LEDs and the magic of 16 Bit
An easy upgrade for most embedded systems that allows you to get a massive increase in color fidelity, dimming control, and more.
Anything related to programming and building with microcontrollers
An easy upgrade for most embedded systems that allows you to get a massive increase in color fidelity, dimming control, and more.
For the last few weeks, I played around with controlling my LEDs over the network by mapping a MIDI keyboards dials to each of my color controllers settings. Now I want to share
I got the original idea for this project after watching a video by DIY Perks. He shows how to extract the backlights of old monitors as well as TVs and explains the effects
For my latest project, I wanted to use RGBW LEDs instead of just RGB ones. As they have some interesting advantages over RGB that I wanted to explore: * A more accurate representation of
I’ve had never really come into contact with embedded programming, working mostly in python or C#, until a friend of mine asked me for some help with programming a simple controller for