Hackaday.io Hackaday.io
Projects
Recently Updated Most Likes Newest Project Lists
Discover Contests Courses Stack
More
Courses Tutorials Events Hackerspaces Profiles Hackaday.com Tindie Marketplace
Sign up Log in
Close
0%
0%

Universal RGB 8X8X8 LED Cube base and driver board

Created a board to allow the best RGB LED projects to all run on the same cube

supertechsupertech
Following Follow project
Liked Like project

Become a Hackaday.io member

Not a member? You should Sign up.

Already have an account? Log in.

Sign up with Github
Sign up with Twitter OR
Forgot your password?

Just one more thing

To make the experience fit your profile, pick a username and tell us what interests you.

Pick an awesome username
hackaday.io/
Your profile's URL: hackaday.io/username. Max 25 alphanumeric characters.
Pick a few interests
Projects that share your interests
People that share your interests

We found and based on your interests.

Choose more interests.

OK, I'm done! Skip
Join this project
Similar projects worth following
2.7k views
0 comments
29 followers
5 likes
  • Description
  • Details
  • Files 0
  • Components 0
  • Logs 0
  • Instructions 1
    • View all
  • Discussion 0
  • The 2015 Hackaday Prize
View Gallery
2.7k
0
29
5

Team (1)

  • supertechsupertech

Join this project's team
  • The LED Cube DOT COM
  • Instructables
hardware
ongoing project
ChipKit led pic atmega328p cube atmega2560 rgb mega microchip uno arduino 2015HackadayPrize 2015 Hackaday prize 8x8x8 supertech-it nick schulze doug domke kevin darrah uno32 PIC32MX320F128H PIC32MX320F64H

Related lists

Atmel Arduino Projects

Arduino is an open source hardware platform for making interactive objects that can sense and control the physical world.

Atmel® Wireless Projects

Atmel® offers a family of low power Systems-On-Chip (SoC) bringing Wi-Fi connectivity to any embedded design.

Atmel® AVR® Projects

Atmel® AVR® 8- and 32-bit MCUs deliver a unique combination of performance, power efficiency and design flexibility.

2015 Hackaday Prize: Quarterfinalists

Projects that were officially submitted to the 2015 Hackaday Prize

This project is submitted for

  • The 2015 Hackaday Prize
  • Best Product

This project was created on 06/11/2015 and last updated 8 years ago.

Description

Deciding between the RGB Cube projects by Nick Schulze and Kevin Darrah lead me to the ultimate decision to build one cube that could work with either processor and either code. I then took it further and added I/O pins to allow multiple cube linking and spectrum analysis response with an MSGEQ7 module.

Build Instructions
Collapse

  • 1
    Step 1

    full instructions and descriptions and blog at http://www.instructables.com/id/8X8X8-RGB-LED-Cube

View all instructions

Enjoy this project?

Share

Discussions

Log In/Sign up to comment

Become a Hackaday.io Member

Create an account to leave a comment. Already have an account? Log In.

Sign up with Github
Sign up with Twitter OR

Similar Projects

a wearable LED necklace for my wife using WS2812B's and a Flora
Project Owner Contributor

Samata's Necklace

Anool MahidhariaAnool Mahidharia

Ultimate, Modular, No Solder, APA102C RGB LED Panels
Project Owner Contributor

ULTiM8x8

Anool MahidhariaAnool Mahidharia

A pretty simple two board electronic Christmas Tree
Project Owner Contributor

3-D Christmas Tree

Arduino AficionadoArduino Aficionado

Quick Proto Board for 1204 Side View LEDs
Project Owner Contributor

Side View LED Prototyping Board

TwinkleTwinkieTwinkleTwinkie

Does this project spark your interest?

Become a member to follow this project and never miss any updates
Going up?

About Us Contact Hackaday.io Give Feedback Terms of Use Privacy Policy Hackaday API

© 2023 Hackaday

Yes, delete it Cancel

Report project as inappropriate

You are about to report the project "Universal RGB 8X8X8 LED Cube base and driver board", please tell us the reason.

Send message

Your application has been submitted.

Remove Member

Are you sure you want to remove yourself as a member for this project?

Project owner will be notified upon removal.