type
Boolean
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
None
Syntax
set_global_assignment -name PROJECT_USE_SIMPLIFIED_NAMES <value>
Default Value
Off
QARLOG_FILE
Associates an Archive Log file with this project.
Type
File name
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
Syntax
set_global_assignment -name QARLOG_FILE <value>
QAR_FILE
Associates an Archive file with this project.
Type
File name
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
Syntax
set_global_assignment -name QAR_FILE <value>
QDB_FILE
Associates a QDB archive as a source file with this project.
Type
File name
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
Syntax
set_global_assignment -name QDB_FILE <value>
QIP_FILE
Associates a Quartus Prime IP file with this project.
Type
File name
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
Syntax
set_global_assignment -name QIP_FILE <value>
QSYS_FILE
Associates a Qsys file (.qsys) with this project.
Type
File name
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
Syntax
set_global_assignment -name QSYS_FILE <value>
QUARTUS_PTF_FILE
Associates a Peripheral Template File with this project.
Type
File name
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
Syntax
set_global_assignment -name QUARTUS_PTF_FILE <value>
QUARTUS_SBD_FILE
Associates a Quartus Prime System Build Descriptor File with this project.
Type
File name
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
Syntax
set_global_assignment -name QUARTUS_SBD_FILE <value>
QUARTUS_STANDARD_DELAY_FILE
Associates a Quartus Prime Standard Delay Format File with this project.
Type
File name
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
Syntax
set_global_assignment -name QUARTUS_STANDARD_DELAY_FILE <value>
RAW_BINARY_FILE
Associates a Raw Binary File with this project.
Type
File name
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
Syntax
set_global_assignment -name RAW_BINARY_FILE <value>
READ_OR_WRITE_IN_BYTE_ADDRESS
Determines whether to read or write Hexadecimal(.hex) File in byte addressable mode for this project.
Type
Enumeration
Values
- Off
- On
- Use global settings
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
None
Syntax
set_global_assignment -name READ_OR_WRITE_IN_BYTE_ADDRESS <value>
Default Value
Use global settings
RECONFIGURABLE_REVISION
Specifies a RECONFIGURABLE revision type.
Type
String
Device Support
- Arria 10
- Cyclone 10 GX
Notes
The value of this assignment is case sensitive.
Syntax
set_global_assignment -name RECONFIGURABLE_REVISION <value>
REVISION_TYPE
Describes the type of revision. The possible revision types are BASE, RECONFIGURABLE, AGGREGATE, CVP, and MASK. The default type is BASE.
Type
Enumeration
Values
- Aggregate
- Base
- CVP
- Mask
- PR_Base
- PR_Impl
- PR_Syn
- Reconfigurable
Device Support
- Arria 10
- Cyclone 10 GX
Notes
None
Syntax
set_global_assignment -name REVISION_TYPE <value>
RUN_FULL_COMPILE_ON_DEVICE_CHANGE
Run Full Compilation when the device changes
Type
Boolean
Device Support
- This setting can be used in projects targeting any Altera device family.
Syntax
set_global_assignment -name RUN_FULL_COMPILE_ON_DEVICE_CHANGE <value>
Default Value
On
SBI_FILE
Associates a Slave Binary Image File with this project.
Type
File name
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
Syntax
set_global_assignment -name SBI_FILE <value>
SDC_ENTITY_FILE
Associates a Synopsys Design Constraint File (.sdc) with an entity.
Type
File name
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
Syntax
set_global_assignment -name SDC_ENTITY_FILE -entity <entity name> <value> set_instance_assignment -name SDC_ENTITY_FILE -to <to> -entity <entity name> <value> set_global_assignment -name SDC_ENTITY_FILE <value>
SDC_ENTITY_HELPER_FILE
Associates a file \"sourced\" into a Synopsys Design Constraint File (.sdc) with an entity. Helper files are usually TCL (.tcl) files.
Type
File name
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
Syntax
set_global_assignment -name SDC_ENTITY_HELPER_FILE -entity <entity name> <value> set_instance_assignment -name SDC_ENTITY_HELPER_FILE -to <to> -entity <entity name> <value> set_global_assignment -name SDC_ENTITY_HELPER_FILE <value>
SDC_FILE
Associates a Synopsys Design Constraint File (.sdc) with this project.
Type
File name
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
Syntax
set_global_assignment -name SDC_FILE <value>
SDF_OUTPUT_FILE
Associates a Standard Delay Format Output File with this project.
