Compiling Code into Silicon

This page summarizes the projects mentioned and recommended in the original post on news.ycombinator.com

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  • freepdk-45nm

    ASIC Design Kit for FreePDK45 + Nangate for use with mflowgen

  • Pretty neat, a python tool that converts Verilog to an IC layout so that you can make your own custom SOC (assuming you have a substantial budget to pay for fab).

    Since it's not clearly stated on the front page, I had to go digging to figure out what processes it supports. Looks like FreePDK45, which is "an open-source generic process design kit (PDK) (i.e., does not correspond to any real process and cannot be fabricated)" [0], ASAP7 "Warning Work in progress (not ready for use)" [1] and Skywater130 which "As of May 2020, this repository is targeting the SKY130 process node. If the SKY130 process node release is successful then in the future more advanced technology nodes may become available." [2] The floorplanner supports their ZeroSOC [3] which I guess is based on TitanSOC [4]

    If this sounds negative, it's not, I just couldn't figure out what processes this was intended for without digging. ASAP7 is Arm and NCSU, and Skywater130 is Skywater and Google.

    [0] https://github.com/mflowgen/freepdk-45nm

  • skywater-pdk

    Open source process design kit for usage with SkyWater Technology Foundry's 130nm node.

  • WorkOS

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  • zerosoc

    Demo SoC for SiliconCompiler.

  • opentitan

    OpenTitan: Open source silicon root of trust

  • gssi

    Stuff I worked on while at GSSI (L'Aquila, Italy)

  • Personally I have fond memories of MyHDL [0], which may be seen as another "code-to-silicon" converter (or at least as the first step of a code-to-silicon workflow). I used it only briefly, and on a school project that had surprisingly little to do with actual hardware design [1], but it really felt "Pythonic" in the best possible way.

    [0]: https://www.myhdl.org/

    [1]: https://github.com/lou1306/gssi/tree/master/2pc

  • myhdl

    The MyHDL development repository

  • Personally I have fond memories of MyHDL [0], which may be seen as another "code-to-silicon" converter (or at least as the first step of a code-to-silicon workflow). I used it only briefly, and on a school project that had surprisingly little to do with actual hardware design [1], but it really felt "Pythonic" in the best possible way.

    [0]: https://www.myhdl.org/

    [1]: https://github.com/lou1306/gssi/tree/master/2pc

  • Verilog.jl

    Verilog for Julia

  • It doesn't have to be. I once made a julia->verilog transpiler that even recompiled your julia functions with verilator, so you could verify that the code was correct.

    https://github.com/interplanetary-robot/Verilog.jl

    Of course, gaining traction on something like this is tricky.

    I actually think Erlang/BEAM would be a great choice for making EDA tools, because it has concurrent execution model that you could probably very easily make play nice in rudimentary simulations of circuits that have triggers (`always @` sort of stuff.

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  • edalize

    An abstraction library for interfacing EDA tools

  • This reminds me very much of edalize[1], which does something very similar.

    [1]: https://github.com/olofk/edalize

  • chisel

    Chisel: A Modern Hardware Design Language (by chipsalliance)

  • Seems similar to the Chisel compiler for RISC-V:

    https://github.com/chipsalliance/chisel3

  • openlane

    OpenLane is an automated RTL to GDSII flow based on several components including OpenROAD, Yosys, Magic, Netgen and custom methodology scripts for design exploration and optimization.

NOTE: The number of mentions on this list indicates mentions on common posts plus user suggested alternatives. Hence, a higher number means a more popular project.

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