To develop Arm Cortex-M0 based SoCs, from creating high-level functional specifications to design, implementation and testing on FPGA platforms using standard hardware description and software programming languages

Cortex_m0软核源码，可以在FPGA上直接跑，包含UART、定时器这些外设，可以用keil写用户代码。可以看看《Cortex-M0 全可编程SoC原理及实现》这本书

【2023全国大学生FPGA 创新设计竞赛】全国二等奖作品：Cortex-M0智能飞机大战游戏机 开源项目

基于arm cortex-m0内核的xillinx fpga sopc工程项目

This is a repo containing ARM-Cortex-M0 based SOC designs implemented on the Nexus-4-DDR , Nexus-4 and the ARTY - A7 FPGA platforms.

手把手教你在FPGA上移植Cortex-m0并调试

ARM Cortex-M0 core who can run on Pango FPGA platform

Our project is about designing matrix multiplier using three different methods:  Using FSMD (Finite State Machine with Data path)  On NIOS processor  On Cortex-M0 Processor Hardware Tools we used: FPGA DE0-Nano kit. Software Tools we used: Visual Studio Code, Modelsim , Quartus 18.1,Keil uVision5

Cortex-M0 on Arty A7-100 FPGA Board

Migrate the ARM Cortex-M0 architecture to an FPGA and develop an airplane battle game console on it.

将Cortex-M0在安路FPGA上运行，增加LED,GPIO,UART等外设

设计一款cortex-m0内核MCU，并在FPGA硬件上进行烧录、程序运行。

Vận dụng các kiến thức, kỹ năng đã được học để thiết kế và thực thi một hệ thống nhúng SoC bao gồm lõi vi xử lý ARM Cortex-M0, AHB-lite bus, bộ nhớ và bộ điều khiển màn hiển thị LCD trên FPGA.

This project aims to compare the performance of Implementing 3x3 Matrix multiplier using three different implementations (FSMD, NIOS II SoC, and ARM Cortex M0 SoC) from three different approaches: functional simulation, timing analysis, and execution time. Then, configuring the three implementations on Cyclone® IV FPGA device.