UCC

This article presents an ESP32 + W5500 design aimed at MicroPython-based Ethernet access, with emphasis on board-level wiring,

This project shows how to integrate a W5500 with ESP32-S3 under ESP-IDF, with emphasis on SPI stability,

By analyzing WIZ550io schematics, this project reconstructs a hardware TCP/IP offload architecture over SPI, enabling deterministic, low-overhead ethernet.

STM32F401 + W5500 edge controller enables real-time MQTT over hardware TCP/IP offload for deterministic, fail-safe wind turbine control.

Community-contributed PR adds WIZnet W6100 Ethernet driver to ESP-IDF, enabling IPv4/IPv6 dual-stack communication over SPI on ESP32.

ESP32 AirPlay 2 Receiver

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Flask-app-for-displaying-data-using-ESP32-and-W5500

Spool prints using a virtual COM port with a WIZnet Serial-to-Ethernet adapter

This is a real-time EtherCAT master application to control EtherCAT slave devices(e.g. epos4, elmo)

This patent uses pre-scan fluorescence, XGBoost policy selection, and temperature compensation to retune LED excitation for more stable low-level Cu2+ sensing.

STM32F103C8T6 Blue Pill + WIZnet W5500 Ethernet: MQTT communication test for an industrial MODBUS IoT gateway project built with STM32CubeIDE and HAL.

ncSender streams G-code over Ethernet via Node.js, enabling remote CNC control and monitoring without direct USB connection.

https://github.com/Zero3epo/WebTry

Run a lightweight HTTP web server on STM32 NUCLEO476RG using W5500 via SPI with hardware TCP/IP offload and multi-socket support.

빙진 모니터링 시스템의 개발 및 시험 운영 결과

This project uses an STM32H723VGT6 to read three FDCAN buses, timestamp and serialize the frames, and stream them to a remote server over WebSocket

This project implements a slow-control and interlock pipeline on a Cologne Chip GateMate M1A1 FPGA, using WIZnet W5500 devices as the Ethernet

Apache Mynewt is a modular RTOS platform for microcontrollers, built around a preemptive kernel, package-based builds, and remote device management tools.

W6300 Low level Link speed tes

ProsecCoAP + Low-Level Link Speed Tests 프로젝트 분석

T.E.E.M.O is an ESP32-S3 CanSat platform combining 433 MHz telemetry, thermal logging, and a W5500 Ethernet camera link for mission-grade student avionics.

A Linux kernel training repository that connects platform binding, SPI Ethernet integration, and a minimal filesystem through staged driver exercises.

ESP32 handheld SD browser with OLED UI and a partial W5500 Ethernet offload path for TCP file transfer; novel embedded utility, but not a TOE-based design.