Accessibility documentation#

Screenreader accessible documentation for Noise Engineering modules.

Ampla Versio#

Stereo reverb processor on the Versio platform.

Orientation

Orient the module so that the staggered columns of knobs are at the top, with the patch points at the bottom.

Layout Overview

Three columns of knobs fill the upper part of the module. Two toggle switches sit below the first column of knobs. The lower half has three rows that include 12 jacks.

Knob Columns (left to right)

It is easier to explain this module in columns, since the rows are staggered and can be confusing.

Column 1

Blend knob

Resonance knob

Column 2

Above this column are two LEDs indicating the envelope input and output signal flow.

Attack knob

Release knob

Column 3

Decay knob

Sustain knob

Curve knob

Toggle Switches (left side, below Column 1)

Two toggles stack vertically on the right and switch from left to right.

Top Toggle

Low Pass

Band Pass

High Pass

Bottom Toggle

Button above patch ports

Gate

Input Jacks (three rows)

Top Row, left to right

Blend CV Input

Attack CV Input

Decay CV Input

Curve CV Input

Middle Row, left to right

Resonance CV Input

Release CV Input

Sustain CV Input

Gate Input

Bottom Row, left to right

Audio Input L

Audio Input R

Audio Output L

Audio Output R

Ataraxic Iteritas Alia#

Digital voltage-controlled oscillator inspired by the last millenium on the Alia platform.

Orientation

Orient the module so that the staggered columns of knobs are at the top, with the patch points at the bottom.

Layout Overview

Three columns of knobs fill the upper part of the module. Two toggle switches sit below the third column of knobs. The lower half has three rows that include 12 jacks.

Knob Columns (left to right)

It is easier to explain this module in columns, since the rows are staggered and can be confusing.

Column 1

Pitch encoder (clicks when turning. Turn the encoder for fine tuning, or press and turn for coarse tuning.)

Noise knob

Comb knob

Column 2

Above this column are two LEDs to show trigger and audio signal flow.

Shape knob

Soft Fold knob

Below this column are two LEDs to show envelope shaping.

Column 3

Waveform knob

Time Mod knob

Toggle Switches (right side, below Column 3)

Two toggles stack vertically on the right and switch from left to right.

Top Toggle

LFSR

Square

Square 2

To the left of this switch is an LED that displays different colors for each mode.

Bottom Toggle

Bass

Alto

Treble

To the left of this switch is an LED that displays different colors for each mode.

Button above patch ports

Hold

Input Jacks (three rows)

Top Row, left to right

Pitch 1v/oct CV input

Waveform CV Input

LFSR, Square, Square 2 Mode CV Input

Bass, Alto, Treble Mode CV Input

Middle Row, left to right

Noise CV Input

Shape CV Input

Time Mod CV Input

Sub Audio Output

Bottom CV Row, left to right

Comb CV Input

Soft Fold CV Input

Sync Input

Audio Output

Basimilus Iteritas Alia#

Analog inspired parameterized voltage-controlled oscillator and drum voice on the Alia platform.

Orientation

Orient the module so that the staggered columns of knobs are at the top, with the patch points at the bottom.

Layout Overview

Three columns of knobs fill the upper part of the module. Two toggle switches sit below the third column of knobs. The lower half has three rows that include 12 jacks.

Knob Columns (left to right)

It is easier to explain this module in columns, since the rows are staggered and can be confusing.

Column 1

Pitch encoder (clicks when turning. Turn the encoder for fine tuning, or press and turn for coarse tuning.)

Spread knob

Harmonic knob

Column 2

Above this column are two LEDs to show trigger and audio signal flow.

Morph knob

Fold knob

Below this column are two LEDs to show envelope shaping.

Column 3

Attack knob

Decay knob

Toggle Switches (right side, below Column 3)

Two toggles stack vertically on the right and switch from left to right.

Top Toggle

Skin

Liquid

Metal

To the left of this switch is an LED that displays different colors for each mode.

Bottom Toggle

Bass

Alto

Treble

To the left of this switch is an LED that displays different colors for each mode.

Button above patch points

Hit

Input Jacks (three rows)

Top Row, left to right

Pitch 1v/oct CV input

Attack CV input

Skin, Liquid, Metal Mode CV input

Bass, Alto, Treble Mode CV input

Middle Row, left to right

Spread CV input

Morph CV input

Decay CV input

Envelope Output

Bottom Row, left to right

Harm CV input

Fold CV input

Trig Input

Audio Output

Clep Diaz#

Multimode CV generator and LFO.

Orientation

Orient the module so that the switches are at the top, with the patch points at the bottom.

Layout Overview

Two switches occupy the upper section of the module along with a red LED. In the middle, there is an encoder with 6 LEDs below it and to the left, and there two buttons to the right. The lower section contains 6 jacks and 3 LEDs.

Toggle Switches

Two toggles stack vertically and switch from left to right.

Top Switch

Step

Rand

LFO

To the right of this switch is an LED that displays brightness depending on divisions of 3 or 4.

Bottom Switch

Up/Down

Encoder

Count encoder (clicks when turning)

LEDs

Five LEDs are stacked vertically below the encoder, and a sixth LED is stacked down and to the right of the others..

Buttons (to the right)

Step button

Reset button

Input Jacks (two columns)

Left Column

Reset input

Clock input

Bi Audio Output

Right Column

CV input (with a green LED to indicate clock pattern)

BOC input (with a red LED to indicate beginning of cycle)

Uni Audio Output (with an orange LED to indicate audio signal)

Confundo Funkidos#

Confundo Funkidos is a rhythm crossfader and mute utility.

Orientation

Orient the module so that the patch points are at the top, with the slider at the bottom.

Layout Overview

Sixteen jacks occupy the upper section of the module along with 12 LEDs. In the middle, there is a knob with two jacks. The lower section contains 6 switches, a button, and a slider.

Input Jacks (4 rows, top to bottom)

First Row, Channel 1

Trigger 1 input

Trigger 2 input

Accent Gate output

Trigger output

The LEDs to the right of Trigger 1 and Trigger 2 inputs indicate the signal coming in.

The LED to the right off Trigger output indicates the trigger and accent signals going out.

Second Row, Channel 2

Trigger 1 input

Trigger 2 input

Accent Gate output

Trigger output

The LEDs to the right of Trigger 1 and Trigger 2 inputs indicate the signal coming in.

The LED to the right off Trigger output indicates the trigger and accent signals going out.

Third Row, Channel 3

Trigger 1 input

Trigger 2 input

Accent Gate output

Trigger output

The LEDs to the right of Trigger 1 and Trigger 2 inputs indicate the signal coming in.

The LED to the right off Trigger output indicates the trigger and accent signals going out.

Fourth Row, Channel 4

Trigger 1 input

Trigger 2 input

Accent Gate output

Trigger output

The LEDs to the right of Trigger 1 and Trigger 2 inputs indicate the signal coming in.

The LED to the right off Trigger output indicates the trigger and accent signals going out.

Knob (to the left, below the patch points)

Burn knob

CV Input Jacks (to the right, below the patch points)

Burn CV input

XFade CV input

Toggle Switches (below Knob and CV input jacks)

Four toggles align horizontally and switch from top to bottom. Two other toggles align vertically and switch from left to right.

