MultiWAVE is an 8-channel dual wavetable oscillator for the New Universal Synthesizer System or any Eurorack modular synthesizer. It uses a single set of controls to generate audio waveforms at eight independent channel outputs.
Each of the eight MultiWAVE channels contains two independent wavetable oscillators, Osc A and Osc B, each with variable frequency, modulation, and wavetable position.
MultiWAVE includes an output header for creating pre-patched connections to the audio signal inputs of two QXG modules. When grouped up with PoliMATHS it creates the 8-channel hybrid polysynth core of the New Universal Synthesizer System.
MultiWAVE
8-channel dual wavetable oscillator with a single set of controls
Sequence A and B oscillators (per channel) independently or together via 4 follow modes
Generate polyphonic activations from monophonic sequences using Modulation Dissemination, Span modes, Spread, and Accumulate.
Variable timbre per channel via Spread and Modulation Dissemination
Independent v/o inputs per oscillator and global transpose v/o input
Built-in polyphonic quantizer
Modulatable polyphonic detune, and glide.
Works as a Harmonic Oscillator with detune turned fully clock wise
Modulate wavetables using built-in MultiMod LFO
Independent modulation depth and shape per oscillator.
Modulation Time and depth variable per voice via spread and modulation dissemination
Ships with custom Make Noise wavetables developed from Make Noise modules
Smooth interpolation between waveforms
Compatible with Waveedit format wavetables
Each wavetable contains 64 waves
Capable of storing 8 banks of 8 wavetables.
Activate channels in multiple voltage-controllable Span modes
In arbitrary order using Channel Index
Sequentially with variable channel count step in Round
Via variable per channel clock divisions using Parallel
Oscillator Core of the New Universal Synthesizer System
Designed for seamless use with PoliMATHS, QXG, and future N.U.S.S. modules
Width: 26 hp
Max Depth (incl. power cable): 43mm
Power:
mA@ +12V 250mA
mA @ -12V 5mA
