Arduino Nano 32x8 LED matrix displaying date, time, temperature and humidity with a motion sensor.

A digital clock using minimum components.

A very useful project, made to monitor system resources without opening Task Manager.

A realtime battery indicator for your project without extra components or using any analog I/Os.

An Arduino analog clock refreshed by GPS on TFT display - Steampunk GPS Clock.

An open source VR headset that you can build yourself for $100.

Gixie Clock is a modern device that reproduces the retro beauty of Nixie tube displays.

A very easy Genuino UNO project with LCD and DHT11 temp. and humidity sensor. The LCD shows the temp., humidity and other infos.

Weather forecast clock made from a Nano, a salvaged alarm, a BME280 sensor, a DS1307 RTC, an old cell phone battery, and Nokia 5110 screen.

This project is one of a series of projects that is aims to create tools that helps in so many ways.

The BU ScoreBoard is an internet connected scoreboard that displays real time scores of a user selected sports game.

Monitor Oil Temp and Pressure, Water Temp, Voltage, Fuel level. Display on Nextion display or Nokia LCD

Orientation-aware 8x8 LED matrix clock

Globe Trotter is a fun and tangible picture viewer.

This is how to make your own LCD timer, just with an Arduino, a LCD screen and some hook-up wires.

A clock with a real rotating moon.

This alarm clock and timer work without the help of a computer. All the settings can be done on the clock itself and stored in the EEPROM.

A weather clock with Arduino, RTC, DHT22 and BMP180.

In 1884 Nipkow invented a method to capture and view a moving image. This project uses the same disk to generate a moving digital image.

It counts the amounts of 1Rs, 5Rs and 10Rs coins as well as the total amount of coins.

Arduino version of the early mechanical television, invented by Nipkow more than 100 years ago.

Pi-based dashboard for a business. An Arduino controller allows switching dashboards and disabling the screen saver when actively viewed.

Using a smart GPU2, a smart SHIELD and Arduino we created a simple touchscreen oscilloscope!

Multi-purpose display: 4 Digits with 7 segments each. Each segment has 2 NeoPixels.