First Switch, Channel 1 (furthest left)

Unmute

Mute accents, disable Burn

Mute both triggers and accents

Second Switch, Channel 2

Unmute

Mute accents, disable Burn

Mute both triggers and accents

Third Switch, Channel 3

Unmute

Mute accents, disable Burn

Mute both triggers and accents

Fourth Switch, Channel 4

Unmute

Mute accents, disable Burn

Mute both triggers and accents

Top Switch (on the bottom right side)

This switch affects the accents

Left

Middle

Right

Bottom Switch

This switch affects the XFade

Left

Middle

Right

Buttons (below 2nd toggle switch)

Burn

Slider

Slides left to right. There is a detent in the center of the slider.

Cursus Iteritas Alia#

Dynamically generated wavetable voltage-controlled oscillator on the Alia platform.

Orientation

Orient the module so that the staggered columns of knobs are at the top, with the patch points at the bottom.

Layout Overview

Three columns of knobs fill the upper part of the module. Two toggle switches sit below the third column of knobs. The lower half has three rows that include 12 jacks.

Knob Columns (left to right)

It is easier to explain this module in columns, since the rows are staggered and can be confusing.

Column 1

Pitch encoder (clicks when turning. Turn the encoder for fine tuning, or press and turn for coarse tuning.)

Center knob

Structure knob

Column 2

Above this column are two LEDs to show trigger and audio signal flow.

Edge knob

Fold knob

Below this column are two LEDs to show envelope shaping.

Column 3

Width knob

Tilt knob (center position is noon)

Toggle Switches (right side, below Column 3)

Two toggles stack vertically on the right and switch from left to right.

Top Toggle

Daubechies

Fourier

Walsh

To the left of this switch is an LED that displays different colors for each mode.

Bottom Toggle

Bass

Alto

Treble

To the left of this switch is an LED that displays different colors for each mode.

Button above patch ports

Hold

Input Jacks (three rows)

Top Row, left to right

Pitch 1v/oct CV input

Width CV input

Daubechies, Fourier, Walsh Mode CV input

Bass, Alto, Treble Mode CV input

Middle Row, left to right

Center CV input

Edge CV input

Tilt CV input

Sub Audio Output

Bottom CV Row, left to right

Structure CV input

Fold CV input

Sync Input

Audio Output

Debel Iteritas Alia#

Hybrid-additive phase-modulation voltage-controlled oscillator on the Alia platform.

Orientation

Orient the module so that the staggered columns of knobs are at the top, with the patch points at the bottom.

Layout Overview

Three columns of knobs fill the upper part of the module. Two toggle switches sit below the third column of knobs. The lower half has three rows that include 12 jacks.

Knob Columns (left to right)

It is easier to explain this module in columns, since the rows are staggered and can be confusing.

Column 1

Pitch encoder (clicks when turning. Turn the encoder for fine tuning, or press and turn for coarse tuning.)

Octave knob

Index knob

Column 2

Above this column are two LEDs to show trigger and audio signal flow.

Detune knob (center position is noon)

Grit knob

Below this column are two LEDs to show envelope shaping.

Column 3

Shape knob

Time knob

Toggle Switches (right side, below Column 3)

Two toggles stack vertically on the right and switch from left to right.

Top Toggle

Taco

Nacho

Diablo

To the left of this switch is an LED that displays different colors for each mode.

Bottom Toggle

Bass

Alto

Treble

To the left of this switch is an LED that displays different colors for each mode.

Button above patch ports

Hit

Input Jacks (three rows)

Top Row, left to right

Pitch 1v/oct CV input

Shape CV input

Taco, Nacho, Diablo Mode CV input

Bass, Alto, Treble Mode CV input

Middle Row, left to right

Octave CV input

Detune CV input

Time CV input

Envelope Output

Bottom Row, left to right

Index CV input

Grit CV input

Trig Input

Audio Output

Desmodus Versio#

Stereo reverb processor on the Versio platform.

Orientation

Orient the module so that the staggered columns of knobs are at the top, with the patch points at the bottom.

Layout Overview

Three columns of knobs fill the upper part of the module. Two toggle switches sit below the first column of knobs. The lower half has three rows that include 12 jacks.

Knob Columns (left to right)

It is easier to explain this module in columns, since the rows are staggered and can be confusing.

Column 1

Blend knob

Speed knob

Column 2

Above this column are two LEDs indicating the audio input and output signal flow.

Tone knob (center position is noon)

Index knob (center position is noon)

Column 3

Regen knob

Size knob

Dense knob

Toggle Switches (left side, below Column 1)

Two toggles stack vertically on the right and switch from left to right.

Top Toggle

Limit

Distort

Shimmer

Bottom Toggle

Blend

Interpolate

Jump

Button above patch ports

FSU

Input Jacks (three rows)

Top Row, left to right

Blend CV Input

Tone CV Input

Regen CV Input

Dense CV Input

Middle Row, left to right

Speed CV Input

Index CV Input

Size CV Input

FSU Input

Bottom Row, left to right

Audio Input L

Audio Input R

Audio Output L

Audio Output R

Electus Versio#

Stereo clocked atmosphere generator on the Versio platform.

Orientation

Orient the module so that the staggered columns of knobs are at the top, with the patch points at the bottom.

Layout Overview

Three columns of knobs fill the upper part of the module. Two toggle switches sit below the first column of knobs. The lower half has three rows that include 12 jacks.

Knob Columns (left to right)

It is easier to explain this module in columns, since the rows are staggered and can be confusing.

Column 1

Blend knob

Speed knob

Column 2

Above this column are two LEDs indicating the audio input and output signal flow.

Tone knob (center position is noon)

Index knob (center position is noon)

Column 3

Regen knob

Size knob

Dense knob

Toggle Switches (left side, below Column 1)

Two toggles stack vertically on the right and switch from left to right.

Top Toggle

Limit

Distort

Shimmer

Bottom Toggle

Left-leaning

Centered

Right-leaning

Button above patch ports

Tap

Input Jacks (three rows)

Top Row, left to right

Blend CV Input

Tone CV Input

Regen CV Input

Dense CV Input

Middle Row, left to right

Speed CV Input

Index CV Input

Size CV Input

Tap Input

Bottom Row, left to right

Audio Input L

Audio Input R

Audio Output L

Audio Output R

Expando Expandi#

CV Expander module for Xer Mixa.

Orientation

Orient the module so that the patch points are at the top.

Layout Overview

Two columns of 4 jacks totalling 8 jacks occupy the upper section of the module. At the bottom, there is one status LED.

Input Jacks (two columns)

It is easier to explain this module in columns, since the rows are staggered and can be confusing.

Left Column

CV Input 1

CV Input 3

CV Input 5

CV Input 7

Right Column

CV Input 2

CV Input 4

CV Input 6

CV Input 8

LED

Status

Fala Versio#

Stereo formant filter on the Versio platform.

Orientation

Orient the module so that the staggered columns of knobs are at the top, with the patch points at the bottom.

Layout Overview

Three columns of knobs fill the upper part of the module. Two toggle switches sit below the first column of knobs. The lower half has three rows that include 12 jacks.

Knob Columns (left to right)

It is easier to explain this module in columns, since the rows are staggered and can be confusing.

Column 1

Fold knob

Speed knob

Column 2

Above this column are two LEDs indicating the audio input and output signal flow.

Q knob

Index knob (center position is noon)

Column 3

A2-A5 knob

E4-E7 knob

Saturation knob

Toggle Switches (left side, below Column 1)

Two toggles stack vertically on the right and switch from left to right.

