risc-v rv32i arch functional simulator from mipt sim course
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Updated
Jan 1, 2025 - C++
Unlike most other ISA designs, the RISC-V ISA is provided under open source licenses that do not require fees to use. A number of companies are offering or have announced RISC-V hardware, open source operating systems with RISC-V support are available and the instruction set is supported in several popular software toolchains.
Notable features of the RISC-V ISA include a load–store architecture, bit patterns to simplify the multiplexers in a CPU, IEEE 754 floating-point, a design that is architecturally neutral, and placing most-significant bits at a fixed location to speed sign extension. The instruction set is designed for a wide range of uses. The base instruction set has a fixed length of 32-bit naturally aligned instructions, and the ISA supports variable length extensions where each instruction could be an any number of 16-bit parcels in length. Subsets support small embedded systems, personal computers, supercomputers with vector processors, and warehouse-scale 19 inch rack-mounted parallel computers.
risc-v rv32i arch functional simulator from mipt sim course
Test the SPI1 pheriperal and look at the waveforms
Demonstration of using Visual Studio Code for RISC-V C/C++ embedded development
Template for fixed-point operations with a simplified math library (dedicated for RISC-V IM).
E-Lagori library for Theajs32 baord
Class project for ECE721: Advanced Microarchitecture. This project involves implementing a renamer class that uses AMT, RMT, Active List, Free List, and Physical Register File.
This is a firmware for a CH32V003 based 'PC' that has a VGA output, PS/2 keyboard input and a buzzer.