Korg MS2000 / MicroKorg Virtual Patch Matrix
The 4-channel virtual routing matrix inside Korg's DSP modeling engine allowing dynamic modulation of timbre, noise, and panning.
# Mathematical Formula & Architecture
Logic Specification4 Virtual Patches: Source [EG1, EG2, LFO1, LFO2, Velocity, KBD Tracking] -> Destination [Pitch, Cutoff, Resonance, Amp, Pan, LFO2 Rate].
MicroKorg SysEx Dump Header:
[0xF0, 0x42, 0x30 | Channel, 0x58, 0x40, ...384 Bytes Packed Data..., 0xF7]
0x42 = Korg ID, 0x58 = MicroKorg Device Code, 0x40 = 1 Program Dump# Deep Technical Analysis & Historical Context
Released in 2002, the Korg MicroKorg became the best-selling hardware synthesizer in music history. Based on the DSP architecture of the MS2000, the MicroKorg incorporates an advanced 'Virtual Patch' matrix mimicking the physical 1/4-inch patch cords of the classic 1978 Korg MS-20. Four independent routing lanes allow modulation sources like Envelope 2 or LFO 1 to modulate filter resonance, oscillator 2 shape, or stereo panning. Because editing these deep parameters on the MicroKorg's 3-digit LED and matrix knobs is notoriously tedious, musicians rely on Web MIDI SysEx to visualize and manipulate patches on their computer screen.
Common Studio Pitfall & Hardware Hazard
The MicroKorg write-protect setting is stored in the Global edit page; if left enabled, SysEx soundbank transfers will report successful transmission in your browser but will fail to save in the synth's memory.
# Frequently Asked Engineering Questions
Can the MicroKorg exchange patches with the Korg MS2000?
Yes! Because both synths share identical DSP voice algorithms, MS2000 SysEx programs can be converted and loaded directly into the MicroKorg.
Related Engineering Concepts
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