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Info Show all VCO Filter VCA Envelopes LFO Effects Sequencer Utilities Sampler
Midi


To quickly switch between algorithms in a bank, push and hold the S knob while
turning it.

To switch between banks press the encoder, turn it to lit led 2 and press it
again. Now turn the encoder to select the bank and press it again to select the
chosen bank.


PRECISION ADDER

A = X + Y + offset
B = X - Y - offset

offset = ±10V in 1V steps derived from Z

Knob recorder enabled

?

Parameters
0: Z smooth or integers


FOUR QUADRANT MULTIPLIER

A = X * Y * scale
B = -X * Y * scale

scale = 1/10 to 10x in steps derived from Z

Knob recorder enabled

?

Parameters
0: Z smooth or integers


FULL-WAVE RECTIFIER

A = abs( X + Y ) or abs( X )
B = abs( X - Y ) or abs( Y )

Z selects mode


MINIMUM / MAXIMUM

A = min( X, Y )
B = max( X, Y )

Z is gate


LINEAR / EXPONENTIAL CONVERTER

A = ( 2 ^ X ) * scale
B = log2( Y / scale )

Z is Hz/V scale, centred on 1kHz


QUANTIZER

A = quantized( X )
B = trigger on note change

Z chooses scale & function of Y
Y = transpose (Z positive) or trigger (Z negative)

?

Parameters
0: Attenuation X
1: Transpose mode
2: Key


COMPARATOR

A = gate from X > Y
B = inverted gate

Z is hysteresis


DUAL WAVESHAPER

A = folded X
B = triangle-to-sine Y

Z is gain

Knob recorder enabled


SAMPLE AND HOLD

A = X when Y exceeds 1V
B = noise ±8V

Z is slew rate


SLEW RATE LIMITER

A = linear slew rate limited ( X + Y )
B = log slew rate limited ( X + Y )

Z is slew rate


PITCH AND ENVELOPE TRACKER

A = V/octave pitch derived from X, plus Y
B = envelope dervied from X

Z is slew rate for envelope


CLOCKABLE DELAY / ECHO

X is signal
Y is clock input

Z is feedback

A = dry + delay in ratio according to feedback
B = delay signal only

Tap tempo enabled


LFO

X is Hz/V frequency
Y is waveshape

Z is tune

A is saw ⏵ sine ⏵ triangle
B is pulse ⏵ square ⏵ pulse

?

Parameters
0: Attenuation A
1: Attenuation B
2: Offset A
3: Offset B


CLOCKABLE LFO

X is clock input
Y is waveshape

Z is integer multiplier / divider

A is saw ⏵ sine ⏵ triangle
B is pulse ⏵ square ⏵ pulse

Tap tempo enabled

?

Parameters
0: Attenuation A & B


VCO WITH LINEAR FM

X is V/Oct pitch input
Y is linear FM input

Z is tune ±0.5 octaves

A is sine
B is saw

?

Parameters
0: Octave shift
1: Attenuation A
2: Attenuation B


VCO WITH WAVESHAPING

X is V/Oct pitch input
Y is waveshape / PWM

Z is tune ±0.5 octaves

A is saw ⏵ tri ⏵ saw
B is pulse ⏵ square ⏵ pulse

?

Parameters
0: Octave shift
1: Attenuation A
2: Attenuation B
3: Y offset


PRECISION ADDER (FRACTIONAL OFFSETS)

A = X + Y + offset
B = X - Y - offset

offset in steps derived from Z

?

Parameters
0: Z divisor


VOLTAGE CONTROLLED DELAY LINE

X is audio input
Y is delay time

Z is feedback (bipolar)

A is delay output
B is delay output plus input signal

?

Parameters
0: Y offset


CLOCKABLE PING PONG DELAY (Z FEEDBACK)

X is audio input
Y is clock

Z is feedback

A is left output
B is right output

Tap tempo enabled

?

Parameters
0: Output Mode


CLOCKABLE PING PONG DELAY (Z INPUT PAN)

X is audio input
Y is clock

Z is input pan

A is left output
B is right output

Tap tempo enabled

?

Parameters
0: Feedback


RESONATOR

X is audio input
Y is centre frequency (pitch)

Z is gain
Z press is 'strike'

A is audio output
B is envelope of audio output

?

Parameters
0: Y offset


VOCODER

X is modulator input
Y is carrier input

Z sets the decay time

A is audio output
B is envelope output

?

Parameters
0: Filter bank


PHASER

X is audio input
Y is sweep

Z is feedback (bipolar)

A is phase-shifted output plus input signal
B is phase-shifted output

?

