
Today we welcome the BlinkM programmable RGB LED into the Maker Shed!

Have you wanted an LED that can fade from deep red to bright purple? Flash like a police light? Turn on with the subtle fade of an incandescent bulb? Flicker like a candle? That’s BlinkM.
We’ve attached an ultra bright wide-angle RGB LED to a microcontroller. Using BlinkM Sequencer, our software that fuses a color picker with a drum machine, you program BlinkM to be any color, and blink and fade in virtually any pattern.
When you’ve programmed your BlinkM, you unplug it and pop it into your project. Apply 5 volts, and it does its thing, whether that’s glowing your favorite pinkish purple, or pulse like an old neon light. All for under $15.

Color coordinate indicators to your panel design, display sensor readings as light, create color shift sequences up to 2 minutes long – many potential applications come to mind. These little guys connect to Arduino with ease, the demo sketches alone are great entertainment. Oh, and they’re really bright! – BlinkM-Smart LED










I like the BlinkM and the other products as well, but I have to say I’m disappointed with thinkm’s choice in regards to closed-sourcing and restrictive copyright.
I was going to buy a couple and integrate it into a project of mine, but now I’m thinking that I’ll just have to see if I can do it on my own.
Happy blinking-
-RG
It seems the firmware is available upon request –
http://getsatisfaction.com/thingm/topics/request_for_copy_of_blinkm_firmware
And you can read more about the development on Todbot blog –
http://todbot.com/blog/2007/03/25/smart-led-prototypes/
Due to a licensing agreement with a company who owns the patent to I2C-controlled RGB LEDs, it’s untested waters if we can release the source code to BlinkM. Since BlinkM is for non-commercial use only, like most all development tools, it should be possible, but it’s not spelled out explicitly in our current license.
Every other aspect of BlinkM (the PCBlinkM communicator, the examples, the sequencer, etc.) are all open-source, and as Collin mentions above, my pre-BlinkM work is all open. Plus in that blog post, I reference other “smart/programmable LED” concepts that are also open.
Of course, the BlinkM board also works as a general ATtiny45 development board. You can always overwrite the BlinkM firmware with your own code. And then revert it back to stock BlinkM functionality by reprogramming it with the original firmware hex
Thanks for the info Tod – that helps clarify things a bunch!
// What's Trending
Raspberry Pi Design Contest
Maker Faire: Day One
A Photo Tour of Maker Faire
Arduino Announces New Wireless Linux Board
Seventeen Sneaky Secret Hides
10 Things to Connect to Your Raspberry Pi
Radio Shack Unveils the New Delta Series Mini PC Board at Maker Faire
I Have a (Puzzling) Dream
// What's Shared
A better way to slice a pumpkin
DIY Nerf Darts
In the Maker Shed: Minty Boost USB Charger
100 Dollar Store Organization Ideas for Craft Rooms and Beyond
Mad’s Mouse House
Lace Princess Crowns
I Have a (Puzzling) Dream
Play the Rings of a Tree Trunk Like a Record
// Most Commented
DIY Hacks & How To’s: Get Emergency Power from a Phone Line
Resin Casting: Going from CAD to Engineering-Grade Plastic Parts
Ten Tips for Screws and Screwdrivers
Ten Tips for Better Measurement
Makers on TV: Big Brain Theory
Grow: A Portable CNC Router System
Tool Review: BioLite CampStove
Pitches with Prototypes: Solar Tracker