Top Toggle

A Filter

AE Filter

AE3 Filter

Bottom Toggle

I Parallel Filter

II Parallel Filters

IV Parallel Filters

Button above patch ports

Tap

Input Jacks (three rows)

Top Row, left to right

Fold CV Input

Q CV Input

A CV Input

Saturation CV Input

Middle Row, left to right

Speed CV Input

Index CV Input

E CV Input

Tap Input

Bottom Row, left to right

Audio Input L

Audio Input R

Audio Output L

Audio Output R

Gamut Repetitor#

Quad random, highly controllable, quantized-voltage generator and generative CV sequencer.

Orientation

Orient the module so that the knobs are at the top, with the patch points at the bottom.

Layout Overview

Four knobs, three toggle switches, and one button take up the upper part of the module. 19 patch points sit on the lower half.

Knobs (left to right)

Root Knob (top left)

Length Knob (middle)

Spread Knob (top right)

Down/Up Knob (middle right)

The 4 LEDs above the Length knob change color based on all channel’s trigger inputs.

Toggle Switches (left side, below Root Knob)

Three toggles stack vertically on the left and switch from left to right.

Top Toggle

Maj

Min

Sym

Above this switch is an LED that displays different colors for scales.

Middle Toggle

Flavor

Bottom Toggle

Count

Button above patch points

Reset

Input Jacks (four columns)

Column 1, Top to Bottom

Channel 1 Trigger input

Channel 2 Trigger input

Channel 3 Trigger input

Channel 4 Trigger input

Column 2, Top to Bottom

Reset input

There is a blank space here with no jack

M/M/S CV input

Scale CV input

Column 3, Top to Bottom

Root CV input

Length CV input

Dn/Up CV input

Spread CV input

Column 4, Top to Bottom

Channel 1 Trigger output

Channel 2 Trigger output

Channel 3 Trigger output

Channel 4 Trigger output

To the top right of each output jack is an LED that shows output signal.

Column 5, Top to Bottom

Channel 1 CV output

Channel 2 CV output

Channel 3 CV output

Channel 4 CV output

Granulita Versio#

Granular chord resynthesizer on the Versio platform.

Orientation

Orient the module so that the staggered columns of knobs are at the top, with the patch points at the bottom.

Layout Overview

Three columns of knobs fill the upper part of the module. Two toggle switches sit below the first column of knobs. The lower half has three rows that include 12 jacks.

Knob Columns (left to right)

It is easier to explain this module in columns, since the rows are staggered and can be confusing.

Column 1

Blend knob

Pitch knob

Column 2

Above this column are two LEDs indicating the audio input and output signal flow.

Chord knob

Voice knob

Column 3

Verb knob

Count knob

Length knob

Toggle Switches (left side, below Column 1)

Two toggles stack vertically on the right and switch from left to right.

Top Toggle

Reverse

Both

Forward

Bottom Toggle

Freeze

Sync

Trigger

Button above patch ports

Hit

Input Jacks (three rows)

Top Row, left to right

Blend CV Input

Chord CV Input

Verb CV Input

Length CV Input

Middle Row, left to right

Pitch CV Input

Voice CV Input

Count CV Input

Hit Input

Bottom Row, left to right

Audio Input L

Audio Input R

Audio Output L

Audio Output R

Horologic Solum#

Master clock with multi-mode divider and expander.

Orientation

Orient the module so that the knob is at the top, with the patch points at the bottom.

Layout Overview

A knob is located at the top of the module. Three toggle switches sit below the knob, with patch points aligned vertically and to the left on the module.

Knob

Tempo

Toggle Switches (right side, below Knob)

Three toggle switches stack vertically on the right and switch from top to bottom.

Top Toggle

This gives three levels of tempo speed range

Middle Toggle

INT/EXT

Bottom Toggle

Input Jacks (on the left)

The first two jacks sit vertically and directly to the left of the INT/EXT and 2/0/4 switches. Four clock division jacks sit vertically below those. Each jack has an LED to the right that indicates the trigger output signal.

Jack 1

Trigger input

Jack 2

Reset input

Jack 3

1/1/1 Gate output

Jack 4

2/3/4 Gate output

Jack 5

4/5/16 Gate output

Jack 6

8/7/64 Gate output

Imitor Versio#

Stereo 12-tap multimode delay on the Versio platform.

Orientation

Orient the module so that the staggered columns of knobs are at the top, with the patch points at the bottom.

Layout Overview

Three columns of knobs fill the upper part of the module. Two toggle switches sit below the first column of knobs. The lower half has three rows that include 12 jacks.

Knob Columns (left to right)

It is easier to explain this module in columns, since the rows are staggered and can be confusing.

Column 1

Blend knob

Skew knob (center position is noon)

Column 2

Above this column are two LEDs indicating the audio input and output signal flow.

Angle knob (center position is noon)

LFO knob (center position is noon)

Column 3

Regen knob

Time knob

Spread knob

Toggle Switches (left side, below Column 1)

Two toggles stack vertically on the right and switch from left to right.

Top Toggle

Limit

Distort

Shimmer

Bottom Toggle

Decrescendo

Equal

Crescendo

Button above patch ports

Tap

Input Jacks (three rows)

Top Row, left to right

Blend CV Input

Angle CV Input

Regen CV Input

Spread CV Input

Middle Row, left to right

Skew CV Input

LFO CV Input

Time CV Input

Tap Input

Bottom Row, left to right

Audio Input L

Audio Input R

Audio Output L

Audio Output R

Incus Iteritas Alia#

FM-based wave-mangling additive voltage-controlled oscillator on the Alia platform.

Orientation

Orient the module so that the staggered columns of knobs are at the top, with the patch points at the bottom.

Layout Overview

Three columns of knobs fill the upper part of the module. Two toggle switches sit below the third column of knobs. The lower half has three rows that include 12 jacks.

Knob Columns (left to right)

It is easier to explain this module in columns, since the rows are staggered and can be confusing.

Column 1

Pitch encoder (clicks when turning. Turn the encoder for fine tuning, or press and turn for coarse tuning.)

Weight knob

Alloy knob

Column 2

Above this column are two LEDs to show trigger and audio signal flow.

Shape knob

Temper Fold knob

Below this column are two LEDs to show envelope shaping.

Column 3

Attack knob

Time knob

Toggle Switches (right side, below Column 3)

Two toggles stack vertically on the right and switch from left to right.

Top Toggle

Grind

Impact

Heavy

To the left of this switch is an LED that displays different colors for each mode.

Bottom Toggle

Bass

Alto

Treble

To the left of this switch is an LED that displays different colors for each mode.

Button above patch ports

Hold

Input Jacks (three rows)

Top Row, left to right

Pitch 1v/oct CV input

Attack CV input

Grind, Impact, Heavy Mode CV input

Bass, Alto, Treble Mode CV input

Middle Row, left to right

Weight CV input

Shape CV input

Time CV input

Envelope Out

Bottom Row, left to right

Alloy CV input

Temper CV input

Trig Input

Audio Output

Jam Jam#

Four channel trigger and gate processor with three modes.

Orientation

Orient the module so that the patch points are at the top, with the knob at the bottom.

Layout Overview

Six rows of 2 jacks totalling 12 jacks fill the upper part of the module. One toggle switch sits on the right below the jacks. Four buttons sit vertically on the lower left part of the module. One button sits below the toggle switch, and one knob sits on the lower right.

