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A fully pipelined 5-stage RV32I processor implemented in SystemVerilog. This design models instruction-level parallelism with forwarding and hazard detection, and passes all RISCOF compliance tests for the RV32I base ISA.
TPU designed on DE1-SoC FPGA for 4096x4096 sparse MM and convolution for UC Davis Senior Design 2023 with Austin York, Gurkirat Dhillon, and Kent Cassidy.
This repository contains a SystemVerilog implementation of a basic 5-stage pipeline RISC-V processor. The processor includes a register file, ALU, control unit, instruction memory, and data memory. It is designed to run simple assembly programs and includes optimizations for performance such as hazard detection, forwarding, and branch prediction.
A complete UART (Universal Asynchronous Receiver/Transmitter) implementation for FPGAs, written in Verilog HDL. This project includes transmitter and receiver modules, baud rate generation, and test infrastructure for both simulation and hardware validation.
Here you'll find the game "Donkey Kong" written 100% in SysVerilog. You'll need an FPGA card, a screen, a keyboard, and audio devices for the full functionality.