DIY Smart Table Clock: Arduino-Powered Multi-Color Clock | How to make a smart clock using Arduino

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Gerber File Links -
1. 7 Segment display PCB -
2. Clock PCB -
3 Code -

Components Used -
1. Arduino Nano - https://amzn.to/3ZuCfne
2. RTC Module - https://amzn.to/3t1olgh
3. BOOST Converter Module - https://amzn.to/3sTe2dQ
4. TP4056 Charging Module - https://amzn.to/3EJqrUp
5. Li-Ion Battery - https://amzn.to/3riVovG
6. SPST Switch - https://amzn.to/3Lv8eh5
7. Male Header Pins - https://amzn.to/3EHP5EW
8. Female Header Pins - https://amzn.to/3EHP5EW
9. M3 Brass Spacers (10mm) - https://amzn.to/3rbBbYJ

My Gears -
1. Soldering Iron - https://amzn.to/46eGPrR
2. Multimeter - https://amzn.to/46fl6jA
3. Wire Stripper - https://amzn.to/450zHy2
4. Wire Nipper - https://amzn.to/3LrRG9T
5. Solder Lead - https://amzn.to/468m2Gm






hey guys....Welcome back to my channel. In this video, I'll guide you through the fascinating journey of creating your very own DIY clock using Arduino. Get ready to embark on a captivating DIY project where you'll learn how to make a clock at home that's not only precise but also bursts with multicolor brilliance.

Discover how we harness the power of Arduino to craft a smart clock that can dynamically change its hues. This tutorial covers how to make a clock using Arduino, and we've incorporated an RTC module for precision. Learn how to make a DIY clock at home that not only displays the time accurately but also keeps the data even when the clock is turned off.

We've chosen Arduino Nano for this project, granting you the power to customize animations. Whether you prefer a change in color, a shift in patterns, or an adjustment in brightness, it's all at your fingertips. This video demonstrates how to make an RGB clock at home with step-by-step instructions.

But wait, we've taken this project a step further! To ensure uninterrupted operation, we've incorporated a 480mAh Li-Ion battery, and for effortless charging, a TP4056 Li-Ion battery charging module. However, running Arduino on 3.7V poses a challenge, so we've seamlessly integrated a boost converter module, setting the voltage at a smooth 5.3V to keep your Arduino running flawlessly.

Now, let's talk about the stunning display. We've designed a 4-digit 7-segment marvel with WS2812B programmable LEDs. By connecting the LED data pin to Arduino's digital pin, you'll wield total control over this dazzling array of LEDs. This video provides a comprehensive guide on how to make a simple 7-segment clock at home.

Get ready to dive into this exciting project and master the art of creating a show-stopping RGB clock. Join me on this creative journey, learn how to make a DIY clock at home, and unlock the world of endless possibilities in DIY clock making!


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