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Fine-grain Reconfigurable Fabrics

  • POSH OpenFPGA (UofU)
    • A FPGA IP generator using XML-based architecture description including three parts: FPGA-Verilog, FPGA-SPICE, FPGA-Bitstream.
  • Archipelago (Berkeley)
    • A parameterizable and user expandable FPGA with toolflow support
  • PRGA (Princeton University)
    • A customizable, scalable, versatile, extensible open-source framework for building and using custom FPGAs
  • ZUMA (UBC)
    • Fine Grain FPGA Overlay Architecture and Tools
  • literate-broccoli (Will Long)
  • Tritoncore (Jack Davidson)
    • A very simple and minimal FPGA that is implemented in CHISEL
    • Jack Davidson's undergrad project at UCSD
  • Trollstigen FPGA (Blayne Kettlewell, Tom Cheng, Harrison Liew, Guanshun Yu)
    • Another very simple and minimal FPGA that is implemented in CHISEL.
    • The author's VLSI Design Lab (E6350) course project.

Coarse-grain Reconfigurable Fabrics

  • garnet (Stanford)
    • Garnet is a framework to investigate and experiment with implementing CGRA using new generator infrastructure.
  • CGRA-ME (Toronto)
    • An architectural modelling and exploration (ME) framework
  • CCF (ASU)
    • CCF (CGRA Compilation Framework) is an end-to-end prototype demonstrating the code generation and simulation process for CGRA accelerators.
  • CML-CGRA (ASU)
    • SMRA v2.0 (or Software Managed Reconfigurable Accelerator) is initiative of the compiler-microarchitecture lab to boost and promote development of reconfigurable accelerators, containing REGIMap, Instruction Generator/Compiler Backend and Architectural Simulator (gem5).