All board projects
Quality open-source board projects and technical materials from CrowdSupply, Hackaday, and Hackster.io, all in one place
GPIO Control on AUP ZU3 with PetaLinux 2022.1
Build a PetaLinux 2022.1 image for the Zynq UltraScale+ AUP ZU3 and control an LED from Linux via sysfs GPIO
Part 2:A power system for SOC - Created by vibe circuiting
Created a power supply system for SOC
Running PYNQ 4.0 on the snickerdoodle black and piSmasher
AMD's PYNQ 4.0 (Ubuntu 24.04) to a Zynq-7000 board it no longer supports, and a hardware calculator demo to prove the FPGA path works
Bringing up an IMX219 video pipeline on AMD Kria KV260
This project walks through how to bring up an IMX219 video pipeline on an AMD Kria KV260 board.
A Robot and Brain for Klask
An autonomous, CoreXY-driven retrofit robot that transforms a standard Klask board into an AI-powered physical opponent using MuJoCo-trained
Custom Linux driver on Zynq-7000
Writing a custom driver for an IP step by step starting from nothing and ending with interrupt handling support in the driver.
Fractions in FPGA
Compare fixed and floating point on FPGA using a MATLAB-to-RTL IIR filter, and learn to choose Q formats and handle truncation.
MorphSense:FPGA-based Reconfigurable Sensor Network over SPE
Reconfigurable sensor network; Deploy once, reprogram remotely. FPGA orchestrates any sensing mode over Single Pair Ethernet.
Chirp Waveform Generator Using Vitis Model Composer for FPGA
From chirp equation to a parameterized FPGA architecture that generates complex I/Q waveforms by changing only bandwidth and pulse width.
EcoFence Q: An AI-Powered Virtual Boundary for Human-Wildlif
EcoFence Q: An AI-powered solar virtual fence on Arduino UNO Q & App Lab using Edge Vision & LoRa to prevent human-wildlife conflict.
vtpgZero: Portable Open-Source Video TPG for FPGA
10 test patterns, moving box, SMPTE bars and a image overlay, in plain Verilog. Output: AXI4-Stream, FVAL/LVAL
InferPerf: PMU‑Driven AI Inference Profiler for Arm CPUs
Profiler that reveals AI inference bottlenecks on Arm Cortex‑A CPUs using PMU counters, flamegraphs, and microarchitectural analysis.
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