last updated: 2025-05-22
I can't guaranty a faultless project, so using the information is at one's own risk.
The MIDIbox Operating System (MIOS) has been developed by Thorsten Klose (starting 1998!) for the requirements of flexible MIDI applications like MIDI controllers, processors, synthesizers, sequencers. Look here: http://www.ucapps.de/mios.html. I own an older STM32F1 MBHP board that was replaced in my sequencer with a newer STM32F4. The board has 2 Midi In and 2 Midi Our channels and USB, so I use it as a 2x2 USB MIDI interface (with integrated MIDI monitor). Thorstens PC Software Studio 2 helps to debug and hack Midi SYSEX commands :). | ![]() |
![]() |
I wanted to use Midi over the air and found this interesting page on adafruit: https://learn.adafruit.com/xbee-radios/midi-link. With a handful of components, no need to draw a layout. The circuits are mounted on breadboards. After reprogramming the XBEE modules, MIDI ota is ready :) |
This is an absolute minimal Midi monitor, using a Teensy 3.6 from pjrc and an OLED display SSD1351 from adafruit. Thanks to the Teensy midi library the software is a piece of cake. |
![]() |
![]() |
The Kyub is a special MIDI keyboard in the shape of a cube with capacitive sensing and an internal accelerometer based on a Teensy 2.0. Kyubmusic.com does not exist anymore, but some infos are on hackaday.io. Here you find hacks to power the Kyub over MIDI and to connect the Kyub direct to a synth. The software was reprogrammed in assembler. |