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lamePod combines ESP32-S3, W5500 Ethernet, TAS5805M audio, and an XVF3800 mic array in an early, privacy-focused DIY smart-speaker design.
LamePod
matthew
0
25
0
.
trustzone_tropic01_test
Lihan__
0
29
0
.
4-Door Access Control Panel with STM32G0 and W5500
Lihan__
0
23
0
expand I/O channels over Ethernet
Modbus TCP between 2 Industruinos
mason
0
6
0
controling a set of disinfection lights based on sensor readings
IND.I/O switching application with Modbus TCP
mason
0
25
0
Open-source STM32F407 development board featuring W5500 Ethernet, ESP32-C3 Wi-Fi, NEO-6M GPS, USB Type-C, dual SPI Flash, microSD, and 2.4" SPI TFT LCD. Designe
VerSaTrack Board
Sunny_
0
9
0
The ESP32 Token Counter is a distributed installation designed to count two types of physical tokens across eight independent stations.
esp32-token-counter
lawrence
0
35
0
Open-source Bitcoin miners such as Bitaxe and NerdQAxe have gained significant popularity in the maker community by making ASIC mining hardware accessible, cust
nerdqaxeplus2-lan-480x320
lawrence
0
34
0
FPGA MCU Porting Update
FPGA MCU Porting Update
gunn
0
65
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
0
11
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
0
9
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
0
10
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
0
11
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
0
12
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
0
10
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
0
10
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
0
24
0
ProtoCore
ProtoCore
TheoIm
0
28
0
arduino pool clock with sensors
Pool-Matrix-Monitor
Sunny_
0
31
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
0
44
0
https://github.com/Tommie1236/pico-art-net-node
pico-art-net-node
Grace_Koo
0
28
0
https://github.com/claireAnot/3D_Projet
3D_Projet
Grace_Koo
0
30
0
https://www.doityourselfchristmas.com/forum/index.php
doityourselfchristmas
Grace_Koo
0
29
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
0
45
0
