![]() ![]() They have small FPGA, barely enough to run Linux on a single core RISC-V at 50MHz. Nexys A7 100T and Arty A7 100T are least expensive supported boards. It supports up to 2 cores, up to 50MHz clock speed. ![]() Nexys Video is several times less expensive, academic discount is avaialble. KC705 and Genesys 2 are as fast as VC707, but have slightly smaller FPGA - up to 4 cores. VC707 allows to prototype more powerful system: up to 8 64-bit RISC-V cores, up to 100MHz clock speed, 1GB RAM. 2020.1+) support debugging of RISC-V software over JTAG. The project is used as a reference design to validate RISC-V support in Eclipse TCF. Over 90% of packages of the whole Debian collection are available for download.Īlso can be used to run bare-metal or RTOS software. Linux package repositories and regular updates are provided by Debian. The SD card contains RISC-V Open Source Supervisor Binary Interface (OpenSBI), U-Boot, Linux kernel and Debian root FS. It includes scripts and sources to generate RISC-V SoC HDL, Xilinx Vivado project, FPGA bitstream, and bootable SD card. With networking, online Linux package repository and daily package updates. This repository contains FPGA prototype of fully functional RISC-V Linux server Vivado-risc-v Xilinx Vivado block designs for FPGA RISC-V SoC running Debian Linux distro. ![]()
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