Type
File name
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
Syntax
set_global_assignment -name SDF_OUTPUT_FILE <value>
SERIAL_BITSTREAM_FILE
Associates a Serial Bitstream File with this project.
Type
File name
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
Syntax
set_global_assignment -name SERIAL_BITSTREAM_FILE <value>
SIGNALTAP_FILE
Associates a Signal Tap file with this project.
Type
File name
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
Syntax
set_global_assignment -name SIGNALTAP_FILE <value>
SIP_FILE
Associates a Simulation IP File with this project.
Type
File name
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
Syntax
set_global_assignment -name SIP_FILE <value>
SLD_FILE
Associates a file with this project. Files assigned to this assignment will be archived by the Project Archive command if the 'Project source and settings files' file subset is selected.
Type
File name
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
Syntax
set_global_assignment -name SLD_FILE <value>
SMF_FILE
Associates a State Machine file (.smf) with this project.
Type
File name
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
Syntax
set_global_assignment -name SMF_FILE <value>
SOFTWARE_LIBRARY_FILE
Associates a Software library file with this project.
Type
File name
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
Syntax
set_global_assignment -name SOFTWARE_LIBRARY_FILE <value>
SOPCINFO_FILE
Associates a Qsys or SOPC Builder report file with this project. If you select the Project source and settings files option, the Project Archive command will archive the files assigned to this assignment.
Type
File name
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
Syntax
set_global_assignment -name SOPCINFO_FILE <value>
SOPC_FILE
Associates a SOPC Builder file (.sopc) with this project.
Type
File name
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
Syntax
set_global_assignment -name SOPC_FILE <value>
SOURCE_TCL_SCRIPT_FILE
Runs Tcl script file. This assignment has the same effect as 'source <filename>'.
Type
File name
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
Syntax
set_global_assignment -name SOURCE_TCL_SCRIPT_FILE <value>
SPD_FILE
Associates a Simulation Package Descriptor File with this project.
Type
File name
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
Syntax
set_global_assignment -name SPD_FILE <value>
SRAM_OBJECT_FILE
Associates an SRAM Object File with this project.
Type
File name
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
Syntax
set_global_assignment -name SRAM_OBJECT_FILE <value>
SRECORDS_FILE
Associates a Motorola S-Record file with this project.
Type
File name
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
Syntax
set_global_assignment -name SRECORDS_FILE <value>
SVF_FILE
Associates a Serial Vector Format File with this project.
Type
File name
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
Syntax
set_global_assignment -name SVF_FILE <value>
SYM_FILE
Associates a Symbol File with this project.
Type
File name
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
Syntax
set_global_assignment -name SYM_FILE <value>
SYNTHESIS_ONLY_QIP
Determines whether a Quartus Prime IP File is not for simulation.
Type
Boolean
Device Support
- This setting can be used in projects targeting any Altera device family.
Syntax
set_global_assignment -name SYNTHESIS_ONLY_QIP <value>
SYSTEMVERILOG_FILE
Associates a SystemVerilog HDL source file with this project.
Type
File name
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
Syntax
set_global_assignment -name SYSTEMVERILOG_FILE <value>
TCL_ENTITY_FILE
Associates a TCL File (.tcl) with an entity. These files are often \"sourced\" into Synopsys Design Constraint Files (.sdc) that were also associated with the same entity .
Type
File name
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
Syntax
set_global_assignment -name TCL_ENTITY_FILE -entity <entity name> <value> set_instance_assignment -name TCL_ENTITY_FILE -to <to> -entity <entity name> <value> set_global_assignment -name TCL_ENTITY_FILE <value>
TCL_SCRIPT_FILE
Associates a Tcl script file with this project.
Type
File name
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
Syntax
set_global_assignment -name TCL_SCRIPT_FILE <value>
TEMPLATE_FILE
Associates a Template File with this project.
Type
File name
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
Syntax
set_global_assignment -name TEMPLATE_FILE <value>
TEXT_FILE
Associates a text file with this project.
Type
File name
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
Syntax
set_global_assignment -name TEXT_FILE <value>
TEXT_FORMAT_REPORT_FILE
Associates a text-format Report File with this project.
Type
File name
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
Syntax
set_global_assignment -name TEXT_FORMAT_REPORT_FILE <value>
TIMING_ANALYSIS_OUTPUT_FILE
Associates a Timing Analysis Output File with this project.
