Affordable 2 GHz 3.2 GS/s 12 bit open-source open-hardware expandable USB oscilloscope
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Updated
Apr 25, 2025 - Verilog
Affordable 2 GHz 3.2 GS/s 12 bit open-source open-hardware expandable USB oscilloscope
Open-source Logic Analyzer gateware for various FPGA dev boards/replacement gateware for commercially available logic analyzers.
Verilog code to replace the Commodore SDMAC found in the A3000
SoCFPGA: Mapping HPS Peripherals, like I²C or CAN, over the FPGA fabric to FPGA I/O and using embedded Linux to control them (Intel Cyclone V)
透過數位邏輯結合VHDL與Verilog的過程,作為從基礎數位邏輯到計算機系統結構,並實作出一顆CPU的教學書籍,希望未來可以成為教學範例檔案。目前將開發轉移到GitLab,因為可以呈現數學與MUL圖。
This project aims to boot Linux on a RocektChip based SoC, synthesised on the DE10-Nano board. Computer Science Bachelor's Thesis at UAB, Spain.
Hardware description of a complete Ballot Box made in Verilog with implementation in FPGA-Altera-DE-2-155, made in Verilog with Quartus Prime in discipline ISL for computer science graduation.
Thesis covers research on digital signal processing with software defined radio techniques applied in FPGA environment. It is written entirely in Polish language, except english abstract
Implementation of an Edge Detection Filter Using the Avalon Interface
FPGA based Logic analyzer designed then FPGA implemented on ALTERA cyclone IV FPGA
Laboratório de Arquitetura de Sistemas Digitais, ministrado pelo professor Rafael Bezerra Correia Lima. Foram desenvolvidos 8 requisitos de hardware, 1 requisito de software e 1 projeto de disciplina que totalizam 10 Sprints. A arquitetura de sistemas implementada é baseada em MIPS 8 bits, e desenvolvidos e testados na FGPA Ciclone II EP2C35F672C6
Verilog RISC Processor Design
📌 The idea of this project is to build a system that uses the existing lights to detect the location of a user within an indoor environment. For this, we can use Visible Light Communication (VLC) technology. The basic concept is to have four LEDs transmitting their IDs one after the other at fixed intervals.
This repository showcases a Verilog-based Snake and Apple Game, developed for the ECL 106: Digital System Design with HDL course. Running on an Altera DE10-Lite FPGA board and displayed on a VGA monitor, players control a snake to collect apples while avoiding obstacles. The snake grows longer with each apple, making the game progressively harder.
These labs were conducted during our Digital systems elective course were we were instructed to build Verilog code for specific logic design and verify it on Quartus modalism and on the FPGA. Skills developed: writing Verilog code structurally and behaviorally, testing, simulation, writing test benches and using the FPGA
💡A Quartus II project testing the functionality of the Altera Cyclone IV EP4CE6E22C8N board
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