Control the motion of robot by your mobile, Using TI RSLK kit, MSP432 microcontroller and POLOLU board for power distributon.
Enhance your table tennis skills with our ball smasher machine, which provides easy control via an Android app.
Create a complete cloud-based weather sensor with humidity, pressure, temperature and light sensing.
In this article, I am going to walk you through the step-by-step procedure of how to create a traffic light system using BBC Micro:Bit.
Track your position and view your full route on a map!
I made this “Living Art” LED lamp from bamboo plywood and an Arduino-controlled 16x16 LED matrix.
Fun and cool TI LaunchPad game console that allows you to play the game called Zombieland!
Memory is limited on small controllers, so I wrote compressed speech playback for the AVR architecture.
The world's first talking interactive aquarium.
For 8-bit MCU, optimization of filtering requires tradeoffs between accuracy, ease of programming. and speed.
This project is made using TI-RISK. This robot is controlled through the HTTP web server.
The stylophone was one of the wackiest forgotten toys of the 1960s and '70s, and today, "we have the technology" to make it better.
In this article, you will learn how to use the world's smallest Arduino to communicate with the Nokia 5110 LCD.
Always wanted to get good at the snake game? Now you can carry the game anywhere with you on your micro:bit!
One the most important feature of portable electronics should be long battery life. We can reduce the current drawn by several ways.
By the end of this article, you will know how to make two micro:bits communicate with each other.
An infinity mirror with an RGB LED strip that can change its color using Infineon's 3D magnetic sensor knob connected to an Arduino MKR1000.
Connecting the TI CC3200 LaunchPad to WolkAbout IoT Platform.
Use an ISP programmer and Atmel Studio to flash a blink program to an ATtiny13A, which has just 64 bytes of memory!
Shuts down 3D printer shortly after a print completes.
Impress your friends with this amazing Alexa controlled fogger using a Particle Photon, a vape device, and 3D printed parts.
You'll learn how to create a system to monitoring the soil moisture level of the plant and inform at the users to irrigate the plant.
The project is made using TI-RSLK. The robot is being controlled by the user's voice with the help of the Google Assistant.
Welcome to the embedded world! Let's start exploring STM32 microcontrollers!