Type
File name
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
Syntax
set_global_assignment -name TIMING_ANALYSIS_OUTPUT_FILE <value>
VCD_FILE
Associates a Verilog Value Change Dump File with this project.
Type
File name
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
Syntax
set_global_assignment -name VCD_FILE <value>
VECTOR_TABLE_OUTPUT_FILE
Associates a Vector Table Output File with this project.
Type
File name
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
Syntax
set_global_assignment -name VECTOR_TABLE_OUTPUT_FILE <value>
VECTOR_TEXT_FILE
Associates a text-format Vector File with this project.
Type
File name
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
Syntax
set_global_assignment -name VECTOR_TEXT_FILE <value>
VECTOR_WAVEFORM_FILE
Associates a Vector Waveform File with this project.
Type
File name
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
Syntax
set_global_assignment -name VECTOR_WAVEFORM_FILE <value>
VERILOG_FILE
Associates a Verilog HDL source file with this project.
Type
File name
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
Syntax
set_global_assignment -name VERILOG_FILE <value>
VERILOG_INCLUDE_FILE
Associates a Verilog Include file with this project.
Old Name
VERILOG_VH_FILE
Type
File name
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
Syntax
set_global_assignment -name VERILOG_INCLUDE_FILE <value>
VERILOG_OUTPUT_FILE
Associates a Verilog Output File with this project.
Type
File name
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
Syntax
set_global_assignment -name VERILOG_OUTPUT_FILE <value>
VERILOG_TEST_BENCH_FILE
Associates a Verilog HDL Test Bench File (.vt) with this project.
Type
File name
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
Syntax
set_global_assignment -name VERILOG_TEST_BENCH_FILE <value>
VER_COMPATIBLE_DB_DIR
Specifies the directory to which version-compatible database files should be saved
Type
File name
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
This assignment is not copied when you create a companion revision for HardCopy II devices.
Syntax
set_global_assignment -name VER_COMPATIBLE_DB_DIR <value>
Default Value
export_db
VHDL_FILE
Associates a VHDL source file with this project.
Type
File name
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
Syntax
set_global_assignment -name VHDL_FILE <value>
VHDL_OUTPUT_FILE
Associates a VHDL Output File with this project.
Type
File name
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
Syntax
set_global_assignment -name VHDL_OUTPUT_FILE <value>
VHDL_TEST_BENCH_FILE
Associates a VHDL Test Bench File (.vht) with this project.
Type
File name
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
Syntax
set_global_assignment -name VHDL_TEST_BENCH_FILE <value>
VQM_FILE
Associates a structural Verilog HDL source file with this project.
Type
File name
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
Syntax
set_global_assignment -name VQM_FILE <value>
ZIP_VECTOR_WAVEFORM_FILE
Associates a Compressed Vector Waveform File with this project.
Type
File name
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
Syntax
set_global_assignment -name ZIP_VECTOR_WAVEFORM_FILE <value>
Retimer Assignments
HYPER_RETIMER_FAST_FORWARD_ADD_PIPELINING_MAX
Set the maximum number of additional pipeline stages that the Fast Forward Compilation flow may explore.
Type
Integer
Device Support
- Stratix 10
Notes
This assignment supports wildcards.
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name HYPER_RETIMER_FAST_FORWARD_ADD_PIPELINING_MAX <value> set_instance_assignment -name HYPER_RETIMER_FAST_FORWARD_ADD_PIPELINING_MAX -to <to> -entity <entity name> <value>
Default Value
-1
HYPER_RETIMER_FAST_FORWARD_ASYNCH_CLEAR
Control how Fast Forward Compile handles registers with asynchronous clear signals.
Type
Enumeration
Values
- Auto
- Preserve
Device Support
- Stratix 10
Notes
This assignment supports wildcards.
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name HYPER_RETIMER_FAST_FORWARD_ASYNCH_CLEAR <value> set_instance_assignment -name HYPER_RETIMER_FAST_FORWARD_ASYNCH_CLEAR -to <to> -entity <entity name> <value>
Default Value
Auto
HYPER_RETIMER_FAST_FORWARD_DSP_BLOCKS
Fast Forward Compile will analyze DSP blocks that are limiting performance and assume that they can be fully registered.
Type
Boolean
Device Support
- Stratix 10
Notes
This assignment supports wildcards.