Jacks (left to right)

Row 1 (at the top)

Channel 1 Trigger input

Channel 1 Trigger output

Row 2

Channel 2 Trigger input

Channel 2 Trigger output

Row 3

Channel 3 Trigger input

Channel 3 Trigger output

Row 4

Channel 1 CV input

Channel 2 CV input

Row 5

Channel 3 CV input

Channel 4 CV input

Row 6

Channel 6 Trigger input

Channel 6 Trigger output

Toggle Switch

Toggle switches from left to right.

Rnd

Phs

Dly

Buttons (to the left, below jacks)

There is an LED to the right of each button. Pressing the channel’s button enables editing mode, which changes the color of the channel’s LED.

Button (to the right, below Switch)

Clear

Knob

Edit (clicks when turning)

Kith Ruina#

All-analog tonestack: one-knob saturation/drive circuit into a simple and clean two-band EQ.

Orientation

Orient the module so that the knobs are at the top, with the patch points at the bottom.

Layout Overview

Three knobs fill the upper part of the module, with one toggle switch to the left between the second and third knob. The lower half has 4 jacks.

Knobs (top to bottom)

Drive

High Tonestack

Low Tonestack

Toggle Switch (left side, between bottom two knobs)

The toggle switch switches from top to bottom.

800 Hz

200Hz

Input Jacks (two rows)

Top Row, left to right

Drive input

Drive output

Bottom Row, left to right

Tone input

Audio output

Lacrima Versio#

Stereo classic autowah on the Versio platform.

Orientation

Orient the module so that the staggered columns of knobs are at the top, with the patch points at the bottom.

Layout Overview

Three columns of knobs fill the upper part of the module. Two toggle switches sit below the first column of knobs. The lower half has three rows that include 12 jacks.

Knob Columns (left to right)

It is easier to explain this module in columns, since the rows are staggered and can be confusing.

Column 1

Blend knob

Saturation knob

Column 2

Above this column are two LEDs indicating the audio input and output signal flow.

Low/Band/High knob

Freq knob

Column 3

Q knob

Envelope knob (center position is noon)

Mod knob

Toggle Switches (left side, below Column 1)

Two toggles stack vertically on the right and switch from left to right.

Top Toggle

Pre

Bet

Aft

Bottom Toggle

Button above patch ports

FSU

Input Jacks (three rows)

Top Row, left to right

Blend CV Input

L/B/H CV Input

Q CV Input

Mod CV Input

Middle Row, left to right

Sat CV Input

Freq CV Input

Env CV Input

Hit Input

Bottom Row, left to right

Audio Input L

Audio Input R

Audio Output L

Audio Output R

Lapsus Os#

Quad channel attenuator/attenuverter and offset

Orientation

Orient the module so that the sliders are at the top, with the patch points at the bottom. If you want to perform this module with flipped orientation, switch each of the four pins on the back of the module, which invert the corresponding channel beforehand.

Layout Overview

Four sliders occupy the upper section of the module, each with an LED that increases in brightness as more voltage passes through the channel. In Uni mode, the slider is off at the bottom, while in Bi mode, it is off at the center.

Below the sliders, four toggle switches are arranged across the center. Each switch toggles from left to right.

The lower section contains four staggered columns of jacks, with four jacks per column, for a total of 16.

Columns (left to right)

It is easier to explain this module in columns, since the rows are staggered and can be confusing.

Column 1, Channel 1

Slider

Uni/Bi Switch

Offset input jack

Attenuator/Attenuverter input jack

CV Output 1

CV Output 2

Column 2, Channel 2

Slider

Uni/Bi Switch

Offset input jack

Attenuator/Attenuverter input jack

CV Output 1

CV Output 2

Column 3, Channel 3

Slider

Uni/Bi Switch

Offset input jack

Attenuator/Attenuverter input jack

CV Output 1

CV Output 2

Column 4, Channel 4

Slider

Uni/Bi Switch

Offset input jack

Attenuator/Attenuverter input jack

CV Output 1

CV Output 2

Librae Legio#

Dynamics processor on the Legio platform.

Orientation

Orient the module so that the columns of knobs are at the top, with the patch points at the bottom.

Layout Overview

A single column of three knobs occupy the upper section of the module. Below it, two toggle switches sit at the center, one on the left and one on the right. The lower half is divided into two jack sections. Four jacks form a diamond pattern, with two additional jacks at the bottom left and two at the bottom right.

Knobs

Color encoder (clicks when turning. Turn the encoder slower for fine tuning or faster for coarse tuning. Press the encoder to reset the parameter.)

Ceiling knob

Room knob

Toggle Switches

Toggles switch from top to bottom.

Left Toggle

High

Off

Low

Right Toggle

Max

Some

None

Input Jacks

Diamond pattern, top, left, right, bottom

FSU Input

Color CV Input

Room CV Input

Ceiling CV Input

Left jacks, top to bottom

The L jack is normaled to the R jack if R is left unpatched.

Audio Input L

Audio Input R

Right jacks, top to bottom

Audio Output L

Audio Output R

Loquelic Iteritas#

Complex digital voltage-controlled oscillator.

Orientation

Orient the module so that the staggered columns of knobs are at the top and middle, with the patch points at the bottom.

Layout Overview

Two rows of knobs and a switch fill the upper part of the module. Two rows of knobs and a switch fill the center part, and two rows of 4 jacks totalling 8 jacks fill the bottom of the module.

Knob Rows (left to right)

Top Row 1

Pitch A encoder, coarse tuning

Pitch B encoder, coarse tuning

Top Row 2

Pitch A encoder, fine tuning

Pitch B encoder, fine tuning

Toggle Switch (top right)

Toggle switches from top to bottom.

VO Algorithm

SS Algorithm

PM Algorithm

Middle Row 1

Morph CV input

Fold CV input

Middle Row 2

Modulate CV input

Damp CV input

Toggle Switch (middle left)

Toggle switches from top to bottom.

Both

Input Jacks (two rows)

Top Row, left to right

Pitch A 1v/oct CV input

Morph CV input

Fold CV input

Sync input

Bottom Row, left to right

Pitch B 1v/oct CV input

Modulate CV input

Damp CV input

Audio output (sum vox)

Manis Iteritas Alia#

Gross, gritty and dark industrial-strength voltage-controlled oscillator and drum voice on the Alia platform.

Orientation

Orient the module so that the staggered columns of knobs are at the top, with the patch points at the bottom.

Layout Overview

Three columns of knobs fill the upper part of the module. Two toggle switches sit below the third column of knobs. The lower half has three rows that include 12 jacks.

Knob Columns (left to right)

It is easier to explain this module in columns, since the rows are staggered and can be confusing.

Column 1

Pitch encoder (clicks when turning. Turn the encoder for fine tuning, or press and turn for coarse tuning.)

Bash knob (center position is noon)

Profundity knob

Column 2

Above this column are two LEDs to show trigger and audio signal flow.

LPF knob

Smash knob

Below this column are two LEDs to show envelope shaping.

Column 3

Envelope knob

Saw Mod knob

Toggle Switches (right side, below Column 3)

Two toggles stack vertically on the right and switch from left to right.

Top Toggle

Skin

Liquid

Metal

To the left of this switch is an LED that displays different colors for each mode.