Parameters
0: Y offset
1: Number of stages


BIT CRUSHER

X is signal input
Y is sample rate input

Z sets bit reduction

A is signal output
B is comparator output

?

Parameters
0: Y offset
1: Reduction mode
2: Mangling mode


UNUSED


TAPE DELAY

X is audio input
Y is tape speed

Z is feedback

A = dry + delay in ratio according to feedback
B = delay signal only

?

Parameters
0: Tape length


WAVEFORM ANIMATOR

X is audio input
Y is threshold

Z is separation

A = animated output
B = square waves output

?

Parameters
0: LFO depth
1: Y offset
2: LFO rate
3: Scale


STATE VARIABLE FILTER

X is audio input
Y is filter frequency

Z is filter type

A is filter output LP ⏵ BP ⏵ HP
B is filter output HP ⏵ BP ⏵ LP

?

Parameters
0: Filter resonance


LP / HP FILTER

X is audio input
Y is filter frequency

Z is filter resonance

A is low pass filter output
B is high pass filter output


LP / BP FILTER

X is audio input
Y is filter frequency

Z is filter resonance

A is low pass filter output
B is band pass filter output


BP / HP FILTER

X is audio input
Y is filter frequency

Z is filter resonance

A is band pass filter output
B is high pass filter output


BP / NOTCH FILTER

X is audio input
Y is filter frequency

Z is filter resonance

A is band pass filter output
B is notch filter output


AR ENVELOPE

X is trigger input
Y is trigger input

Z sets the envelope times

A is envelope output
B is envelope output

?

Parameters
0: Trigger Mode
1: Z Mode
2: Out A Attenuverter
3: Out B Attenuverter


AR ENVELOPE (WITH PUSH)

X is trigger input
Y is trigger input

Z sets the envelope times

A is envelope output
B is envelope output

?

Parameters
0: Trigger Mode


AR ENVELOPE & VCA

X is trigger input
Y is VCA input

Z sets the envelope times

A is envelope output
B is VCA output

?

Parameters
0: Trigger Mode
1: Z Mode
2: Out A Attenuverter
3: Out B Attenuverter


AR ENVELOPE & VCA (WITH PUSH)

X is trigger input
Y is VCA input

Z sets the envelope times

A is envelope output
B is VCA output

Press Z to trigger

?

Parameters
0: Trigger Mode


DUAL AR ENVELOPE

X is trigger input A
Y is trigger input B

Z sets the envelope times

A is envelope output A
B is envelope output B

?

Parameters
0: Trigger Mode
1: Z Mode
2: Out A Attenuverter
3: Out B Attenuverter


DUAL AR ENVELOPE (WITH PUSH)

X is trigger input A
Y is trigger input B

Z sets the envelope times

A is envelope output A
B is envelope output B

?

Parameters
0: Trigger Mode


EURO TO BUCHLA CONVERTER

X is 1V/octave input
Y is gate input

Z is tune ±0.5 octaves

A is 1.2V/octave output
B is gate / trigger output

?

Parameters
0: Octave shift


BUCHLA TO EURO CONVERTER

X is 1.2V/octave input
Y is gate / trigger input

Z is tune ±0.5 octaves

A is 1V/octave output
B is trigger output

?

Parameters
0: Octave shift


CLOCKABLE AD ENVELOPE (WITH MUTE)

X is clock input
Y is mute input

Z sets the envelope shape

A is envelope output
B is envelope output

Tap tempo enabled

?

Parameters
0: Output Attenuverter


CLOCKABLE AD ENVELOPE (WITH GATE)

X is clock input
Y is gate input

Z sets the envelope shape

A is envelope output
B is envelope output

Tap tempo enabled

?

Parameters
0: Output Attenuverter


CLOCKABLE AD ENVELOPE (WITH TRIGGER)

X is clock input
Y is trigger input

Z sets the envelope shape

A is envelope output
B is envelope output

Tap tempo enabled

?

Parameters
0: Output Attenuverter


CLOCKABLE AD ENVELOPE & VCA

X is clock input
Y is VCA input

Z sets the envelope shape

A is envelope output
B is VCA output

Tap tempo enabled

?

Parameters
0: Output Attenuverter


SHIFT REGISTER RANDOM CVS

X is clock input
Y is modify input

Z sets the randomness

A is unipolar output
B is bipolar output

?

Parameters
0: Direction
1: Length
2: Slew rate
3: Output attenuator


SHIFT REGISTER RANDOM QUANTIZED CVS

X is clock input
Y is modify input

Z sets the randomness

A is quantized CV output
B is trigger output

?