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name HYPER_RETIMER_FAST_FORWARD_DSP_BLOCKS <value> set_instance_assignment -name HYPER_RETIMER_FAST_FORWARD_DSP_BLOCKS -to <to> -entity <entity name> <value>
Default Value
On
HYPER_RETIMER_FAST_FORWARD_RAM_BLOCKS
Fast Forward Compile will analyze RAM blocks that are limiting performance and assume that they can be fully registered.
Type
Boolean
Device Support
- Stratix 10
Notes
This assignment supports wildcards.
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name HYPER_RETIMER_FAST_FORWARD_RAM_BLOCKS <value> set_instance_assignment -name HYPER_RETIMER_FAST_FORWARD_RAM_BLOCKS -to <to> -entity <entity name> <value>
Default Value
On
HYPER_RETIMER_FAST_FORWARD_USER_PRESERVE_RESTRICTION
Controls how Fast Forward Compile handles restrictions due to user-preserve directives.
Type
Enumeration
Values
- Auto
- Preserve
Device Support
- Stratix 10
Notes
This assignment supports wildcards.
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name HYPER_RETIMER_FAST_FORWARD_USER_PRESERVE_RESTRICTION <value> set_instance_assignment -name HYPER_RETIMER_FAST_FORWARD_USER_PRESERVE_RESTRICTION -to <to> -entity <entity name> <value>
Default Value
Auto
Retimer Fast Forward Assignments
CRITICAL_CHAIN_VIEWER
Enable Critical Chain visualization in the Fast Forward Timing Closure Recommendations report
Type
Boolean
Device Support
- Stratix 10
Notes
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name CRITICAL_CHAIN_VIEWER <value>
Default Value
On
FLOW_ENABLE_HYPER_RETIMER_FAST_FORWARD
Allows you to turn on or turn off Fast Forward analysis during compilation.
Old Name
HYPER_RETIMER_FAST_FORWARD
Type
Boolean
Device Support
- Stratix 10
Notes
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name FLOW_ENABLE_HYPER_RETIMER_FAST_FORWARD <value>
Signal Tap Assignments
CREATE_PARTITION_BOUNDARY_PORTS
Creates boundary ports on ancestor partition(s) by the specified name
Type
String
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
Syntax
set_instance_assignment -name CREATE_PARTITION_BOUNDARY_PORTS -to <to> <value>
ENABLE_LOGIC_ANALYZER_INTERFACE
Enables Logic Analyzer Interface for compilation
Type
Boolean
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name ENABLE_LOGIC_ANALYZER_INTERFACE <value>
ENABLE_SIGNALTAP
Enables the Signal Tap Logic Analyzer for compilation
Type
Boolean
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name ENABLE_SIGNALTAP <value>
STP_FILE
Associates a Signal Tap Logic Analyzer File with this project.
Type
File name
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
Syntax
set_global_assignment -name STP_FILE <value>
USE_LOGIC_ANALYZER_INTERFACE_FILE
Specifies the Logic Analyzer Interface File to be used for compilation.
Type
File name
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name USE_LOGIC_ANALYZER_INTERFACE_FILE <value>
USE_SIGNALTAP_FILE
Specifies the Signal Tap Logic Analyzer File to be used for compilation.
Type
File name
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
This assignment is included in the Fitter report.
Syntax
set_global_assignment -name USE_SIGNALTAP_FILE <value>
Simulator Assignments
ACTION
Specifies the breakpoint's action when triggered.
Type
Enumeration
Values
- Give Error
- Give Info
- Give Warning
- Stop
Device Support
- This setting can be used in projects targeting any Altera device family.
Syntax
set_global_assignment -name ACTION -section_id <section identifier> <value>
ADD_DEFAULT_PINS_TO_SIMULATION_OUTPUT_WAVEFORMS
Adds output pins to the simulation vector output waveforms automatically.
Type
Boolean
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
None
Syntax
set_global_assignment -name ADD_DEFAULT_PINS_TO_SIMULATION_OUTPUT_WAVEFORMS <value>
Default Value
On
ADD_TO_SIMULATION_OUTPUT_WAVEFORMS
Adds the signal to the list of signals for which output waveforms are shown in the simulation report. This option makes a node observable during simulation.
Type
Boolean
Device Support
- This setting can be used in projects targeting any Altera device family.
Syntax
set_instance_assignment -name ADD_TO_SIMULATION_OUTPUT_WAVEFORMS -to <to> -entity <entity name> <value>
ALIAS
Specifies an alias for the full hierarchical name of the node.
