WOW, just wow!!! I want to buy an assembled version, do you sell it? Not yet there for soldering as my skills are still left too that of a monkey throwing feces.
Thanks @Darren_Hedlund ! The bare PCBs will be on Tindie soon. I’ll be adding a kit that includes all the required components. I could do a preassembled one, but it requires a lot of soldering, takes an hour or two, might not be cheap.
@Jason_Coon I will try to do the soldering. Let me know when you have it ready on Tindie, I might just have to order many. lol
Side Note: Last night, I was hacking and slashing through your esp8266-fastled-webserver. Adding more graidents, new routines, and soo much fun. Bravo on the newest version.
@Jason_Coon HOW THE??? You are a magician, you are. I want that whole bloody setup! How are you handling the power? Hurry up and add this to your Tindie. (I’m So feakin Jealous)
Not sure, @Nikolay_Hristov , but it’s easy enough to switch for now, until a pull request gets submitted and merged.
Lol, thanks @Darren_Hedlund , but Daniel, Mark, Sam, etc are the real wizards. I’ve just learned their spells. The board has a spot for a barrel jack power connector. It’s rated for 2.5A, and can be used to distribute a small amount of power. I’ve soldered 8 sets of 5v, GND, and data wires directly to the PCB. I’ve set FastLED to automatically limit the brightness to keep peak power usage below 2.5A. I’ve tried setting it to 4A, and am not seeing any heat or other issues. I have a 20A power supply, and although I strongly recommend against it, I’m going to test this (with extinguisher in hand) until it bursts into flames. For large numbers of LEDs, you should distribute power directly to the LEDs, not power them through the PCB.
@Jason_Coon Just so nice and clean compared to my huge 300w 6v 60a power supply. I am amazed at how clean everything is, and that is the direction I want to go as well.