Intel® Arria® 10 Native Fixed Point DSP IP Core User Guide

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ID 683583
Date 3/13/2017
Public
Document Table of Contents
Document Table of Contents x
1. Intel® Arria® Native Fixed Point DSP IP Core User Guide 2. Getting Started 3. Functional Description A. Arria 10 Native Fixed Point DSP IP Core User Guide Document Archives B. Additional Information
1. Intel® Arria® Native Fixed Point DSP IP Core User Guide x
1.1. Arria 10 Native Fixed Point DSP IP Core Features
2. Getting Started x
2.1. Arria 10 Native Fixed Point DSP IP Core Parameter Settings
2.1. Arria 10 Native Fixed Point DSP IP Core Parameter Settings x
2.1.1. Operation Mode Tab 2.1.2. Pre-adder Tab 2.1.3. Internal Coefficient Tab 2.1.4. Accumulator/Output Cascade Tab 2.1.5. Pipelining Tab 2.1.6. Maximum Input Data Width Per Operation Mode
3. Functional Description x
3.1. Operational Modes 3.2. Optional Modules 3.3. Clocking Scheme 3.4. Arria 10 Native Fixed Point DSP IP Core Signals
3.1. Operational Modes x
3.1.1. The 18 × 18 Full Mode 3.1.2. The 18 × 18 Sum of 2 Mode 3.1.3. The 18 × 18 Plus 36 Mode 3.1.4. The 18 × 18 Systolic Mode 3.1.5. The 27 × 27 Mode
3.1.3. The 18 × 18 Plus 36 Mode x
3.1.3.1. Using Less Than 36-bit Operand In 18 × 18 Plus 36 Mode
3.2. Optional Modules x
3.2.1. Input Cascade 3.2.2. Pre-adder 3.2.3. Internal Coefficient 3.2.4. Accumulator and Output Cascade 3.2.5. Pipeline Register
B. Additional Information x
B.1. Arria 10 Native Fixed Point DSP IP Core Document Revision History
1. Intel® Arria® Native Fixed Point DSP IP Core User Guide
2. Getting Started
3. Functional Description
A. Arria 10 Native Fixed Point DSP IP Core User Guide Document Archives
B. Additional Information

3.1.3.1. Using Less Than 36-bit Operand In 18 × 18 Plus 36 Mode

This example shows how to configure the Arria 10 Native Fixed Point DSP IP core to use 18 × 18 Plus 36 operational mode with a signed 12-bit input data of 101010101010 (binary) instead of a 36-bit operand.

  1. Set Representation format for bottom multiplier x operand: to signed.
  2. Set Representation format for bottom multiplier y operand: to unsigned.
  3. Set 'bx' input bus width to 18.
  4. Set 'by' input bus width to 18.
  5. Provide data of '111111111111111111' to bx input bus.
  6. Provide data of '111111101010101010' to by input bus.
Level Two Title