Bottom Toggle

Bass

Alto

Treble

To the left of this switch is an LED that displays different colors for each mode.

Button above patch ports

Hit

Input Jacks (three rows)

Top Row, left to right

Pitch 1v/oct CV input

Envelope CV input

Skin, Liquid, Metal Mode CV input

Bass, Alto, Treble Mode CV input

Middle Row, left to right

Bash CV input

LPF CV input

Saw Mod CV input

Envelope Out

Bottom Row, left to right

Deep CV input

Smash CV input

Trig Input

Audio Output

Melotus Versio#

Stereo texturizer using granular processing on the Versio platform.

Orientation

Orient the module so that the staggered columns of knobs are at the top, with the patch points at the bottom.

Layout Overview

Three columns of knobs fill the upper part of the module. Two toggle switches sit below the first column of knobs. The lower half has three rows that include 12 jacks.

Knob Columns (left to right)

It is easier to explain this module in columns, since the rows are staggered and can be confusing.

Column 1

Blend knob

Sparse knob

Column 2

Above this column are two LEDs indicating the audio input and output signal flow.

Tone knob (center position is noon)

Length knob

Column 3

Regen knob

Delay knob

Cohere knob

Toggle Switches (left side, below Column 1)

Two toggles stack vertically on the right and switch from left to right.

Top Toggle

Reverse

???

Forward

Bottom Toggle

Clock

Hold

Freeze

Button above patch ports

Flow

Input Jacks (three rows)

Top Row, left to right

Blend CV Input

Tone CV Input

Regen CV Input

Cohere CV Input

Middle Row, left to right

Sparse CV Input

Length CV Input

Delay CV Input

Flow Input

Bottom Row, left to right

Audio Input L

Audio Input R

Audio Output L

Audio Output R

Mimetic Digitwolis#

Four-channel CV-sequencer with configurable routing, quantization, and MIDI.

Orientation

Orient the module so that the patch points are at the top, with the buttons at the bottom.

Layout Overview

Three rows of jack fill the upper part of the module. A screen, encoder, and button sits in the middle, and three rows of buttons and a switch fill the lower part.

Input Jacks (three rows)

Top Row, left to right

MIDI Out

Lane 1 CV output

Lane 2 CV output

Lane 3 CV output

Lane 4 CV output

Above each jack is an LED that indicates output signal.

Middle Row, left to right

MIDI In

CV input A

CV input B

CV input C

CV input D

Bottom Row, left to right

Reset Trigger input

Lane 1 Trigger input

Lane 2 Trigger input

Lane 3 Trigger input

Lane 4 Trigger input

Screen (left side, below jacks)

Shows lane and clock activity during playback and editing

Knob (right side, below jacks)

Edit encoder (clicks when turning)

Button (right side, below encoder)

View

Buttons (bottom, below screen)

Row 1

Lane 1 Select

Lane 2 Select

Lane 3 Select

Lane 4 Select

Row 2

Config

Copy

Save

Load

Row 3

Zero

Shred

Toggle Switch (bottom right side)

This toggle switches from left to right.

Stop

Edit Run

Morbus Legio#

Noise generator and distortion processor on the Legio platform.

Orientation

Orient the module so that the columns of knobs are at the top, with the patch points at the bottom.

Layout Overview

Knobs

Frequency encoder (clicks when turning. Turn the encoder slower for fine tuning or faster for coarse tuning. Press the encoder to mute the parameter.)

Harsh knob

Color knob

Toggle Switches

Toggles switch from top to bottom.

Left Toggle

WTF

Rough

None

Right Toggle

Input Jacks

Diamond pattern, top, left, right, bottom

Mute Input

Freq CV Input

Color CV Input

Harsh CV Input

Left jacks, top to bottom

The L jack is normaled to the R jack if R is left unpatched.

Audio Input L

Audio Input R

Right jacks, top to bottom

Audio Output L

Audio Output R

Multi Repetitor#

Four-channel algorithmic rhythm and accent sequencer.

Orientation

Orient the module so that the sliders are at the top, with the patch points at the bottom.

Layout Overview

One horizontal slider and four vertical sliders fill the upper part of the module. Three toggle switches and a button sit in the middle, and 4 columns of 4 jacks totalling 16 jacks fill the lower part.

Horizontal Slider

Prime (This slider moves from left to right. The LED flashes when a trigger signal is present)

Vertical Sliders (left to right)

These sliders move from bottom to top.

Factor 1 (The LED flashes when a trigger signal is present)

Factor 2 (The LED flashes when a trigger signal is present)

Factor 3 (The LED flashes when a trigger signal is present)

Factor 4 (The LED flashes when a trigger signal is present)

Toggle Switches (below sliders)

Three toggles stack horizontally and switch from left to right.

Switch 1

Set

Switch 2

Modify

Switch 3

Accent

Button (to the right of the switches)

Tap Reset

Input Jacks (four columns, left to right)

Column 1

Prime CV input

Set CV input

Reset input

Clock input

Column 2

Column 3

Accent 1

Accent 2

Accent 3

Accent 4

To the left of this column are the words “Math Is Music” read vertically on the panel.

Column 4

Trigger 1

Trigger 2

Trigger 3

Trigger 4

Muta Jovis#

Switchable quad mute.

Orientation

Orient the module so that the switches are at the top, with the patch points at the bottom.

Layout Overview

One column of switches fill the upper part of the module. Two columns of four jacks totalling eight jacks fill the middle and lower part.

Toggle Switches (top to bottom)

Each toggle switches from left to right. To the right of each switch is an LED that indicates signal.

Channel 1 mute

Channel 2 mute

Channel 3 mute

Channel 4 mute

Input Jacks (two columns)

Left column

Channel 1 input

Channel 2 input

Channel 3 input

Channel 4 input

Right column

Channel 1 output

Channel 2 output

Channel 3 output

Channel 4 output

Nive Grad#

Stereo/dual-mono level shifter.

Orientation

This module is all jacks. Since the position of the jacks are the same in either orientation, it’s best to use the rack mount holes as your guide. Proper orientation is when both the top and bottom rack mount holes are positioned closer to the left side of the module.

Layout Overview

Three rows of two jacks totalling six jacks fill the upper part of the module, and three rows of two jacks totalling six jacks fill the lower part of the module.

Input Jacks (6 rows)

Row 1, left to right

Input 1

Input 2

Row 2, left to right

+12dB Output 1

Row 3, left to right

+24dB Output 1

Row 4, left to right

Input 1

Input 2

Row 5, left to right

-12dB Output 1

Row 6, left to right

-24dB Output 1

Opp Ned#

Four-channel arpeggiator with customizable patterns and CV control.

Orientation

Orient the module so that the note selector LEDs and encoder is at the top, with the patch points at the bottom.

Layout Overview

Twelve LEDs positioned like an octave on a piano fill the upper part of the module. Four toggle switches, a knob, and a button sit in the middle of the module, and 4 columns of jacks fill the lower part.

Toggle Switches (from top to bottom, below LEDs)

Four toggle switches stack vertically on the left and switch from left to right.

Toggle 1

Load

Edit

Save

This toggle loads, edits, and saves patterns using the twelve LEDs at the top of the module.

Toggle 2

1 Octave range

2 Octave range

3 Octave range

Toggle 3

Up Direction

Up and Down Direction

Down Direction

Toggle 4

Sequential

Zig Zag

Button (on right, above patch points)

Rst

Input Jacks (four columns)

Column 1

Channel 1 Trigger input

Channel 2 Trigger input

Channel 3 Trigger input

Channel 4 Trigger input

Each jack has an LED on the top right of the jack that indicates signal coming into the module.

