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Cube LED Matrix - simple version

(TUT07 of TUTORIALS )
This is a subsection of the repository for the Cube LED Matrix.

This parts adapt an LED matrix to the UC2 cube. Electric control is done by an ESP32.

The stl-files can be found in the folder STL.

Purpose

The LED matrix serves as a light source. Using the code you find in CODE you can change the illumination intensity by simply clicking the button and going through three different brightness level.

Parts

3D printing parts

  • No support needed in all designs
  • Carefully remove all support structures (if applicable)

The Cube consists of the following components.

  1. The Lid that connect to the magnetic baseplate (LID)
  2. The LED-Matrix Adapter which adapts to the Neopixel LED Matrix display. (ADAPTER)

Additional parts

  • 4× DIN912 M3×12 screws (galvanized steel) 🢂
  • 2× M2 screws with nuts for connecting the LED matrix to the adapter, alternatively use hot glue
  • 1× ESP32 🢂
  • 1× LED-Array, AZ Delivery, 8x8 🢂
  • 1× Button 🢂
  • 5× Female-Female Jumper Wire, 0.14 mm² 🢂
  • 1× Power cable for ESP32 - USB-microUSB 🢂

Assembly

Electronics

Careful - open electronic contact can cause shortcuts!

Don't have much experience with electronics? It's actually really simple:

  • When using jumper wires you can avoid soldering.
  • LED array - 3 wires + 2 wires for the button

Tutorial with images

  This tutorial needs an update!
  1. All parts for this model

  1. Solder the 3xpinhead to the LED-Matrix

  1. Add the pinheads to the ESP32

  1. Solder everything

  1. Connect 5V, GND and Data from ESP32 to Neopixel Array using Female-Female jumpers

  1. Add Lid and Screws - Done!

  1. Mount everything

Code

In the CODE folder you find a simple code for the LED array.

Have a look in the TUTORIALS for a beginners guide to UC2 hardware controls.

Prerequisities:

Where next?
Find out more about the electronics in the Electronics section
Find out more about the code for this part in our dedicated UC2-Software-GIT
Or return to the TUTORIALS

Participate!

Do you want to show your own results? Do you have ideas for improvements? Let us know!