Wiznet makers

A Zhejiang University patent uses STM32, AD7606, and W5500 Ethernet to stream 8-channel RF data into CNN-based drone detection.

A Jiangsu University patent uses W5500 Ethernet to move CMOS pest images from an MCU capture node to a PC and cloud MDRN classifier.

A+n underwater ROV control workspace combining STM32F407 actuator firmware, a PyQt operator station, YOLO-based barnacle vision, and a W5500 UDP FW path.

An STM32F103 gateway uses W5500 Ethernet and MQTT to receive remote motor commands, then routes them to stepper motor drivers through CAN or RS485/Modbus.

Power-Meter-2 measures household energy usage by detecting the blinking pulse of an existing electricity meter and serving calculated power data through a W5500

완성 제품보다 임베디드 IoT 학습·포트폴리오형 저장소

Never Lose a Reading: An ESP32-S3 + W5500 Remote Monitoring System for a Vietnamese Hydropower Station

This paper proposes an application anomaly detection and bottleneck identification system (AAD-PSC) based on cloud platform service components.

PiKVM

Nova---a-LoRa-Mesh-System

This article explains a firmware-oriented Industrial IoT Ethernet design using the WIZnet W5500 as a TCP server with keepalive handling.

This article explains an education-oriented WIZnet W5500 Ethernet project with a focus on registers.

Custom ESPHome component use with SensoStar module

This article explains an education-oriented FPGA Ethernet architecture based on WIZnet W5500 and Verilog.

A standalone MQTT 3.1.1 broker that runs entirely on a $10 microcontroller. No cloud. No Pi. No Docker. Plug it in.

This article explains a firmware-oriented Maker project based on STM32F4, WIZnet W5500, TCP server operation, and standard Modbus communication.

A robust, ultra-low latency, and "Plug & Play" interactive art sensor pipeline. This project reads 24GHz FMCW radar data from an AI-Thinker RD-03 sensor via an

https://github.com/WojtaCZ/repeat

This article explains a MicroPython Ethernet node architecture using an ESP32-class MCU and the WIZnet W5500, with broad coverage across network stack behavior,

This article explains a commercial-oriented MicroPython Ethernet node using an ESP32-class MCU and the WIZnet W5500

This article explains a commercial-oriented MicroPython Ethernet node architecture using an RP2040-class MCU and the WIZnet W5500.

This robotics firmware architecture uses WIZnet W5500 to give a MicroPython MCU node a wired Ethernet path for robot telemetry, diagnostics, service access, and

Joypad OS adds a W5500 GameCube-to-Ethernet bridge and MCP/VLM tools for AI-driven controller input in one firmware platform.

EnergyMonitoringSoftware: A W5500-Based ESP32 Gateway That Unifies Mixed-Brand Power Meters