Wiznet makers

UCC

User Created Content

FPGA MCU 포팅 업데이트

FPGA MCU 포팅 업데이트

gunn
  • 1

  • 0

This experiment uses MicroPython Signal class on Fengya No.1 board to control two LEDs with different wiring by setting invert parameter uniformly.

Embedded 101: MicroPython Pitfalls – Signal Class for Circuit Level Compatibility

ruilixin6
  • 3

  • 0

It shows GPIO external interrupt experiment on Fengya No.1 board to toggle LED, including debounce, type annotation and PEP8 coding standards.

Embedded 101: Pico GPIO Interrupts – LED Control, Far More Efficient Than Polling

ruilixin6
  • 3

  • 0

This experiment implements key-controlled LED toggle on Fengya No.1 board with software debounce, and notes MicroPython Pin only supports positional arguments.

Embedded 101: Pico GPIO Read/Write – LED, Keys & Debouncing Deep Dive

ruilixin6
  • 3

  • 0

It explains MicroPython machine.Signal class, its logic inversion feature, constructors and commonly used control methods.

Embedded 101: MicroPython Signal Class – Portable GPIO Code Across Boards

ruilixin6
  • 3

  • 0

It introduces MCU fundamentals, chip bus and registers, and explains the importance of registers, followed by Raspberry Pi Pico GPIO overview.

Embedded 101: Pico GPIO Quick Guide – machine.Pin Core Control Methods

ruilixin6
  • 3

  • 0

It introduces MCU fundamentals, chip bus and registers, and explains the importance of registers, followed by Raspberry Pi Pico GPIO overview.

Embedded 101: RP2040 GPIO Deep Dive – Architecture, Registers & Practical Guide

ruilixin6
  • 3

  • 0

It demonstrates common MicroPython REPL operations: help(), dir(), paste mode, print statements and basic onboard LED control for Pico.

Embedded 101: MicroPython REPL 3-Min Quick Start | Pico Interactive Debug Guide

ruilixin6
  • 3

  • 0

It introduces multiple ways to connect PC to Pico over USB, covering mpremote, PuTTY, MobaXterm and hardware UART REPL configuration.

Embedded 101: mpremote / PuTTY / MobaXterm — Pico REPL Tools Comparison

ruilixin6
  • 12

  • 0

ProtoCore

ProtoCore

TheoIm
  • 11

  • 0

arduino pool clock with sensors

Pool-Matrix-Monitor

Sunny_
  • 12

  • 0

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

FM-ArtNetNode_4U_V2

Grace_Koo
  • 14

  • 0

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

pico-art-net-node

Grace_Koo
  • 12

  • 0

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

3D_Projet

Grace_Koo
  • 12

  • 0

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

doityourselfchristmas

Grace_Koo
  • 12

  • 0

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

Microcontroller for intelligent purchase and sale of electricity in the home according to current ..

bruno
  • 15

  • 0

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

zweidraehte: A Rust KNX Device Stack with W5500-Based KNX/IP Firmware

josephsr
  • 13

  • 0

Willow now automates traceable WakeNet model packages while its ESP32-S3 firmware maintains a tested W5500 path, extending the 2023 self-hosted voice stack.

How Is Willow Evolving W5500 Voice AI with WakeNet Model Packages?

Benjamin
  • 22

  • 0

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

STM32F103 Multi-Axis Motion Controller with W5500 Ethernet and Industrial I/O

josephsr
  • 13

  • 0

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

STM32 based USB (+ Art-Net) to DMX512 Interfaces

Grace_Koo
  • 18

  • 0

AOG-Hardi-Navigator-Section-Control

AOG-Hardi-Navigator-Section-Control

TheoIm
  • 12

  • 0

AOG_ISOBUS-SectionControl_Rauch-Axis

AOG_ISOBUS-SectionControl_Rauch-Axis

TheoIm
  • 13

  • 0

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

Two Antennas, One Accurate Heading: Building a Dual GNSS Guidance System with W5500 and AgOpenGPS

TheoIm
  • 16

  • 0

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

NaoDec: A Dodecahedron That Had to Go Wired — W5500 Inside a 1,740-Pixel Art Installation

TheoIm
  • 17

  • 0