Did you make this website yourself or did you hire someone to do it for you?
Plz respond as I’m looking to create my own blog and would
like to find out where u got this from. thanks a lot

[Dinofizz] is almost done with his vertical LED blinds. The build makes use of 768 diffused white LEDs (10mm size), at a resolution of 48×16, and it only requires one 16-channel LED driver (a MBI5026), which makes use of 3x 4-to-16 demultiplexers. Did we mention it has 16 shades of grayscale too?

Making use of his high rise windows, he now has the ability to broadcast messages for the world to see. After the break check out the video of them in action!

Adding some lights to your everyday items will certainly give you a style leaning toward the world of Blade Runner. But if you can add functionality to control the blinky components you’ve actually got something. A great example of this is [Kathryn McElroy's] Chameleon Bag. It’s a shoulder bag with a light-up flap. It can color match your clothing, but she also built some features that will let you know what is inside of the bag.

Adaptive Computing, a cloud management and high performance computing outfit in Utah, needed something really cool to bring to their trade shows

hey decided building the largest non-commercial LED cube would be a good project, and thus the 16x16x16 All Spark Cube was born.

The All Spark Cube was constructed using 10 mm RGB LEDs wired together with three-foot lengths of 16 ga pre-tinned copper wire.

The hardware for the build uses 16 Arduino Megas with a custom-made shield powering a 16×16 LED grid. The custom shields provide the 24V for the LEDs, 5V for the ‘duino, The Arduino boards communicate to each other through an RS485 connection, and the entire cube is connected to a computer through an RS232 serial connection.

If you happen to look into the night sky in the near future and see flashing lights or what appears to be extraterrestrial activity, don’t be alarmed, it’s just a tiny satellite that was launched by Japanese scientists that will be writing Morse code messages in the sky.

Researchers from the Fukuoka Institute of Technology developed the four-inch satellite cube and it was released along with two other cubesats from the International Space Station, 242 miles above earth, on October 5. It will be the first of its kind to transmit an LED message across the sky.

Beginning next month, the satellite, FITSAT-1, nicknamed NIWAKA by scientists, will shoot the phrase “Hi this is Niwaka Japan” in Morse code. Initially, the writing was only supposed to be seen in Japan, but people from all around the world have taken an interest in this pursuit and the team has received requests to display the writing in different parts of the world.

In the northern hemisphere, spectators with binoculars will see green flashes of light emitted from the front of the satellite. Those in the southern hemisphere will see red flashes of light from the back.

Mirage 2.0 Lights up the desert with 4,024 LEDs
http://hackaday.com/2012/10/15/mirage-2-0-lights-up-the-desert-with-4024-leds/

Wrap the entire friggen vehicle in a netting of 4,000 LEDs! Take that officials!

Most of the hardware is Phillips display stuff, digital LED fixture controllers are used to interpret HDMI data and then pipe out color data to addressed chains. All this mapping and addressing means that the entire setup functions like a 168×24 pixel monitor. Split chains of LEDs also happen to allow the crew to operate the doors and get in and out of the vehicle.

Mirage 2.0
A mobile, interactive visualizer.
what is this thing?
http://dustandmirrors.tumblr.com/about

Demo videos
http://dustandmirrors.tumblr.com/post/33200547580/software-output-tests