Column 2

Reset input (has an LED on the top right of the jack that indicates signal coming into the module)

Notes CV input

XPost CV input

Column 3

1/2/3 CV input

Up/Dn CV input

Shape CV input

Column 4

Channel 1 Trigger output

Channel 2 Trigger output

Channel 3 Trigger output

Channel 4 Trigger output

Polydactyl Versio#

Multiband dynamics processor on the Versio platform.

Orientation

Orient the module so that the staggered columns of knobs are at the top, with the patch points at the bottom.

Layout Overview

Three columns of knobs fill the upper part of the module. Two toggle switches sit below the first column of knobs. The lower half has three rows that include 12 jacks.

Knob Columns (left to right)

It is easier to explain this module in columns, since the rows are staggered and can be confusing.

Column 1

Low Ceiling knob

Low Room knob

Column 2

Above this column are two LEDs indicating the audio input and output signal flow.

Mid Ceiling knob

Mid Room knob

Column 3

High Ceiling knob

High Room knob

Saturation knob

Toggle Switches (left side, below Column 1)

Two toggles stack vertically on the right and switch from left to right.

Top Toggle

Indicates band frequency splits, in Hz

250/1K

500/2K

1K/4K

Bottom Toggle

These are settings for cutting the Noise Gate

None

Some

Max

Button above patch ports

FSU

Input Jacks (three rows)

Top Row, left to right

L Ceil CV Input

M Ceil CV Input

H Ceil CV Input

Sat CV Input

Middle Row, left to right

L Room CV Input

M Room CV Input

H Room CV Input

FSU Input

Bottom Row, left to right

Audio Input L

Audio Input R

Audio Output L

Audio Output R

Pons Asinorum#

Four-channel voltage-controlled linear envelope generator and LFO.

Orientation

Orient the module so that the buttons are at the top, with the patch points at the bottom.

Layout Overview

One row of buttons fill the upper left part of the module. An encoder is on the upper right part of the module, with a button and switch below the knob. The lower half has six rows of two jacks, totalling 12 jacks.

Buttons (top to bottom)

Each button has an LED to the right to enable the channel.

Channel 1 selector

Channel 2 selector

Channel 3 selector

Channel 4 selector

Encoder

Length encoder. (clicks when turning. Press to return to minimal length)

Button (below Encoder)

Hit

Toggle Switch (right side, below Encoder)

This attack/release toggle affects all channels at once and switches from left to right.

Ramp up

Ramp up and down

Ramp down

Input Jacks (six rows, left to right)

Row 1

Channel 1 CV input

Channel 2 CV input

Row 2

Channel 3 CV input

Channel 4 CV input

Row 3

Channel 1 Trigger input

Channel 1 Trigger output

The LED in between the jacks shows envelope shape

Row 4

Channel 2 Trigger input

Channel 2 Trigger output

The LED in between the jacks shows envelope shape

Row 5

Channel 3 Trigger input

Channel 3 Trigger output

The LED in between the jacks shows envelope shape

Row 6

Channel 4 Trigger input

Channel 4 Trigger output

The LED in between the jacks shows envelope shape

Quantus Ampla#

Four channel VCA with Amplify and Attenuate controls

Orientation

Orient the module so that the switches are at the top, with the patch points at the middle and bottom.

Layout Overview

Two rows of two switches totalling four switches fill the upper part of the module. The rest are 4 channels with jacks grouped together by input, CV input, and output.

Toggle Switches (left to right) These toggles switch from top to bottom.

Top Toggle 1

Channel 1 Amplify

Channel 1 Attenuate

Top Toggle 2

Channel 2 Amplify

Channel 2 Attenuate

Bottom Toggle 3

Channel 3 Amplify

Channel 3 Attenuate

Bottom Toggle 4

Channel 1 Amplify

Channel 1 Attenuate

Input Jacks (4 groupings)

Channel 1, left to right

Audio Input

CV Input

Audio Output

An LED is above the audio output jack to indicate the audio signal output.

Channel 2, left to right

Audio Input

CV Input

Audio Output

An LED is above the audio output jack to indicate the audio signal output.

Channel 3, left to right

Audio Input

CV Input

Audio Output

An LED is above the audio output jack to indicate the audio signal output.

Channel 4, left to right

Audio Input

CV Input

Audio Output

An LED is above the audio output jack to indicate the audio signal output.

Quantus Trajecta#

Quad polyphony-oriented envelope with jammable universal controls.

Orientation

Orient the module so that the knobs are at the top, with the patch points at the bottom.

Layout Overview

Two rows of two knobs totalling four knobs, along with 8 LEDs and a Hold button fill the upper part of the module. A jack and two switches sit in the middle, and the lower half has three staggered rows of four jacks totalling 12 jacks.

Knob Rows (left to right)

In between the two rows of knobs are two rows of LEDs that indicate signal coming in and going out of each of the channels.

Top Left Knob

Attack

Time

Top Right Knob

Decay

Rate

A/D

Bottom Left Knob

Sustain

Wub

A Curve

Bottom Right Knob

Release

D Curve

Button at top right

Hold

Toggle Switches (right side, below Knobs)

Two toggles stack horizontally on the right and switch from top to bottom.

Left Toggle

ADSR

Trem

A/D

Right Toggle

Long

Medium

Short

Input Jack (single jack, left and center of module)

Hold input

Input Jacks (3 rows)

The rows are staggered from left to right.

Top Row, left to right

Channel 1 Input

Channel 2 Input

Channel 3 Input

Channel 4 Input

Middle Row, left to right

Attack CV input

Decay CV input

Sustain CV input

Release CV input

Bottom Row, left to right

Channel 1 Output

Channel 2 Output

Channel 3 Output

Channel 4 Output

Roti Pola#

Attenuverting CV Mixer.

Orientation

Orient the module so that the knobs are at the top, with the patch points at the bottom.

Layout Overview

One row of knobs fill the upper part of the module. Four jacks and an audio out jack fill out the bottom part.

Knobs (top to bottom)

Channel 1 Attenuverter knob (with LED to the right to indicate signal)

Channel 2 Attenuverter knob (with LED to the left to indicate signal)

Channel 3 Attenuverter knob (with LED to the right to indicate signal)

Channel 4 Attenuverter knob (with LED to the left to indicate signal)

Input Jacks (three rows)

Top Row, left to right

Channel 1 Input

Channel 2 Input

Middle Row, left to right

Channel 3 Input

Channel 4 Input

Bottom Jack

CV Mix Out (with LED to the left to indicate signal)

Roucha Legio#

Stereo resonant multimode filter on the Legio platform.

Orientation

Orient the module so that the columns of knobs are at the top, with the patch points at the bottom.

Layout Overview

Knobs

Frequency encoder (clicks when turning. Turn the encoder slower for fine tuning or faster for coarse tuning. Press the encoder to bypass the parameter.)

Resonance knob

Fold knob

Toggle Switches

Toggles switch from top to bottom.

Left Toggle

All

Post

Pre

Right Toggle

Input Jacks

Diamond pattern, top, left, right, bottom

Bypass Input

Freq CV Input

Fold CV Input

Res CV Input

Left jacks, top to bottom

The L jack is normaled to the R jack if R is left unpatched.