Parameters
0: Direction
1: Length
2: Scale
3: Output attenuator


SHIFT REGISTER RANDOM TRIGGERS

X is clock input
Y is modify input

Z sets the randomness

A is trigger output
B is inverse trigger output

Press Z to modify sequence

?

Parameters
0: Length


SHIFT REGISTER RANDOM DUAL TRIGGERS

X is clock input
Y is modify input

Z sets the randomness

A is trigger output A
B is trigger output B

?

Parameters
0: Length A
1: Length B


ES-1 EMULATION

X is input 1
Y is input 2

Z is trim

A is output 1
B is output 2


ES-2 EMULATION

X is input 1
Y is input 2

Z is trim

A is output 1
B is output 2


DUAL QUANTIZER (Z SCALE)

A = quantized( X )
B = quantized( Y )

Z chooses scale

?

Parameters
0: X Attenuation
1: Y Attenuation
2: X Transpose
3: Y Transpose


DUAL QUANTIZER

A = quantized( X )
B = quantized( Y )

Z is trigger

?

Parameters
0: X Attenuation
1: Y Attenuation
2: X Scale
3: Y Scale


DUAL DELAYED PULSE GENERATOR

A is pulse triggered by X
B is pulse triggered by Y

Z function depends on parameter settting

?

Parameters
0: Z Mode
1: Range
2: Delay
3: Length


NOISE

A is noise, optionally scaled by X
B is noise, optionally scaled by Y

Z is blend

?

Parameters
0: Type A
1: Type B
2: Attenuation A
3:: Attenuation B


CROSSFADE/PAN

A = Mix of X & Y according to Z
B = Inverted mix of X & Y according to Z

Knob recorder enabled

?

Parameters
0: Crossfade/pan law


DUAL SAMPLE AND HOLD

A = X when Z exceeds 1V
B = Y when Z exceeds 1V

?

Parameters
0: Sample or Track


DUAL EUCLIDEAN PATTERNS

A is pattern 1 out
B is pattern 2 out

Z sets the 'pulses' for pattern 2

X is clock input
Y is reset input

?

Parameters
0: Steps
1: Pulses 1
2: Rotation
3: Pulse length


AUDIO PLAYBACK

X is retrigger CV
Y is start position CV

Z selects the sample

A is left audio output
B is right audio output


AUDIO PLAYBACK WITH V/OCT

X is retrigger CV
Y is V/octave pitch CV

Z selects the sample

A is left audio output
B is right audio output

?

Parameters
0: Octave shift


AUDIO PLAYBACK WITH Z SPEED

X is retrigger CV
Y is start position CV

Z sets the playback speed

A is left audio output
B is right audio output

?

Parameters
0: Sample selection


MIDI FILE PLAYBACK (CLOCKED)

X is clock
Y is retrigger CV

Z selects the MIDI file

A is pitch CV output
B is gate output


MIDI FILE PLAYBACK (FREE RUNNING)

X is V/octave speed CV
Y is retrigger CV

Z sets the playback speed

A is pitch CV output
B is gate output

?

Parameters
0: MIDI File selection


AUDIO PLAYBACK WITH END CV

X is retrigger or end position CV
Y is start position CV

Z is end position or retrigger CV

A is left audio output
B is right audio output

?

Parameters
0: Sample selection


CLOCKED AUDIO PLAYBACK

X is retrigger CV
Y is clock

Z selects the sample

A is left audio output
B is right audio output


AUDIO RECORDER

X is left audio input
Y is right audio input

Z controls recording

A is left audio output
B is right audio output


WAVETABLE VCO

X is V/Oct pitch input
Y is wavetable input

Z is tune ±0.5 octaves

A is wavetable output
B is sub-octave square output

?

Parameters
0: Wavetable
1: Octave shift
2: Y offset


STEREO REVERB

X is left input
Y is right input

Z is wet / dry

A is left output
B is right output

?

Parameters
0: Size
1: Feedback
2: Character
3: Lowpass flter


MONO-TO-STEREO REVERB

X is audio input
Y is feedback CV

Z is wet / dry

A is left output
B is right output

?

Parameters
0: Size
1: Feedback
2: Character
3: Lowpass flter


DUAL REVERB

A is X plus reverb
B is Y plus reverb

Z is wet / dry

?

Parameters
0: Size
1: Feedback
2: Character
3: Lowpass flter


STEREO CHORUS

X is audio input
Y is LFO rate

Z is wet / dry

A is left output
B is right output

?

Parameters
0: LFO depth
1: Y offset
2: Feedback
3: Lowpass flter


MONO CHORUS

X is audio input
Y is LFO rate

Z is wet / dry

A is blended output
B is wet output

?

Parameters
0: LFO depth
1: Y offset
2: Feedback
3: Lowpass flter