具有有序核心、无序核心、加速器等的敏捷RISC-V SOC设计框架
chipyard 开源项目推荐(16 个)
chipyard 话题在 GitHub 上没有填写简介,这里按 Star 数汇总最相关的热门仓库。
热门项目 全部 16
GitHub 共 16 个仓库,已全部展示Software workload management tool for RISC-V based SoC research. This is the default workload management tool for Chipyard and FireSim.
通用评估平台(CEP)基于 UCB 的 Chipyard 框架,是一种仅包含无许可证负担、可自由获取组件的 SoC 设计。
Unified open-source repository for OmniXtend protocol implementations in C, Verilog, and Chisel, supporting host and memory roles.
BOOM's Simulation Accelerator.
A systemverilog/UVM/Makefile testbench for Rocket RISC-V SoCs
This project aims to boot Linux on a RocektChip based SoC, synthesised on the DE10-Nano board. Computer Science Bachelor's Thesis at UAB, Spain.
An online viewer for Chipyard output files
😱 RoCC Accelerator Integration with Chipyard
End-to-end MLIR-based accelerator flow integrating Torch-MLIR, Buddy-MLIR, and Gemmini to compile and run PyTorch workloads on Gemmini accelerator implemented on an FPGA.
A high-performance, production-grade 64-bit RISC-V Multicore SoC ecosystem and industry-standard Cadence ASIC CAD flow (Genus/Innovus). Fully integrated 5-hart coherent core complex, TileLink interconnect, custom RoCC ML Systolic Array, PCIe, USB, HDMI, and silicon-proven IP blocks.
该项目在 GitHub 上没有填写描述
This Github repository serves as a User Guide (UG) for new Chipyard users.
Custom RISC-V RoCC accelerator on Chipyard — from register-only compute to autonomous streaming DMA to a real network-checksum algorithm, verified on Rocket and BOOM in Verilator.
Automated Pipeline: From Hugging Face AI Models to ASIC GDSII Layouts
Web-GUI fuer Chipyard: SoC konfigurieren, Flaeche/Leistung/Yield schaetzen, Verilog bauen
关于这个话题
- 清单取自 GitHub 话题页并按 Star 数排序,每次展示前 16 个项目;原始页面见 https://github.com/topics/chipyard。
- 该话题在 GitHub 上共有 16 个仓库, 本站收录的是其中最热门的 16 个,不是全量列表。
- Star / Fork 每日自动刷新一次,实时数据以 GitHub 为准。
- 当前 16 个项目累计 2686 Star,覆盖 6 种主要语言,数据更新于 2026-11-10。
- 中文介绍来自 GitHub 官方话题说明(github/explore)的机器翻译,可点「查看原文」对照;译文缺失时会先展示原文。