UCC

Raspberry Pi Pico + W5500-Lite four-universe Art-Net-to-DMX512 node, using the W5500 hardware socket for UDP and web config.

https://github.com/Tommie1236/pico-art-net-node

https://github.com/claireAnot/3D_Projet

https://www.doityourselfchristmas.com/forum/index.php

thesis builds a 1,200 CZK home energy controller where STM32F411 handles Modbus RTU to the inverter and W5500 carries PoE-powered Ethernet to a cloud MPC

A no_std Rust KNX device stack with W5500-based KNX/IP firmware, TP1/RF support, secure services, and ETS .knxprod generation.

HeyWillow packages trained WakeNet models for Willow devices, while an external W5500 option connects the voice terminal to local services.

An STM32F103VBTx board combining six isolated stepper axes, 16 sensor inputs, CAN/RS-485, relays, and W5500 Ethernet.

An Art-Net·USB → DMX512 lighting interface on STM32 + WIZ850io (W5500), using the W5500 hardware UDP socket directly and supporting MIDI, ASCII, and MiniDMX.

Build a precision agriculture guidance system using ESP32, dual ZED-F9P GNSS receivers, and WIZnet W5500 Ethernet for accurate RTK heading and reliable AgOpenGP

Build an interactive art installation using ESP32-S3 and WIZnet W5500 Ethernet, replacing unreliable Wi-Fi with stable wired OSC communication for 1,740-pixel s

A UK maker's DIY UniFi AI Horn alternative: an ESP32-S3 with WIZnet W5500 wired Ethernet and PoE that plays audio announcements from UniFi camera webhooks.

It explains MicroPython REPL on Raspberry Pi Pico, its interactive debugging functions and commonly used shortcut keys.

BIPES primarily generates MicroPython code, with limited experimental support for other languages.

It introduces embedded online simulation platforms Wokwi and Unicorn supporting MicroPython, and covers graphical programming with Graft Dev Kit and Bipes.

It introduces constructing MicroPython environments on Linux via VSCode Dev Containers and local setups, utilizing Docker and mpremote for board debugging.

It introduces Thonny IDE for beginners, and explains its setup for MicroPython development on Raspberry Pi Pico.

It guides configuring PyCharm for Pico MicroPython development with MicroPython plugins, code upload and REPL debugging.

It covers flashing MicroPython UF2 firmware for Pico, firmware types, and differences between v1.23.0 and later versions.

It introduces uPyPi, a MicroPython package hub, its advantages over other tools, and guides package installation & driver release for RP2040.

It explains MicroPython mip package manager, micropython-lib, installation methods via network or mpremote, and frozen bytecode optimization.

This overview covers MicroPython kernel development, including source building, compiler workflow, memory management, C extensions and platform porting.

It introduces Python PyPI packaging, and explains MicroPython library installation via mip/mpremote and how to build custom MicroPython packages.

This article covers MicroPython memory optimization tactics including frozen modules, .mpy, const, buffer reuse and garbage collection tuning.