Audio Input L

Audio Input R

Right jacks, top to bottom

Audio Output L

Audio Output R

Ruina Versio#

Stereo distortion with wavefolding on the Versio platform.

Orientation

Orient the module so that the staggered columns of knobs are at the top, with the patch points at the bottom.

Layout Overview

Three columns of knobs fill the upper part of the module. Two toggle switches sit below the first column of knobs. The lower half has three rows that include 12 jacks.

Knob Columns (left to right)

It is easier to explain this module in columns, since the rows are staggered and can be confusing.

Column 1

Blend knob

Fold knob

Column 2

Above this column are two LEDs indicating the audio input and output signal flow.

Center knob

DOOM knob

Column 3

Phase knob (center position is noon)

Drive knob (center position is noon)

8vize knob

Toggle Switches (left side, below Column 1)

Two toggles stack vertically on the right and switch from left to right.

Top Toggle

Under

Over

Bottom Toggle

Off

Track

Button above patch ports

Smoosh

Input Jacks (three rows)

Top Row, left to right

Blend CV Input

Center CV Input

Phase CV Input

8vize CV Input

Middle Row, left to right

Fold CV Input

DOOM CV Input

Drive CV Input

Smoosh Input

Bottom Row, left to right

Audio Input L

Audio Input R

Audio Output L

Audio Output R

Sinc Bucina#

Resonant low-pass gate with variable filter slope, RC envelope generator, and slew.

Orientation

Orient the module so that the button and two knobs are at the top, with the patch points at the bottom.

Layout Overview

A button and two stacked knobs fill the upper part of the module. A switch and 5 input jacks fill the bottom part.

Button (top of module)

Hit

Knobs (top to bottom)

Attack knob

Release knob

Above the first knob, there are two stacked LEDs. The top LED is labeled E, The bottom LED is labeled A.

Toggle Switch (right side, below knobs)

This toggle switches from top to bottom.

6 dB Slope

0 dB Slope

12 dB Slope

Input Jacks (two columns)

Left Column, top to bottom

Envelope Ping

Envelope Gate

Audio Input

Right Column, top to bottom

Envelope Output

Audio Output

Sinc Legio#

Multimode stereo oscillator on the Legio platform.

Orientation

Orient the module so that the columns of knobs are at the top, with the patch points at the bottom.

Layout Overview

Knobs

Pitch encoder (clicks when turning. Turn the encoder for fine tuning, or press and turn for coarse tuning.)

Morph knob

Timbre knob

Toggle Switches

Toggles switch from top to bottom.

Left Toggle

Warp

Fold

Right Toggle

Input Jacks

Diamond pattern, top, left, right, bottom

Sync Input

Pitch CV Input

Timbre CV Input

Morph CV Input

Left jacks, top to bottom

The L jack is normaled to the R jack if R is left unpatched.

Phase-modulation Input L

Phase-modulation Input R

Right jacks, top to bottom

Audio Output L

Audio Output R

Sinc Pravus#

Quad offset and mult.

Orientation

Orient the module so that the knobs are at the top, with the patch points at the bottom.

Layout Overview

Four stacked knobs fill the upper part of the module. Two rows of four jacks, totalling eight jacks, fill the bottom part.

Knobs (top to bottom)

Channel 1 Potentiometer knob

Channel 2 Potentiometer knob

Channel 3 Potentiometer knob

Channel 4 Potentiometer knob

The LEDs next to each knob are status indicators.

Input Jacks (two rows)

Left Row, top to bottom

Channel 1 CV Input

Channel 2 CV Input

Channel 3 CV Input

Channel 4 CV Input

Right Row, top to bottom

Channel 1 CV Output

Channel 2 CV Output

Channel 3 CV Output

Channel 4 CV Output

Sono Abitus#

Stereo balanced ¼" TRS output and ¼" headphone output.

Orientation

Orient the module so that the knobs are at the top, with the patch points at the bottom.

Layout Overview

Two stacked knobs fill the upper part of the module. Two input jacks take up the middle, and a headphone output and stereo TRS outputs fill the bottom part.

Knobs (top to bottom)

Phones Knob

Master Knob

Input Jacks (left to right)

Left Channel Input

Right Channel Input

Both inputs have LEDs above them that indicate signal flow.

TRS Output Jacks (top to bottom)

Headphone Stereo Ouput

Left Line Output

Right Line Output

Toros Iteritas Alia#

Three-operator phase-modulation voltage-controlled oscillator on the Alia platform.

Orientation

Orient the module so that the staggered columns of knobs are at the top, with the patch points at the bottom.

Layout Overview

Three columns of knobs fill the upper part of the module. Two toggle switches sit below the third column of knobs. The lower half has three rows that include 12 jacks.

Knob Columns (left to right)

It is easier to explain this module in columns, since the rows are staggered and can be confusing.

Column 1

Pitch encoder (clicks when turning. Turn the encoder for fine tuning, or press and turn for coarse tuning.)

Frequency 1 knob

Blendex 1 knob

Column 2

Above this column are two LEDs to show trigger and audio signal flow.

Frequency 2 knob

Blendex 2 knob

Below this column are two LEDs to show envelope shaping.

Column 3

Frequency 3 knob

Blendex 3 knob

Toggle Switches (right side, below Column 3)

Two toggles stack vertically on the right and switch from left to right.

Top Toggle

Chill

Buzz

Chaos

To the left of this switch is an LED that displays different colors for each mode.

Bottom Toggle

Sets the range of the three frequency knobs

4 semitones

12 semitones (1 octave)

24 semitones (2 octaves)

To the left of this switch is an LED that displays different colors for each mode.

Button above patch ports

Jump

Input Jacks (three rows)

Top Row, left to right

Pitch

Frequency 3 CV input

Chill, Buzz, Chaos Mode CV input

Bass, Alto, Treble Mode CV input

Middle Row, left to right

Frequency 1 CV input

Frequency 2 CV input

Blendex 3 CV input

Fundamental Output

Bottom Row, left to right

Blendex 1 CV input

Blendex 2 CV input

Jump Input

Audio Output

Tymp Legio#

Compact drum voice on the Legio platform.

Orientation

Orient the module so that the columns of knobs are at the top, with the patch points at the bottom.

Layout Overview

Knobs

Pitch encoder (clicks when turning. Turn the encoder for fine tuning, or press and turn for coarse tuning.)

Decay knob

Wackitude knob

Toggle Switches

Toggles switch from top to bottom.

Left Toggle

Boing

Cat

Boot

Right Toggle

Tang: Variations of the main sound type

Input Jacks

Diamond pattern, top, left, right, bottom

Hit Input

Pitch CV Input

Wack CV Input

Decay CV Input

Left jacks, top to bottom

The L jack is normaled to the R jack if R is left unpatched.

Quack Input L

Quack Input R

Right jacks, top to bottom

Audio Output L

Audio Output R

Univer Inter#

Chainable 8-output MIDI to CV converter, and USB MIDI interface.

Orientation

Orient the module so that the USB Input jack is at the top, with the patch points at the bottom.

Layout Overview

The USB B Port fills the upper part of the module. Two 3.5mm MIDI jacks sit in the middle, and the lower half two columns that include eight jacks.

USB B Port

USB In

To the left of the port is an LED that detects connectivity and activity.

