Education kit for teaching introductory Arm-based system-on-chip design on FPGA with lectures and practical labs (educational)
system-on-chip-design 开源项目推荐(16 个)
system-on-chip-design 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ElemRV - 端到端开源 RISC-V 微控制器
Education kit for teaching advanced Arm Cortex-A system-on-chip design on FPGA platforms with lectures and hands-on labs (educational)
高级学生和工程师使用Arm Cortex-A现代SoC设计教材:架构、互连、验证与制造(教育用)
Reference book for SoC and FPGA designers integrating Arm Cortex-M processors with AMBA bus architectures (educational)
学习路径:RISC-V 片上系统(SoC)设计,从寄存器传输级别(RTL)到 GDSII 布局 |使用开源EDA工具完成完整的VLSI设计流程。
收集的 PDF 文章文档,涵盖协同仿真、嵌入式系统、软件开发以及逻辑设计与验证等主题
This project showcases a Verilog implementation of an System on Chip design where the RISC-V processor is connected to multiple peripherals using APB bus
This project focuses on the design and implementation of a digital security system incorporating cryptographic algorithms like Caesar, ChaCha, AES, and Prince, alongside the development of electronic circuits targeting preconfigured microcontrollers within limited hardware environments.
Projects System On Chip (Zynq700)
Balanced ternary logic SoC with CPU, memory controllers, and complete synthesis flow for silicon fabrication
genesis-RV32-SoC is a custom, from-scratch 32-bit RISC-V (RV32I) System-on-Chip in SystemVerilog. It features a 5-stage pipelined CPU, FreeRTOS boot support, and SiFive-compatible peripherals (CLINT, PLIC, UART, GPIO).
Documented my learnings of the System-on-Chip course using Verilog. Verilog enthusiasts interested in adding more VHDL concepts into this repository are more than welcome to fork, clone and add contributions!
RISC-V Reference SoC Design and Tapeout Program Phase 2 personal documentation
32-bit single-cycle RISC-V SoC in SystemVerilog featuring an APB interconnect, UART, PWM, Timer and I2C peripherals, and a Java-based control-word generator for memory-mapped peripheral configuration.
Development of a minimal RISC-V System on Chip and integration with a computational accelerator written in Verilog. It serves as an example of a minimal architecture and as a foundation for future expansions (real hardware accelerators for scientific computing and AI).
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/system-on-chip-design。
- 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 627 Star,覆盖 6 种主要语言,数据更新于 2026-11-07。
- 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。