F-tile Architecture and PMA and FEC Direct PHY IP User Guide

ID 683872
Date 12/15/2021
Public

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6.7. Simulating the F-Tile PMA/FEC Direct PHY Design

Simulation of the F-tile PMA/FEC Direct PHY design requires running the Intel® Quartus® Prime Compiler's Analysis & Elaboration and Support-Logic Generation stages to elaborate the component IP in your design. Next, you generate the simulator setup scripts for the Synopsys VCS* simulator or ModelSim* simulator. You can modify and use the setup scripts to elaborate and simulate your design and testbench.

The simulation flow for F-tile differs from other serial interface tiles. The difference in the F-Tile PMA/FEC Direct PHY Intel® FPGA IP simulation flow is that you cannot simulate individual IP files.

To simulate the F-tile PMA/FEC Direct PHY design using VCS* :

  1. Click Processing > Start > Start Analysis & Elaboration. Review and correct any error messages.
  2. On the Compilation Dashboard, click Support-Logic Generation. Review and correct any error messages.
  3. Click Tools > Generate Simulator Setup Script for IP and retain the default options. Ensure that you do not turn on the Use top-level entity names from Quartus project option.
    Figure 105. Generate Simulator Setup Script for IP Dialog Box
  4. Click OK. The vcs_setup.sh file generates in the synopsys/vcs directory and vcs_files.tcl generates in the common directory.
  5. Navigate to the /synopsys/vcs directory.
  6. Review the instructions in vcs_setup.sh to create the vcs_sim.sh file for your simulation. The following shows an example vcs_sim.sh. Your vcs_sim.sh content varies by your design characteristics.
    source ./vcs_setup.sh \ 
    TOP_LEVEL_NAME=top_tb \ 
    QSYS_SIMDIR=../.. \ 
    USER_DEFINED_ELAB_OPTIONS="\"-full64 +v2k -hsopt=gates \ 
    +systemverilogext+.sv -sverilog -lca +lint=TFIPC-L +lint=PCWM -wreal res_def \ 
     -xlrm coerce_nettype -timescale=1ns/1ps +vcs+vcdpluson +vpddrivers \ 
     +define+TIMESCALE_EN +define+INTC_FUNCTIONAL +define+RTLSIM \ 
    +define+SSM_SEQUENCE \ 
    +define+IP7581SERDES_UXS2T1R1PGD_PIPE_SPEC_FORCE \ 
    +define+IP7581SERDES_UXS2T1R1PGD_PIPE_SIMULATION \ 
    +define+IP7581SERDES_UXS2T1R1PGD_PIPE_FAST_SIM +error+1000 \ 
    +define+__SRC_TEST__ -debug_access+r+driver+f -debug_region+encrypt \ 
     +rad -f ./filelist.f  \" "  \ 
    USER_DEFINED_ELAB_OPTIONS_APPEND="\" -l vcs.log\" " 
    ./simv +lic+wait -l simulation.log +fsdb+mda=on +fsdbfile+novas.fsdb
    Note:

    In order to provide a reduction in real-time simulation duration, you can use a Fast Sim model. This model is enabled via a macro in the simulation run scripts. The syntax to enable the Fast Sim model is as follows:

    +define+IP7581SERDES_UX_SIMSPEED
  7. Create your test bench. When calling the top level module in the test bench, the module name must be the same as instance name. For example:
    top top (
    ports passing
    );
    A mismatch between the module and instance names causes errors during compilation. For example, the following produces errors during compilation:
    top top_instant0 (
    ports passing
    );
    Also be sure to add this instantiation in your test bench. :
    top__tile <any names> ();
    For example, <any names> can be top__tile_inst1.
  8.  Create the filelist.f file. vcs_setup.sh contains the instructions for filelist.f. filelist.f contains all your testbench files and top-level. Note that the file location is relative to the vcs_sim.sh command. The following shows one example filelist.f. Your filelist.f content varies, depending on your design characteristics.
    # # DESIGN FILE LIST & OPTIONS TEMPLATE - BEGIN 
    # # 
    # # Compile all design files and testbench files, including the top level. 
    # # (These are all the files required for simulation other than the files 
    # # compiled by the Quartus-generated IP simulation script) 
    # # 
    # +systemverilogext+.sv 
    # <design and testbench files, compile-time options, elaboration options> 
    # # 
    # # DESIGN FILE LIST & OPTIONS TEMPLATE - END 
     
    ../../top.v 
    ../../top_tb.v
  9. Start VCS compilation and simulation.
  10. Launch waveform viewer.

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