A three button Macropad powered by Raspberry Pi PICO 2
Through the aid of Verilog, an RTL level design of a motor controller system for two motors with encoders is realized in an FPGA.
Pedro 2.0 is a compact, 3D‑printable, open‑source robotic arm designed to democratize robotics education.
This article covers how to creatie the logic for an e-Paper display controller using only an FPGA, as well as image prep.
Miniature version of the Classic SNES Controller.
Connect any sensor and measure your data.
Edge AI sounds fun... until data capture hits? We hear you! MicroPython integration with DEEPCRAFT™ Studio makes it easy like never before.
An e-textile glove that combines an IMU, flex sensors, and touch input to drive reactive LEDs, vibration, and sound.
Carrotech: leveraging IoT technology, durability, and engineering to enhance, optimize and revolutionize traditional farming
Train with a Glitching Platform to learn how to bypass microcontrollers' security controls, using RP2350 and FaultyCat.
Getting Started with Infinite-ISP, the open source image signal processor on Efinix Titanium Ti180 J484 Development kit.
ESP32DIV is a dual-purpose wireless testing toolkit powered by an ESP32
Zero to (Greek) Hero: A quick start guide for running Zephyr RTOS v4.1 on the Raspberry Pi Pico 2 board.
This project details the installation and setup of Microchip's FPGA design tools Libero SoC Design Suite 2024.2 and SoftConsole v2022.2
This innovative project harnesses the power of EMG signals to enable intuitive and seamless navigation between web tabs & other interfaces.
Build a digital FM radio! No manual tuning or inductors, just clear stereo audio output on a compact-sized PCB!
Learn how to use the shell utility "direnv" to automatically activate Zephyr build environments when working in West workspaces.
The Fab Xiao is a board created at the Fab Academy for any electronics or programming student to get started.
A reference guide for installing the 2024.2 version AMD FPGA toolset on Ubuntu.
A story on how we were able to embed part of the existing Sniffle project into the CatSniffer and talk to it using the RP2040 onboard.
Getting a correct white balance is not an easy task. The project proposes a simple technque to validate our White Balance.
Made a 5x5 keypad Matrix from scratch.
In order to add support for V3, HQ, and AI cameras on your Zynq-UltraScale+ platform, leverage Raspberry Pi's linux kernel repository.
Build a machine learning model using a federated training framework to keep data on-device, train locally, and update a global model.
