| INTRO |
| INDUSTRIAL |
| CONSUMER |
| SYSTEMS |
| DIY |
| CONTACT |
consumer applications
DIY MIDI
- HAMMOND CASE 432mm
- 8x5 rotary encoders
- 2 Joysticks
- 1 Trackball
- 8 x MIDI DIN5 IN
- 8 x MIDI DIN5 OUT
- 2 x MIDI S/PDIF OUT (128 ch)
- 2 x MIDI S/PDIF IN (128 ch)
- 2 x S/PDIF Input
- 2 x S/PDIF Output
- 2 x Audio Input
- MOUSE Connector
- Keyboard Connector
- VGA output 1920 x 1080
- MIDI MIX Matrix to redirect channels
Costs: ~ €500,- for DIY Kit
including all mechanics, electronics, FPGA-PCB, programming cable, enclosure, Power supply
The FPGA software is planned to contain:
- 8 MIDI INPUT IFs = 128 channels MIDI 31k
- 2 MIDI INPUT IFs S/PDIF 192kHz x 64Bit
- 2 MIDI MIXERs (16 : 1) to MIDI-S/PDIF
- 256 MIDI SPLITTERs for 64 channels 4 Zones
- 64 MIDI-LAYERING-Modules 4:1
- 64 MIDI MERGER for 64 Outputs
- 2 x 64 MIDI OUTPUT IFs as S/PDIF
- 8 x 16 MIDI OUTPUT IFs as MIDI82 31k
- Stereo Analog-Audio to Frequency
- 1 Digital Oscilloscope for Analog & Digtal In
- 1 Spectrum Analyzer for Analog / Digital In
- 1 Realtime-Frequency to MIDI Converter
- 1 digital AUDIO-TO-MIDI-Converter
- MIDI ECHO 32/64 channels
- MIDI ARPEGGIATOR 16/32 channels
- MIDI SEQUENCER 64 Steps x 64 Tracks
- VGA based GUIs and Monitoring
- UART PC Interface
- USB-MIDI via Converter (USB host)
- USB-PC Connection is open (TODO)
- Data Storage is open (TODO)
- Learning Function open (possible)
- Price for SW open / to be announced
Several of the devices can be chained with S/PDIF MIDI (Latency < 1ms for 64 channels).