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targeting fpga & soc hardware -凯发k8网页登录

deploy generated hdl code on a target hardware platform

design a system that you can deploy on hardware or a combination of hardware and software. deploy your matlab® or simulink® design:

  • as hardware and software on system-on-chip (soc) platforms, such as xilinx® zynq®, intel® soc or microchip soc.

  • on standalone fpga boards, such as an intel fpga or a xilinx fpga board.

  • on platforms that have a separate fpga and processor, such as the simulink real-time™ target machine with fpga i/o boards.

if you are using an soc platform or a platform that has a separate fpga and processor, you can partition your design to generate hardware that targets the fpga fabric and software that runs on the embedded processor of the target platform.

for more details on the workflow, see targeting fpga & soc hardware overview. for more details on specific hardware platforms, see hdl coder supported hardware.

targeting fpga & soc hardware worfklow

categories


  • learn the basics of targeting fpga and soc platforms

  • prepare a model or matlab function for deployment on an fpga

  • generate hdl ip core and bitstream that contain hdl code for deployment on standalone fpga boards, speedgoat® i/o modules, xilinx zynq-7000 platform, intel soc devices or microchip soc devices

  • prototype, simulate, and verify the generated ip core on your target fpga device

  • configure a software interface model to connect your designed ip core and to deploy to the embedded processor of your target hardware

  • deploy and run hardware-software model on target hardware

  • integrate generated ip core into a target soc device, speedgoat i/o module, or standalone fpga board by defining a custom board and reference design
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