Eight To One Switch

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Bandpass Filter Bend Limiter Binary Blank Panel 6HP Black/White Boolean Logic

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DC Source Delay Digital Reverb Diode Distortion Drum Highpass Lowpass Drum Oscillator Dual VU Meter DCO-60

Eight Step Sequencer Eight To One Switch Envelope Follower EG-20 EG Station Envelope Generator ESP-20 Processor

Formula FM Station Filter

Glide

Hex Phaser

Invert

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Quantizer

Random Task Ring Modulator Re-Animator

Sampler I Sampler II Six-Input Mixer Six-Input Stereo Mixer Splitter Spring Reverb String Chorus Sub Octave Super LFO Super Oscillator Sync Divider Sync Generator Sync To MIDI Clock Sample and Hold Synthesizer Expander Module Sixteen Step Sequencer Super Envelope Generator Synth Voice

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Vintage Oscillator Vocoder Voltage-Controlled Mixer VCF-20 Filter VCO-20 Dual Oscillator Vintage Resonator

Arpeggiator Micro Burst Random Task

Analog Shift Register Bend Limiter Diode Envelope Follower Glide Invert Mod Wheel Assistant Poly Glide Ring Modulator Poly Quantizer Quantizer Sample and Hold

Chorus Delay Digital Reverb Distortion Hex Phaser Spring Reverb String Chorus Three-Band EQ Vocoder Compress Limiter Phaser

Percussion EG EG-20 EG Station Envelope Generator Poly EG-20 Poly EG Station Poly Envelope Generator Poly Super Envelope Generator Super Envelope Generator

Bandpass Filter Drum Highpass Lowpass Lyrinx Filter Poly Filter Ladder Filter Notch Filter Poly VCF-20 Filter VCF-20 Filter Vintage Resonator Filter

DCO-60 Poly Synthesizer Expander Module Synthesizer Expander Module Synth Voice Polymode

Mini Plug-In Host Plug-In Host

Binary Boolean Logic Formula Threshold

Dual VU Meter

CV To MIDI CC Converter CV To MIDI MIDI CC Converter MIDI Channel Filter MIDI Clock Divider MIDI Drum Trigger MIDI Input MIDI Multiple MIDI Output MIDI Trigger 3

AirVector Envelope Console Mixer Crossfade Poly Six-Input Mixer Six-Input Mixer Six-Input Stereo Mixer Voltage-Controlled Mixer

AirWave Vector Oscillator Drum Oscillator LFO Noise Generator Oscillator Poly Octave Oscillator Poly Oscillator Sampler I Sampler II Sub Octave Super LFO Super Oscillator TB Oscillator Vintage Oscillator Additive Oscillator AirStep Oscillator FM Station Poly FM Station Poly VCO-20 Dual Oscillator VCO-20 Dual Oscillator

Mini Mono to Poly Mini Poly to Mono Mono To Poly Poly Stereo Spread Poly To Mono Poly Unison

ESP-20 Processor

Eight Step Sequencer Octagon Mighty Piano Roll Sixteen Step Sequencer

Mega Saw Mini LFO Sync Generator

Eight To One Switch One To Eight Switch Octal Switch

Blank Panel 6HP Black/White Clock Divider DC Source Panner Poly Amplifier Poly CV Converter Poly Multiple Splitter Sync Divider Sync To MIDI Clock Trigger to Gate Converter Amplifier Attenuverter Multiple

Oscilloscope Re-Animator

The Cherry Audio Eight To One Switch module routes eight audio or control input signals to a single output jack. An input signal is only passed to the output when its respective “step” is active. The inputs can be stepped through sequentially with a manual or CV trigger, or targeted individually via discrete control voltages.

Switches are used to re-route signals without having to unplug or re-patch any cables. As an example, the Eight To One Switch could be used to send different modulation sources to a single destination or switch between different oscillator waveforms. The fun starts when you begin experimenting with different ways to step through the inputs!

Inputs, Outputs, and Controls

1-8 input jacks and LEDs- Input jacks for up to eight signals that will be routed to the output jack whenever their respective step is active. The small red LEDs give visual feedback of the active step.

Steps- Sets the number of steps that can be activated. When stepping through the inputs sequentially with either the manual or Step Trigger CV input, this sets the number of the last step before it will cycle back to step one.

Step Trigger jack- A 5V pulse or gate received at this jack will trigger the steps sequentially.

Step CV jack- CV input jack for switching between steps in any order. The control voltage range of 0V - 5V is evenly divided between the number of steps making it possible to target specific steps with discrete voltages.

Here are a couple examples of how the voltage is divided:

If Steps is set to two, the 5V range is divided between the two steps. Step one is selected with voltage from 0V - 2.49V and step two is selected with 2.5V - 5V.
If Steps is set to eight, the 5V range will be divided equally between the eight steps. Five divided by eight is 0.625 so, step one = 0V - 0.62V, step two = 0.63V - 1.24V, step three = 1.25V - 1.87V and so on.

If you don’t happen to make music with a calculator next to you, we recommend just playing around until you find the step you’re looking for!

Reset jack- A 5V pulse or gate received at this jack will immediately force the module back to step one. Note that resetting the module will be unnoticeable when using the Step CV input because the voltage received at its jack is constantly updating the active step.

Manual Step- Click this button to manually advance to the next sequential step.

Out jack- Outputs the active step’s input signal.