Parts and complete fixtures can be found at http://saikoled.com along with additional media of the fixtures in action at http://saikoled.com/applications/.
We have also implemented open-source, high quality tools to provide powerful features missing in other LED light fixtures. Due to the open source nature of our tools, we encourage individuals using the Saiko5 LED Light Fixture to share their projects back with the community.
- Open-source example python server for controlling the lights using a locally running Open Sound Control server.
- Open-source example python GUI for light control written using wxpython.
- Open-source code for use with the powerful music analysis system, PureData which allows for easy music analysis in realtime, and communication with a locally running python server over Open Sound Control.
What we'd be really excited to see come of this is to be able to sell these systems on a hobbyist website like Sparkfun Electronics. They also sell the Arduino system, which has many sensor modules. Imagine how awesome it would be to have this connected up to, I don't know, a geiger counter and a microphone so you can have it flash red when it detects radiation, and then flash blue once it hears screams. Or maybe just have it flash red and blue on a curtain if a video camera detects motion.
Okay, maybe those are stupid ideas. But that's sort of the point. As a designer, I may be good at designing hardware, or perhaps someone else is good at writing software, but any one person can only have so many ideas on their own. We'd be thrilled to see people buy these, come up with awesome new uses for them by integrating them into their own projects, and then publish the code so that we can build up our cumulative open-source expertise. I'd love to see the day where there are a dozen or even a hundred individual hobbyists who've done crazy cool stuff with this light (or others like it) and published it online to inspire the rest of us! So, in that spirit, please let us know if you are psyched about getting involved in participating! We have lots of ideas, but I'm sure many of you have way cooler ones than me =)
You can also check out media and information on the places where this system has been used as a part of the Saiko5 WiFi LED Light Fixture in the Installations and Applications section. So far, it's been made to work with Arduino, the amazing Leaf Labs Maple Board, a higher processing power hobbyist board designed to be pin compatible with the Arduino, and the folks at Leaf Labs managed to make their Maple Board as well as the Arduino control the Saiko5 WiFi LED Light Fixture using an entirely wireless interface by using the async_labs WiShield as a basis and then improving stability. Check out the Light Shield and Firmware for more information about those code improvements, as well as our custom board for WiFi and power control.
Brian Neltner, R.J. Ryan, and Perry Hung also wrote software that allows a user to take advantage of the aubio library, a sweet sound analysis suite usable in C, Python, PureData, and other languages for analyzing realtime or pre-recorded music and extracting relevant features from the sound such as the beats, transients, and other cool stuff! Check out the Software page for more information about the control software.
The resulting LED board has:
- 1000+ lumens of light output.
- High quality heat sinking with custom built, attractive enclosures.
- Protected from damage by acrylic covers.
- Focusing optics to produce spotlights of varying sizes.
- LED Module is controllable using a simple five wire interface.
- Utilizes high efficiency switching regulators for constant current through each color of LED.
- Uses Royal Blue (450nm) instead of regular Blue (470nm) to produce nicer magentas and deep blues.