Type
String
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
Syntax
set_instance_assignment -name ALIAS -to <to> -entity <entity name> <value>
AUTO_USE_SIMULATION_PDB_NETLIST
Automatically saves/loads simulation netlist to/from external file
Type
Boolean
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
None
Syntax
set_global_assignment -name AUTO_USE_SIMULATION_PDB_NETLIST <value>
Default Value
Off
BREAKPOINT_STATE
Specifies the state of a breakpoint as either enabled or disabled.
Type
Enumeration
Values
- Disabled
- Enabled
Device Support
- This setting can be used in projects targeting any Altera device family.
Syntax
set_global_assignment -name BREAKPOINT_STATE -section_id <section identifier> <value>
CHECK_OUTPUTS
Checks expected outputs vs. actual outputs in the simulation report.
Type
Boolean
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
None
Syntax
set_global_assignment -name CHECK_OUTPUTS <value>
Default Value
Off
END_TIME
Specifies the end time for simulation.
Type
Time
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
None
Syntax
set_global_assignment -name END_TIME <value>
EXTERNAL_PIN_CONNECTION
Specifies an external pin connection between an output pin and an input pin. This option is used during simulations only.
Type
String
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
Syntax
set_instance_assignment -name EXTERNAL_PIN_CONNECTION -to <to> -entity <entity name> <value>
GLITCH_DETECTION
Monitors the design for user-defined glitches (spikes).
Type
Boolean
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
None
Syntax
set_global_assignment -name GLITCH_DETECTION <value>
Default Value
Off
GLITCH_INTERVAL
Allows you to detect glitches and specify the time interval that defines a glitch. If two logic level transitions occur in a period shorter than the specified time period, the resulting glitch is detected and reported in the Processing tab of the Messages window.
Type
Time
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
None
Syntax
set_global_assignment -name GLITCH_INTERVAL <value>
Default Value
1ns
IMMEDIATE_ASSERTION_FAIL_ACTION
Specifies the immediate assertion's action when the assertion fails.
Type
Enumeration
Values
- Give Error
- Give Info
- Give Warning
- Stop
Device Support
- This setting can be used in projects targeting any Altera device family.
Syntax
set_global_assignment -name IMMEDIATE_ASSERTION_FAIL_ACTION -section_id <section identifier> <value>
IMMEDIATE_ASSERTION_FAIL_MESSAGE
Specifies the immediate assertion's message when the assertion fails.
Type
String
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
Syntax
set_global_assignment -name IMMEDIATE_ASSERTION_FAIL_MESSAGE -section_id <section identifier> <value>
IMMEDIATE_ASSERTION_PASS_MESSAGE
Specifies the immediate assertion's message when the assertion passes.
Type
String
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
Syntax
set_global_assignment -name IMMEDIATE_ASSERTION_PASS_MESSAGE -section_id <section identifier> <value>
IMMEDIATE_ASSERTION_STATE
Specifies the state of an immediate assertion as either enabled or disabled.
Type
Enumeration
Values
- Disabled
- Enabled
Device Support
- This setting can be used in projects targeting any Altera device family.
Syntax
set_global_assignment -name IMMEDIATE_ASSERTION_STATE -section_id <section identifier> <value>
IMMEDIATE_ASSERTION_TEST_CONDITION
Specifies the immediate assertion's test condition.
Type
String
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
Syntax
set_global_assignment -name IMMEDIATE_ASSERTION_TEST_CONDITION -section_id <section identifier> <value>
INCREMENTAL_VECTOR_INPUT_SOURCE
Specifies the source of input vectors to be used for simulation.
Type
File name
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
Syntax
set_global_assignment -name INCREMENTAL_VECTOR_INPUT_SOURCE <value>
PASSIVE_RESISTOR
Specifies whether an output or bidirectional pin has a pull-up or pull-down resistor. This option is used in functional simulations only.
Type
Enumeration
Values
- Pull-down
- Pull-up
Device Support
- This setting can be used in projects targeting any Altera device family.
Syntax
set_instance_assignment -name PASSIVE_RESISTOR -to <to> -entity <entity name> <value>
SETUP_HOLD_DETECTION
Detects setup and hold time violations.
Type
Boolean
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
None
Syntax
set_global_assignment -name SETUP_HOLD_DETECTION <value>
Default Value
Off
SETUP_HOLD_DETECTION_INPUT_REGISTERS_BIDIR_PINS_DISABLED
Disables setup and hold time violations detection in input registers of bi-directional pins.
