New textures. Evolving shapes. Still your Peak.
Peak internal modulation
Connect your Peak over USB. Included settings sync on connection.
For Peak firmware 2.1 or later. Plug in USB, then enable reception on Peak: Settings → MIDI control → CC/NRPN → Rec+Tran or Receive.
Pitch destinations, pitch bend and Animate sources are absent from this tool. Existing panel pitch routings can still respond to LFO 2 or Mod Env 2: zero their pitch depths on Peak if you want no pitch movement. FX time modulation can also produce pitch-like movement.
Oscillators & tone includes random octave ranges (16′, 8′, 4′ and 2′), waveform and factory-wavetable selection, oscillator shape, virtual sync, saw density, mixer and ring levels, noise filters, filter type, cutoff, drive and Osc 3 → filter modulation. Amp-envelope attack, decay and release are also available as matrix destinations.
LFOs 1–2 are per voice. LFOs 3–4 are global and are the LFO sources supported by Peak’s FX matrix. The page does not read back your current patch.
The Space FX panel adds four app-generated LFOs, two ADSR envelopes, eight pedal routes and eight source-modulation routes for Eventide Space. Its app sources can modulate one another’s rate, output depth and envelope stages. Select Peak FX or Space FX above the panels. Connect both devices, configure Space’s receive CCs in Space MIDI setup, and confirm its algorithm. Space modulation is independent of Peak’s internal modulators and pauses when the page is hidden. Full wiring and mapping instructions are in the Space panel.
Undo restores the previous settings and sends the changes automatically while connected. To keep a result permanently, save it on Peak.
Export the complete visible setup, including locks and inactive slots.
Settings JSON is for this tool. It is not a Peak SysEx patch.
Connect Space by USB and choose a separate output from Peak. Set Space’s MIDI → RCV CH to the channel below.
System → MIDI → RCV CTL → KNOB0–9. CC22–31 are suggested assignments, not factory receive defaults. Set the pedal’s MIN/MAX endpoints for a useful parameter range.