MIDI Jacks

MIDI Input

MIDI Output

Input Jacks (two columns)

Left Column, top to bottom

Channel 1 Output

Channel 3 Output

Channel 5 Output

Channel 7 Output

An LED is located above each jack that shows signal flow.

Right Column, top to bottom

Channel 2 Output

Channel 4 Output

Channel 6 Output

Channel 8 Output

An LED is located above each jack that shows signal flow.

Vice Virga#

8-input, 8-output sequential/addressable switch

Orientation

Orient the module so that the encoder and switches are at the top, with the patch points at the middle and bottom.

Layout Overview

Two buttons take up the top corners of the module, followed by an encoder and three switches. The rest of the module has two columns of eight jacks with three additional jacks in between the columns.

Buttons (top, left to right)

Reset

Adv

Encoder

Offset knob (clicks when turning)

Toggle Switches (left to right)

Three toggles stack horizontally to the right of the encoder and switch from top to bottom.

Left Toggle

Grp: 8

Grp: 4

Grp: 2

Middle Toggle

Beh: Seq

Beh: 1>1?

Beh: 1>x?

Right Toggle

Adv: Fwd

Adv: Rev

Adv: Pen

Input Jacks (three columns)

Left Column (top to bottom)

Channel 1 Switch Input

Channel 2 Switch Input

Channel 3 Switch Input

Channel 4 Switch Input

Channel 5 Switch Input

Channel 6 Switch Input

Channel 7 Switch Input

Channel 8 Switch Input

Center Column (top to bottom)

Offset CV Input (located between Channel 2’s Ins and Outs)

Reset Input (located between Channel 5’s Ins and Outs)

Advance Input (located between Channel 8’s Ins and Outs)

Right Column (top to bottom)

Channel 1 Switch Output

Channel 2 Switch Output

Channel 3 Switch Output

Channel 4 Switch Output

Channel 5 Switch Output

Channel 6 Switch Output

Channel 7 Switch Output

Channel 8 Switch Output

Each of the outputs have an LED to the upper left of the jack that shows signal flow.

Virt Iter Legio#

Three-algorithm stereo oscillator on the Legio platform.

Orientation

Orient the module so that the columns of knobs are at the top, with the patch points at the bottom.

Layout Overview

Knobs

Pitch encoder (clicks when turning. Turn the encoder for fine tuning, or press and turn for coarse tuning.)

Flavor knob

Tang knob

Toggle Switches

Toggles switch from top to bottom.

Left Toggle

Harm

SawX

Bass

Right Toggle

Input Jacks

Diamond pattern, top, left, right, bottom

Sync Input

Pitch CV Input

Tang CV Input

Flavor CV Input

Left jacks, top to bottom

The L jack is normaled to the R jack if R is left unpatched.

Phase-modulation Input L

Phase-modulation Input R

Right jacks, top to bottom

Audio Output L

Audio Output R

Xer Dualis#

A mixer with four stereo channels featuring level controls and mutes.

Orientation

Orient the module so that the jacks are at the top, with the knobs at the bottom.

Layout Overview

Two columns of jacks fill the upper part of the module. The lower half has one staggered column with four knobs and their corresponding switches.

Input Jacks (two columns)

Left Column, top to bottom

Channel 1 Audio Input L

Channel 2 Audio Input L

Channel 3 Audio Input L

Channel 4 Audio Input L

Audio Output L

Right Column, top to bottom

Channel 1 Audio Input R

Channel 2 Audio Input R

Channel 3 Audio Input R

Channel 4 Audio Input R

Audio Output R

Knobs and Switches (top to bottom)

Each knob has a corresponding toggle and switches from left to right.

Channel 1 Knob

Channel 2 Knob

Channel 3 Knob

Channel 4 Knob

There are two LEDs below the knobs, with the left LED indicating when the mixer is approaching clipping range, and the right showing output signal flow.

Xer Mixa#

An all-analog digitally controlled mixer with 10 stereo inputs, three stereo output busses, clickless mutes, and MIDI.

Orientation

Orient the module so that the patch points are at the top, with the mutes at the bottom.

Layout Overview

Ten vertically stacked stereo channels with stereo LEDs, MIDI, and three stereo outputs fill the upper part of the module. The channel select buttons, sliders, and mute switches fill most of the left side, and a screen, three buttons and two knobs take up the right side.

Top RInput Jacks (two rows)

These jacks take up the majority of the upper left side of the module.

Top Row Left Side, left to right

Channel 1 Audio Input L

Channel 2 Audio Input L

Channel 3 Audio Input L

Channel 4 Audio Input L

Channel 5 Audio Input L

Channel 6 Audio Input L

Channel 7 Audio Input L

Channel 8 Audio Input L

Aux A Audio Input L

Aux B Audio Input L

Bottom Row Left Side, left to right

Channel 1 Audio Input R

Channel 2 Audio Input R

Channel 3 Audio Input R

Channel 4 Audio Input R

Channel 5 Audio Input R

Channel 6 Audio Input R

Channel 7 Audio Input R

Channel 8 Audio Input R

Aux A Audio Input R

Aux B Audio Input R

MIDI Jacks (middle column)

These jacks are stacked vertically.

MIDI Input

MIDI Output

Output Jacks (two rows)

These jacks take up the rest of the upper right side of the module.

Top Row Right Side, left to right

Aux B Audio Output L

Mix Audio Output L

Bottom Row Right Side, left to right

Aux B Audio Output R

Mix Audio Output R

Mixer (left to right)

It is easier to explain this module in columns. Each column has a select button with an LED above it, A vertical slider (bottom to top), and a mute toggle (switches bottom to top)

Channel Columns 1-8

Select Button

Slider

Mute Switch

Aux Columns A and B

Select Button

Mute Switch

Knobs

Pan Knob (located above Aux B’s Mute Switch)

A Scroll Knob (located most left knob on lower right side)

B Edit Knob (located most right knob on lower right side)

Screen

A screen is located above the Scroll and Edit knobs. Under the screen are two buttons in a row.

Buttons (left to right)

Under the screen are two buttons in a row.

Select button

Config button

Another button is located near the top left of the screen, labeled Back

Yester Versio#

Simple 3-tap stereo delay on the Versio platform.

Orientation

Orient the module so that the staggered columns of knobs are at the top, with the patch points at the bottom.

Layout Overview

Three columns of knobs fill the upper part of the module. Two toggle switches sit below the first column of knobs. The lower half has three rows that include 12 jacks.

Knob Columns (left to right)

It is easier to explain this module in columns, since the rows are staggered and can be confusing.

Column 1

Blend knob

Pan knob (center position is noon)

Column 2

Above this column are two LEDs indicating the audio input and output signal flow.

Tone knob (center position is noon)

Chorus knob (center position is noon)

Column 3

Regen knob

Time knob

Fold knob

Toggle Switches (left side, below Column 1)

Two toggles stack vertically on the right and switch from left to right.

Top Toggle

Even

Triplet

Dotted

Bottom Toggle

Fade

Octave

Jump

Button above patch ports

Tap

Input Jacks (three rows)

Top Row, left to right

Blend CV Input

Tone CV Input

Regen CV Input

Fold CV Input

Middle Row, left to right

Pan CV Input

Chorus CV Input

Time CV Input

Tap Input

Bottom Row, left to right

Audio Input L

Audio Input R

Audio Output L

Audio Output R

Special thanks#

Ty Littlefield and his excellent documentation project