Type
Boolean
Device Support
- This setting can be used in projects targeting any Altera device family.
Syntax
set_global_assignment -name SETUP_HOLD_DETECTION_INPUT_REGISTERS_BIDIR_PINS_DISABLED <value>
Default Value
Off
SETUP_HOLD_TIME_VIOLATION_DETECTION
Enables setup and hold time violation detection during simulation.
Type
Boolean
Device Support
- This setting can be used in projects targeting any Altera device family.
Syntax
set_instance_assignment -name SETUP_HOLD_TIME_VIOLATION_DETECTION -to <to> -entity <entity name> <value>
SIMULATION_BUS_CHANNEL_GROUPING
Automatically groups bus channels in the output waveforms which are shown in the simulation report.
Type
Boolean
Device Support
- This setting can be used in projects targeting any Altera device family.
Syntax
set_global_assignment -name SIMULATION_BUS_CHANNEL_GROUPING <value>
Default Value
Off
SIMULATION_COMPARE_SIGNAL
Specifies the signal to be compared in a waveform comparison.
Type
Boolean
Device Support
- This setting can be used in projects targeting any Altera device family.
Syntax
set_instance_assignment -name SIMULATION_COMPARE_SIGNAL -to <to> -entity <entity name> <value>
SIMULATION_COMPLETE_COVERAGE_REPORT_PANEL
Display report on output ports that toggle between 1 and 0 during simulation.
Type
Boolean
Device Support
- This setting can be used in projects targeting any Altera device family.
Syntax
set_global_assignment -name SIMULATION_COMPLETE_COVERAGE_REPORT_PANEL <value>
Default Value
On
SIMULATION_COVERAGE
Reports 'coverage,' that is, the ratio of output ports that toggle between 1 and 0 during simulation, compared to the total number of output ports present in the netlist, expressed as a percentage.
Type
Boolean
Device Support
- This setting can be used in projects targeting any Altera device family.
Syntax
set_global_assignment -name SIMULATION_COVERAGE <value>
Default Value
On
SIMULATION_DEFAULT_VECTOR_COMPARE_TOLERANCE
Specifies the default comparison timing tolerance to be used in a waveform comparison.
Type
Time
Device Support
- This setting can be used in projects targeting any Altera device family.
Syntax
set_global_assignment -name SIMULATION_DEFAULT_VECTOR_COMPARE_TOLERANCE <value>
SIMULATION_MISSING_0_VALUE_COVERAGE_REPORT_PANEL
Display report on output ports that do not toggle to 0 during simulation.
Type
Boolean
Device Support
- This setting can be used in projects targeting any Altera device family.
Syntax
set_global_assignment -name SIMULATION_MISSING_0_VALUE_COVERAGE_REPORT_PANEL <value>
Default Value
On
SIMULATION_MISSING_1_VALUE_COVERAGE_REPORT_PANEL
Display report on output ports that do not toggle to 1 during simulation.
Type
Boolean
Device Support
- This setting can be used in projects targeting any Altera device family.
Syntax
set_global_assignment -name SIMULATION_MISSING_1_VALUE_COVERAGE_REPORT_PANEL <value>
Default Value
On
SIMULATION_MODE
Specifies the type of simulation to perform for the current Simulation focus.
Type
Enumeration
Values
- Functional
- Timing
- Timing using Fast Timing Model
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
None
Syntax
set_global_assignment -name SIMULATION_MODE <value>
Default Value
TIMING
SIMULATION_NETLIST_VIEWER
Enables the Simulation Netlist Viewer.
Type
Boolean
Device Support
- This setting can be used in projects targeting any Altera device family.
Syntax
set_global_assignment -name SIMULATION_NETLIST_VIEWER <value>
Default Value
Off
SIMULATION_SIGNAL_COMPARE_TOLERANCE
Specifies the comparison timing tolerance to be used for each signal in a waveform comparison.
Type
Time
Device Support
- This setting can be used in projects targeting any Altera device family.
Syntax
set_instance_assignment -name SIMULATION_SIGNAL_COMPARE_TOLERANCE -to <to> -entity <entity name> <value>
SIMULATION_VDB_RESULT_FLUSH
Flushes signal transitions from memory to disk for memory optimization
Type
Boolean
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
None
Syntax
set_global_assignment -name SIMULATION_VDB_RESULT_FLUSH <value>
Default Value
On
SIMULATION_VECTOR_COMPARE_BEGIN_TIME
Specifies the begin time at which waveform comparison on simulation results should start.
