This awesome MIDIbox LC has been created by Alco:

Link to Forum article
Link to Website (more pictures and a Video)
This awesome MIDIbox LC has been created by Alco:

Link to Forum article
Link to Website (more pictures and a Video)
Created by Ander aka. ALEXander aka. Wackazong.
Chaos Matrix is a custom built programmer for a Oberheim Matrix 1000 analog synthesizer. It’s capable of manipulating all 126 voice parameters including 10 programmable matrix modulations buses, ramp generators, 5 point tracking generator, 3 five stage envelopes, 2 oscillators, 2 LFOs, and much more.
It features edit buffer synchronization for visual feedback and inspection of all Matrix 1000 voices parameters, patch compare, patch init, advanced performance options for some parameters as well as containing all 1000 original patch names. Seeing a name make it a lot easier remembering favorite patches instead of numbers alone.
Chaos Matrix is currently a work in progress and is nearly complete. It was built with help from the MBHP (MidiBox Hardware Project) using the MIOS operating system. It uses 1 DIN module, 1 AIN module, 1 DOUT module and 1 core with a PIC18F4620 microprocessor.

Project created by Graham. He wrote:
I’ve been working on a MIOS-powered project for a few years now and am finally ready to share the results. It’s still very beta, but I thought others might enjoy seeing the project regardless.
Basically, the idea is to provide a kind of “active tablature” right on the fretboard of a bass guitar. MIOS runs an onboard sequencer module which controls a bunch of LEDs embedded in the fretboard (125 of them!).
Currently, I have some (PC) software for converting MIDI files to fingering patterns. This data is then sent via MIDI to MIOS which controls the storage, loading, and playback on the LEDs. There is basic support for features like pause/playback, tempo, track scrubbing, and the ability to set A-B points. I’m still working to fix some bugs in the time stamping code, but thought the community might be interested anyway.
Here’s a link to relevant webpage:
http://www.ee.columbia.edu/~grindlay/active_tab.html