Wiznet makers

This example demonstrates Web Server on W55RP20 S2E via UART/SPI using MicroPython on a Raspberry Pi Pico (Master)

This example demonstrates HTTP client on W55RP20 S2E via UART/SPI using MicroPython on a Raspberry Pi Pico (Master)

The W55RP20-S2E is configured in HTTP Server mode via UART or SPI and operates to provide web pages when accessed from a PC.

The W55RP20-S2E is configured as an HTTP client via UART or SPI, enabling it to send GET requests to an HTTP server and receive responses.

The W55RP20-S2E is configured as an HTTP client via UART or SPI, enabling it to send GET requests to an HTTP server and receive responses.

The W55RP20-S2E is configured in HTTP Server mode via UART or SPI and operates to provide web pages when accessed from a PC.

This article provides a detailed guide on implementing Ethernet speed testing using the W55MH32 chip, including a practical demonstration using the iperf3 tool.

Device Firmware Update (DFU) is a technology that allows firmware updates of embedded devices without physical disassembly.

Open On-Chip Debugger (OpenOCD) is an open-source, vendor-neutral debugging framework that provides comprehensive development capabilities for embedded systems.

Example for configuring W55RP20-S2E by sending commands entered through USB serial from Pico via (UART/SPI)

This example demonstrates data loopback on W55RP20 S2E via UART/SPI using MicroPython on a Raspberry Pi Pico (Master)

This program is an example that sends AT commands to the W55RP20 S2E board via UART or SPI interface using MicroPython on a Raspberry Pi Pico (Master).

Configures the W55RP20-S2E as a TCP server/TCP client/UDP via UART/SP and relays UART/SPI data from the module back to it transparently

This guide explains how to control the W55RP20-S2E module using a Raspberry Pi Pico and implement network loopback functionality.

Example for configuring W55RP20-S2E by sending commands entered through USB serial from Pico via (UART/SPI)

WIZnet's 5 Ethernet chips: W5100S & W5500 for cost/space efficiency, W5300 for high throughput, W6100 & W6300 for IPv6 & high-speed IoT/industrial applications.

WIZnet's 5 Ethernet MCUs: From Cortex-M3 with hardware TCP/IP/crypto to compact dual-core options for industrial, secure POS, and IoT applications.

WIZnet serial-to-Ethernet modules: 9 models with 4 serial ports, encryption, Modbus, dual Ethernet. For industrial/IoT applications.

WIZnet RJ45 connectors & transformers: 2.5KV/1.5KV isolation, SMD/DIP, ultra-thin/PoE options for industrial/consumer devices.

WIZnet 5 port modules convert serial to Ethernet with encryption, dual ports, and cost-effective options for industrial to IoT applications.

WIZnet's 10 IO modules convert SPI/Parallel to Ethernet, support IPv4/IPv6 dual-stack, low power. Ideal for industrial to consumer applications.

A text-based Rust networking guide for W55RP20, based on Lihan’s original work, with UART debugging improvements and a MACRAW reference using cotton.

This is ADI’s industrial power quality solution development board that uses WIZnet’s WIZ850io.

MikroE’s ETH WIZ CLICK is a module developed to enable the use of the W5500 chip on the mikroBUS platform.