Type
Time
Device Support
- This setting can be used in projects targeting any Altera device family.
Syntax
set_global_assignment -name SIMULATION_VECTOR_COMPARE_BEGIN_TIME <value>
SIMULATION_VECTOR_COMPARE_END_TIME
Specifies the end time at which waveform comparison on simulation results should stop.
Type
Time
Device Support
- This setting can be used in projects targeting any Altera device family.
Syntax
set_global_assignment -name SIMULATION_VECTOR_COMPARE_END_TIME <value>
SIMULATION_VECTOR_COMPARE_RULE_FOR_0
Specifies vector values that match with expected strong low value (0) in the waveform file
Type
String
Device Support
- This setting can be used in projects targeting any Altera device family.
Syntax
set_global_assignment -name SIMULATION_VECTOR_COMPARE_RULE_FOR_0 <value>
SIMULATION_VECTOR_COMPARE_RULE_FOR_1
Specifies vector values that match with expected strong high value (1) in the waveform file
Type
String
Device Support
- This setting can be used in projects targeting any Altera device family.
Syntax
set_global_assignment -name SIMULATION_VECTOR_COMPARE_RULE_FOR_1 <value>
SIMULATION_VECTOR_COMPARE_RULE_FOR_DC
Specifies vector values that match with expected don't care value (DC) in the waveform file
Type
String
Device Support
- This setting can be used in projects targeting any Altera device family.
Syntax
set_global_assignment -name SIMULATION_VECTOR_COMPARE_RULE_FOR_DC <value>
SIMULATION_VECTOR_COMPARE_RULE_FOR_H
Specifies vector values that match with expected weak high value (H) in the waveform file
Type
String
Device Support
- This setting can be used in projects targeting any Altera device family.
Syntax
set_global_assignment -name SIMULATION_VECTOR_COMPARE_RULE_FOR_H <value>
SIMULATION_VECTOR_COMPARE_RULE_FOR_L
Specifies vector values that match with expected weak low value (L) in the waveform file
Type
String
Device Support
- This setting can be used in projects targeting any Altera device family.
Syntax
set_global_assignment -name SIMULATION_VECTOR_COMPARE_RULE_FOR_L <value>
SIMULATION_VECTOR_COMPARE_RULE_FOR_U
Specifies vector values that match with expected uninitialized value (U) in the waveform file
Type
String
Device Support
- This setting can be used in projects targeting any Altera device family.
Syntax
set_global_assignment -name SIMULATION_VECTOR_COMPARE_RULE_FOR_U <value>
SIMULATION_VECTOR_COMPARE_RULE_FOR_W
Specifies vector values that match with expected weak unknown value (W) in the waveform file
Type
String
Device Support
- This setting can be used in projects targeting any Altera device family.
Syntax
set_global_assignment -name SIMULATION_VECTOR_COMPARE_RULE_FOR_W <value>
SIMULATION_VECTOR_COMPARE_RULE_FOR_X
Specifies vector values that match with expected unknown value (X) in the waveform file
Type
String
Device Support
- This setting can be used in projects targeting any Altera device family.
Syntax
set_global_assignment -name SIMULATION_VECTOR_COMPARE_RULE_FOR_X <value>
SIMULATION_VECTOR_COMPARE_RULE_FOR_Z
Specifies vector values that match with expected high impedance value (Z) in the waveform file
Type
String
Device Support
- This setting can be used in projects targeting any Altera device family.
Syntax
set_global_assignment -name SIMULATION_VECTOR_COMPARE_RULE_FOR_Z <value>
SIM_BEHAVIOR_SIMULATION
Perform QUASAR Behavior simulation to simulate a verilog design
Type
Boolean
Device Support
- This setting can be used in projects targeting any Altera device family.
Syntax
set_global_assignment -name SIM_BEHAVIOR_SIMULATION <value>
SIM_COMPILE_HDL_FILES
Collect a list of HDL files for compilation in QUASAR
Type
String
Device Support
- This setting can be used in projects targeting any Altera device family.
Syntax
set_global_assignment -name SIM_COMPILE_HDL_FILES <value>
SIM_HDL_TOP_MODULE_NAME
Top level module name provided from user to determine starting point of simulation
Type
String
Device Support
- This setting can be used in projects targeting any Altera device family.
