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Microchip FPGA Board Support from HDL Verifier

HDL Verifier™ automates the verification of HDL code on FPGA boards by providing connections between your FPGA board and your simulations in Simulink® or MATLAB®.

FPGA-in-the-loop (FIL) enables you to run a Simulink or MATLAB simulation that is synchronized with an HDL design running on an FPGA board.

To use FPGA-in-the-loop, you must have a supported FPGA board connected to your MATLAB host computer using a supported connection type, and a supported synthesis tool.

Note

The HDL Verifier Support Package for Microchip FPGA Boards does not support board customization.

Supported Microchip FPGA Boards

This support package enables FPGA-in-the-loop simulation for the boards in the table.

Device FamilyBoardEthernetJTAGPCI ExpressComments

Microchip SmartFusion® 2

Microchip SmartFusion 2 SoC FPGA Advanced Development Kit

X  See Installing Microchip SmartFusion 2 SoC FPGA Advanced Development Kit

Microchip Polarfire®

Microchip Polarfire Evaluation Kit

X  See Installing Microchip Polarfire Evaluation Kit.

Microchip RTG4®

RTG4-DEV-KIT

X   

Installing Microchip SmartFusion 2 SoC FPGA Advanced Development Kit

The Microchip SmartFusion 2 SoC FPGA Advanced Development Kit requires a special setup. Follow the following steps to ensure proper connection:

  1. Board setup

    To ensure functionality, connect the board and set it up as follows:

    1. Connect the USB cable to the USB-UART terminal on the board.

    2. Connect the power cable to the power supply input (12V DC).

    3. Plug the RJ45 cable into RJ45-Port0.

  2. Program the FPGA

    Follow the steps using the FPGA-in-the-Loop Wizard to program the FPGA.

Installing Microchip Polarfire Evaluation Kit

The Microchip Polarfire Evaluation Kit requires a special setup. Follow the following steps to ensure proper connection:

  1. Board setup

    To ensure functionality, connect the board and set it up as follows:

    1. Connect the USB cable to the J5 connector on the board.

    2. Connect the power cable to the J9 jack on the board (12V DC , 5A).

    3. Plug the RJ45 cable into RJ45-Port0 (J15 connector).

    4. Set the jumpers on the board as follows:

      J28 – closed

      J27 – closed

      J227 – closed

      J26 – closed

      J20 – 2-3 closed

      J21 – 2-3 closed

      J22 – 2-3 closed

      J18 – 2-3 closed

      J19- 2-3 closed

      J23 – open

  2. Program the FPGA

    Follow the steps using the FPGA-in-the-Loop Wizard to program the FPGA.