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A Self-Compilation Flow Demo on FOS – The FPGA Operating System

机译:FOS上的自编译流程演示– FPGA操作系统

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With the introduction of Zynq UltraScale+ MPSoCs equipped with powerful 64-bit ARM CPUs along with a 16nm UltraScale+ FPGA fabric in the same die, we can now build full hardware-software programmable systems and configure the FPGA with accelerators, as needed. Traditionally, accelerators had been developed offline using powerful servers running heavy lifting CAD toolchains. In this demo, we show a self-compilation system supporting a user-friendly Jupyter Notebook GUI and multi-tenancy use of the FPGA for educational purposes. From a user perspective, this system compiles accelerators at run-time directly on the ARM CPU without any involvement of the vendor tools. The final bitstreams then execute on the FPGA fabric using PR.
机译:随着Zynq UltraScale + MPSoC的推出,该芯片在同一芯片中配备了功能强大的64位ARM CPU和16nm UltraScale + FPGA架构,我们现在可以构建完整的硬件软件可编程系统,并根据需要使用加速器配置FPGA。传统上,加速器是使用运行繁重的CAD工具链的功能强大的服务器离线开发的。在本演示中,我们展示了一种自编译系统,该系统支持用户友好的Jupyter Notebook GUI和用于教育目的的FPGA多租户使用。从用户的角度来看,该系统在运行时直接在ARM CPU上编译加速器,而无需供应商工具的参与。然后,使用PR在FPGA架构上执行最终的比特流。

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