Syntax
set_global_assignment -name SIM_HDL_TOP_MODULE_NAME <value>
SIM_OVERWRITE_WAVEFORM_INPUTS
Overwrite simulation input file with simulation results.
Type
Boolean
Device Support
- This setting can be used in projects targeting any Altera device family.
Syntax
set_global_assignment -name SIM_OVERWRITE_WAVEFORM_INPUTS <value>
SIM_TAP_REGISTER_D_Q_PORTS
Adds the D and Q ports of a register node to the list of signals for which output waveforms are shown in the simulation report. This option makes the D and Q ports of a register node observable during Functional Simulation.
Type
Boolean
Device Support
- This setting can be used in projects targeting any Altera device family.
Syntax
set_instance_assignment -name SIM_TAP_REGISTER_D_Q_PORTS -to <to> -entity <entity name> <value>
SIM_VECTOR_COMPARED_CLOCK_DUTY_CYCLE
Specifies the duty cycle of compared clock used to trigger waveform comparison.
Type
Integer
Device Support
- This setting can be used in projects targeting any Altera device family.
Syntax
set_global_assignment -name SIM_VECTOR_COMPARED_CLOCK_DUTY_CYCLE -section_id <section identifier> <value>
Default Value
50, requires section identifier
SIM_VECTOR_COMPARED_CLOCK_OFFSET
Specifies the offset of compared clock used to trigger waveform comparison.
Type
Time
Device Support
- This setting can be used in projects targeting any Altera device family.
Syntax
set_global_assignment -name SIM_VECTOR_COMPARED_CLOCK_OFFSET -section_id <section identifier> <value>
Default Value
0ns, requires section identifier
SIM_VECTOR_COMPARED_CLOCK_PERIOD
Specifies the period of compared clock used to trigger waveform comparison.
Type
Time
Device Support
- This setting can be used in projects targeting any Altera device family.
Syntax
set_global_assignment -name SIM_VECTOR_COMPARED_CLOCK_PERIOD -section_id <section identifier> <value>
START_TIME
Specifies the start time for simulation.
Type
Time
Device Support
- This setting can be used in projects targeting any Altera device family.
Syntax
set_global_assignment -name START_TIME <value>
Default Value
0ns
TRIGGER_EQUATION
Specifies the breakpoint's trigger equation.
Type
String
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
Syntax
set_global_assignment -name TRIGGER_EQUATION -section_id <section identifier> <value>
TRIGGER_VECTOR_COMPARE_ON_SIGNAL
Trigger vector comparison with the specified signal.
Type
Boolean
Device Support
- This setting can be used in projects targeting any Altera device family.
Syntax
set_instance_assignment -name TRIGGER_VECTOR_COMPARE_ON_SIGNAL -to <to> -entity <entity name> <value>
USER_MESSAGE
Specifies the breakpoint's message when triggered.
Type
String
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
Syntax
set_global_assignment -name USER_MESSAGE -section_id <section identifier> <value>
VECTOR_COMPARE_TRIGGER_MODE
Specifies the comparison mode to trigger vector comparison.
Type
Enumeration
Values
- ALL_EDGE
- INPUT_EDGE
- SELECTED_EDGE
Device Support
- This setting can be used in projects targeting any Altera device family.
Syntax
set_global_assignment -name VECTOR_COMPARE_TRIGGER_MODE <value>
Default Value
INPUT_EDGE
VECTOR_INPUT_SOURCE
Specifies the source of input vectors to be used for simulation.
Type
File name
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
Syntax
set_global_assignment -name VECTOR_INPUT_SOURCE <value>
VECTOR_OUTPUT_DESTINATION
Specifies the output vector file for the current simulation.
Type
File name
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
The value of this assignment is case sensitive.
Syntax
set_global_assignment -name VECTOR_OUTPUT_DESTINATION <value>
VECTOR_OUTPUT_FORMAT
Specifies the format of simulation results.
Type
Enumeration
Values
- CVWF
- VCD
- VWF
Device Support
- This setting can be used in projects targeting any Altera device family.
Syntax
set_global_assignment -name VECTOR_OUTPUT_FORMAT <value>
X_ON_VIOLATION_OPTION
Gives user the option to see 'X' or valid data at the output of registers in the event of a timing violation during simulation..
Type
Boolean
Device Support
- This setting can be used in projects targeting any Altera device family.
Notes
This assignment supports wildcards.
Syntax
set_instance_assignment -name X_ON_VIOLATION_OPTION -to <to> -entity <entity name> <value>