An ATtiny85-based badge-size PCB that can display letters and numbers.
Remote control bean powered car driven with an iPhone running the Handy BLE app.
In this tutorial, you are going to learn about interfacing the button with Arduino using the Arduino digitalRead function.
A Bongilcheon High School Innovation Lab project.
A 3D printed birthday cake with LEDs that handle the sequence with analog electronics through an NE555 and an CD4017.
This Valentine's Day, spread love wirelessly.
Create a cozy atmosphere by projecting the flickering of lifelike artificial candle lights on the wall.
Use the DFRobot 64x64 RGB matrix panel with a Raspberry Pi 3 B+ to bring a dance party with you wherever you go!
This smart stick can help blind people walk on the street safely without any help.
A glass block wall, each block fitted with a single neopixel and the whole screen driven by a Spark Core to create awesome Christmas images!
How to Control Raspberry Pi Camera and GPIO pins with Telegram APP via the Internet
I found limited documentation on the usage of a color sensor I recently purchased, so here is my attempt to make it more simple.
This is a simple project on virtual simulation of an Arduino.
LED emergency lights for use on model / toy vehicles and other projects. Uses Arduino UNO and GY-WS2812B-8 RGB LED Module from DIYmall.
In this video, I am going to use an ultrasonic sensor to calculate the car's distance from the garage wall and display it using green, blue,
Compact LED display unit that functions as cryptocurrency ticker and doubles as a real-time YouTube subscriber counter.
LED strip controller, based on the NodeMCU, complete with a 3D printed enclosure and a PCB carrier board.
A stunning, easy-to-make hat with a programmable LED display that can show any colors, images, and animations you can fit in an 8x8 matrix.
A captivating visualization to help my daughter understand the passage of time.
Making an Infinity Gauntlet to interface with my Artificial Life project.
Combine RF and an Arduino to control electronics from your Android smartphone phone.
Thanks to the "Charlieplexing technique", the construction is drastically simplified
RGB LEDs triangular/hexagonal pixels matrix.
Play tennis on a Neopixel matrix and an accelerometer with an Arduino! It's like Mario Tennis meets makers!
