UCC

https://github.com/fallbotics/JMRITrainNode

https://github.com/akhgr1-design/Core

This hands-on review covers WIZnet’s W55MH32L-EVB, an all-in-one Ethernet MCU dev board with hardware TCP/IP offload engine. We test its full peripherals includ

STM32F103 firmware adds a W5500 SPI port, FreeRTOS tasks, and custom MQTT transport for wired OneNET sensor telemetry.

A STM32 firmware architecture workspace showing bootloader handoff, multi-image partitioning, and team-level binary isolation, with W5500 only partially prepare

An ESP32 Bruce firmware fork focused on reducing risky defaults, exposed credentials, unsafe remote access, and runtime attack surfaces.

rosserial

A complete IoT relay control solution featuring STM32 firmware with W5500, a Node.js TCP/HTTP server, and a web admin dashboard.

ESPHome 2026.6.0 update

A development kit based on the ESP32S3 N16R8 DEV KIT C1 for energy management systems (EMS) with support for various communication protocols and peripherals.

Custom W5500-based Modbus TCP client enables EM540 energy meter integration with Victron Cerbo GX and VenusOS.

esparagus-snapclient-fork

W55RP20 pi-pico C/C++ SDK를 이용한 네트웍 스피커 제작 및 테스트

Rpi pico timer

This commercial prototype architecture uses an ESP32 running MicroPython with a WIZnet W5500 Ethernet module to add wired TCP/IP networking through SPI.

This robotics architecture describes how a MicroPython-based robot node can use WIZnet W5500 as a wired Ethernet controller for deterministic bench, field, and

This education-focused W5500 bring-up project explains how to connect a WIZnet W5500 Ethernet module to an MCU platform,

This maker project debugs the MicroPython wiznet5k.py driver used with WIZnet W5500 on an ESP32-based Ethernet node.

This commercial architecture uses WIZnet W5500 on W5500-EVB-Pico to build wired Ethernet prototypes with MicroPython.

This education-focused project shows how to build a wired Ethernet HTTP client using WIZnet W5500 on an ESP32 running MicroPython.

This Industrial IoT architecture uses WIZnet W5500 as a wired Ethernet controller for MCU-based commercial devices.

This robotics-oriented project connects an ESP32 MicroPython board to a WIZnet W5500 Ethernet module to add wired TCP/IP communication through SPI.

Monitor voltage, current, power and energy in real time using ESP32-S3, AI-ready analytics and Ethernet connectivity for industrial IoT applications.

An innovative XR-FreeD to UDP tracking system powered by Wiznet NanoBanana, enabling real-time, low-latency camera data stream for virtual production.