Wiznet makers

UCC

User Created Content

MeshCam is an ESP32-based wildlife camera network that transfers motion-triggered images

How to Integrate W5500 Ethernet into MeshCam Gateway Firmware?

viktor
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An ESP32-S3 and W5500-based learning platform that simulates industrial Modbus TCP devices and supports Ethernet OTA, configurable network settings, an HTTP API

How Does W5500 Turn an ESP32-S3 into a Modbus TCP Device Simulator?

sophia
  • 44

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An industrial LoRa-to-Ethernet gateway that combines an ESP32-S3 control board, W5500 wired networking, PoE, isolated digital I/O, and an SX1262 LoRa DTU.

How Can W5500 and SX1262 Connect Remote LoRa Nodes to an Industrial Ethernet Network?

sophia
  • 38

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Third-Party Hardware Drivers are GSDK Extension to provide support for third-party external hardware.

Silicon Labs Third Party Hardware Drivers – ETH WIZ Click

sophia
  • 21

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MicroROS-Sub

MicroROS-Sub

jaden
  • 27

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MicroROS-Pub

MicroROS-Pub

jaden
  • 39

  • 0

esphome-p1

esphome-p1

jaden
  • 46

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used by numerous heating systems).

ebusd - eBUS daemon

Sunny_
  • 28

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The xfrpc project is an implementation of frp client written in C language for OpenWRT and IOT system. The main motivation of this project is to provide a light

xfrpc

Sunny_
  • 23

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Finding the Easiest Products for W5500 and PoE Design

Finding the Easiest Products for W5500 and PoE Design

Alan
  • 29

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This article illustrates the merits of MicroPython, its source structure, code execution flow and multiple supported hardware ports.

Embedded 101: MicroPython Execution Principles & Project Architecture Quick Overview

ruilixin6
  • 19

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This article covers MicroPython’s development timeline, introduces PyMite, and compares the differences between MicroPython and its derivative CircuitPython.

Embedded 101: MicroPython — Born in 6 Months by 27 Cambridge Undergraduates, Full History Guide

ruilixin6
  • 16

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This article introduces MicroPython, its distinctions from CPython, supported hardware platforms, .mpy precompiled bytecode, and the main differences in syntax,

【Hardcore Real Stuff】MicroPython vs CPython: Positioning, Syntax & Hardware Comparison

ruilixin6
  • 16

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This article introduces RP2040 Sysinfo identification registers, Syscfg system configuration registers and the simulation-only TBMan module.

Embedded 101: Unusable Registers in MCUs – TBMan Only Serves as Identifier

ruilixin6
  • 19

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This article introduces RP2040 GPIO pins, pin multiplexing function selection, external interrupts and configurable electrical parameters of IO pads.

Embedded 101: RP2040 GPIO Guide — Banks, Functions, Electrical Specs & Interrupts

ruilixin6
  • 21

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This article explains RP2040’s clock tree system, covering multiple clock sources, frequency configuration, independent gating and power-saving principles.

Disassembly of the RP2040 Clock Tree: Clock Sources, Generators and Peripheral Clocks

ruilixin6
  • 18

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This article introduces RP2040's power-on finite-state machine, its hardware sequential startup flow and controlled modules during chip power-up.

Embedded 101: MCU Power-Up State Machine Explained via RP2040

ruilixin6
  • 18

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This article explains two reset types of RP2040: full chip reset and independent subsystem peripheral reset, along with relevant reset signals.

Embedded 101: Two Types of MCU Resets — Full Chip Reboot vs Subsystem Reset

ruilixin6
  • 18

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Cyclone V FPGA에 구현한 2채널 디지털 락인 증폭기. 잡음 속 미약 신호의 크기·위상차를 실시간 측정해 W5500 TCP로 호스트 PC에 스트리밍합니다.

Digital Lock-in Amplifier on FPGA

irina
  • 40

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This article introduces RP2040 low-power strategies to cut dynamic and static power, including clock gating, clock switching and DORMANT deep sleep mode.

Analysis of 20 MCU Low-Power Modes: Clock Gating, Power Gating, and Deep Sleep

ruilixin6
  • 17

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This article covers RP2040's on-chip core regulator, its adjustable voltage range, three operation modes, ROK indicator and configuration registers.

Embedded 101: RP2040 Core Voltage Regulator — Software Adjustable Modes for Low-Power Design

ruilixin6
  • 17

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This article introduces RP2040's multi-rail power supply system and several practical power supply wiring schemes.

Embedded 101: IOVDD, DVDD, AVDD — Why MCUs Require Multiple Power Rails

ruilixin6
  • 17

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This article introduces RP2040’s power-on boot sequence, covering hardware initialization and BootROM-driven Flash/USB boot modes.

Embedded 101: MCUs Don’t Run main() Immediately After Power-Up

ruilixin6
  • 16

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This article defines address mapping, register mapping and remapping, which establish address indexing rules for all internal chip resources.

Embedded 101: ROM, SRAM and Flash Functions on RP2040

ruilixin6
  • 16

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