Novation PEAK - Page 39

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Parameter Initial Value
Reverb Time 90
Reverb Level 0
Reverb Type 2
Reverb PreDelay 40
Reverb LP Damp 50
Reverb HP Damp 1
Reverb RevSize 64
Reverb ModDepth 64
Reverb ModRate 4
Reverb LoPass 74
Reverb HiPass 0
Chorus Rate 20
Chorus Level 0
Chorus Type 2
Chorus ChorDepth 64
Chorus Fback +0
Chorus LoPass 90
Chorus HiPass 2
FX Global WetLevel 127
FX Global DryLevel 127
FX Global Routing Parallel
FX Mod Source A (all slots) Direct
FX Mod Source B (all slots) Direct
FX Mod Destination (all slots) Distortion Level
FX Mod Depth (all slots) +0
ARP
On Off
Key Latch Off
Gate 64
ClockRate 120 BPM
Clock Source Internal
Type Up
Rhythm 1
Octaves 1
Swing 50
SyncRate 16th
KeySync Off
Mod (all slots)
Source A Direct
Source B Direct
Destin 0123Ptch
Voice
Unison 1
UniDeTune 25
UniSpread 0
PreGlide 0
Mode Poly
PatchLevel 64
Modulation Matrix – sources
The table below lists the sources of modulation available to Inputs A and B of each Slot in
the Modulation Matrix.
Display Controlling Parameter
Direct
The Depth control ([57]; select Row 3)
ModWheel
Mod Wheel
AftTouch
Keyboard aftertouch
ExprPED1
Expression pedal connected at PEDAL 1 input
BrthPED2
Expression pedal connected at PEDAL 2 input
Velocity
Keyboard velocity
Keyboard
Key position on keyboard
Lfo1+
LFO 1 waveform varies controlled parameter in a positive sense
Lfo1+/-
LFO 1 waveform varies controlled parameter both positively and
negatively
Lfo2+
LFO 2 waveform varies controlled parameter in a positive sense
Lfo2+/-
LFO 2 waveform varies controlled parameter both positively and
negatively
AmpEnv
Amplitude envelope
ModEnv1
Modulation envelope 1
ModEnv2
Modulation envelope 2
Animate1
Animate Button 1
Animate2
Animate Button 2
CV +/-
CV input varies controlled parameter both positively and negatively
Lfo 3 +
LFO 3 waveform varies controlled parameter in a positive sense
Lfo 3 +/-
LFO 3 waveform varies controlled parameter both positively and
negatively
Lfo 4 +
LFO 4 waveform varies controlled parameter in a positive sense
Lfo 4 +/-
LFO 4 waveform varies controlled parameter both positively and
negatively
BndWhl+
Pitch Bend wheel up increases parameter
BndWhl-
Pitch Bend wheel up decreases parameter
Modulation Matrix – destinations
The table below lists the destinations to which each Slot of the Modulation Matrix may be
routed.
Display Controlling Source
O123Ptch
Frequency of all three oscillators
Osc1Ptch
Oscillator 1 frequency
Osc2Ptch
Oscillator 2 frequency
Osc3Ptch
Oscillator 3 frequency
Osc1VSnc
Oscillator 1 VSync level
Osc2VSnc
Oscillator 2 VSync level
Osc3VSnc
Oscillator 3 VSync level
Osc1Shpe
Oscillator 1 Shape Amount
Osc2Shpe
Oscillator 2 Shape Amount
Osc3Shpe
Oscillator 3 Shape Amount
Osc1 Lev
Oscillator 1 level
Osc2 Lev
Oscillator 2 level
Osc3 Lev
Oscillator 3 level
NoiseLev
Noise source level
Ring Lev
Ring Modulator output level (RM inputs are Osc 1 and Osc 2)
VcaLevel
Overall synth output level
Filt D r v
Pre-filter Overdrive
Filt Dist
Post-filter Distortion
Filt Fr e q
Filter cut-off frequency (or centre frequency when Shape=BP)
Filt R e s
Filter Resonance
Lfo1R a t e
LFO 1 frequency
Lfo2Rate
LFO 2 frequency
AmpEnv A
Attack time of Amplitude envelope
AmpEnv D
Decay time of Amplitude envelope
AmpEnv R
Release time of Amplitude envelope
ModEnv1A
Attack time of Modulation envelope 1
ModEnv1D
Decay time of Modulation envelope 1
ModEnv1R
Release time of Modulation envelope 1
ModEnv2A
Attack time of Modulation envelope 2
ModEnv2D
Decay time of Modulation envelope 2
ModEnv2R
Release time of Modulation envelope 2
FM O1>O2
Depth of Frequency modulation applied to Oscillator 2 by Oscillator 1*
FM O2>O3
Depth of frequency modulation applied to Oscillator 3 by Oscillator 2*
FM O3>O1
Depth of frequency modulation applied to Oscillator 1 by Oscillator 3*
FM Ns>O1
Amount of noise modulation applied to Oscillator 1*
O3>FiltF
Degree of control of filter cut-off/centre frequency by Oscillator 3*
Ns>FiltF
Degree of control of filter cut-off/centre frequency by noise source*
* Note that only positive values of Depth are effective for the FM options; all negative values are
considered as zero.