Let's see how to install the MicroPython programming language and the Thonny development environment on the Raspberry Pi Pico.

A case for your Raspberry PI 5, NVMe M.2 Base hat, and HDMI Adapter Board.

A wearable Sign Language Translator powered by the VIAM and Raspberry Pi

Low-noise 3A DC-DC pre-regulator based on LM2576HVS-ADJ with additional output LC filter This project is a 3A DC-DC buck converter built around the LM2576HVS-ADJ, designed not as a generic standalone switching power supply, but specifically as a pre-regulator for a linear power supply.

An open-source ecosystem for putting Raspberry Pi on the IoT edge

A non-destructive hinge to mount a screen to your Raspberry Pi 400

The Linear Keyboard provides the amazing feel of a full mechanical keyboard and allows you to take its small form factor on the go!

PICOZX with ZX Spectrum emulation firmware and 2.8" IPS display and VGA output

A MicroPython script for Raspberry Pi Pico W that reads the onboard temperature sensor and publishes the data to an MQTT broker over Wi-Fi.

PICO blaster is a Space invaders like game running on my Custom PICO 2 Based game console.

Got a Raspberry Pi cluster with PoE and tired of messy, improvised setups? I’ve designed a clean, modular system to mount 4 Raspberry Pi boards with SSDs and a 5-port PoE switch—all in just 1.5U of a 19” rack. This fully 3D-printed project, redesigned from the ground up (not compatible with previous models), is built for order, accessibility, and airflow. Each Raspberry Pi gets its own removable tray with space for a PoE HAT and boot SSD. The trays slide smoothly into place, and a dedicated enclosure houses the gigabit PoE switch—everything mounted on simple M5 threaded rods, no extra metal chassis needed. Even better: all parts are optimized for support-free FDM printing, saving you time and filament. Concerned about thermal build-up? So was I—there are recommendations for materials (use ABS for key parts), fan control, and I’m already prototyping a new vertical layout that improves airflow dramatically, still within 1.5U. Turn your rack into a clean, professional-grade Pi cluster!

With the new retro-style tuning dial and improved waterfall dynamics, the user interface is now as impressive as the receiver's performance.

This project is a low-noise linear power supply designed for an audio streamer based on Raspberry Pi 3B+ and also suitable for Raspberry Pi 2B / 3B.

Create a wheeled robot based on Visual SLAM technology powered by Radxa X4 N100 Board, Realsense D435i camera, Intel Robotics SDK software.