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Notes: ***B-STOCK: Box opened, product in perfect working order***


WMD Metron is an advanced trigger and gate sequencer. It features 16 channels with up to 256 steps per pattern, which you can save to an SD card. Thanks to a random pattern generation function, you will never run out of ideas! Furthermore it offers a probability-function per step which will bring your patterns to life. If you have rhythm flowing through your veins, use the recording function and just tap in patterns with the corresponding buttons. With beat repeat, ratcheting and a fill function, it is meant to be a performance sequencer but makes just as much sense in the studio. Metron: so much sequencing power in 36 HP!

Notes: A game changing mixer for live performance within the Eurorack modular synth ecosystem.

The Performance Mixer is an 8 channel audio mixer designed specifically for live performance and jam sessions within the modular ecosystem. With 12 audio inputs for the first 6 channels, and 2 true stereo channels, there is plenty of room for all your modular signals and more.

2 mono auxiliary sends with dual mono returns, stereo send and return, and another set of stereo mix inputs give you the routing you need to send signals to interesting effects as well as utility uses such as bus compression and master equalizers.

Tired of not being able to tune oscillators and program sequencers on the fly? Not to worry, the performance mixer also includes a cue mix section so you can monitor your incoming signals in headphones before sending them to the front of house mix. Just like on a traditional DJ mixer, the cue mix knob determines how much of the cue vs the FOH mix you hear in the phones.

Two headphone outputs for convenience and teamwork. Collaborate with friends without wasting any channels by sending the stereo output of their mixer into the unity gain mix input. Monitor with the dual headphone outputs and you can both hear the entire mix.

Notes: Metron is a 16-channel trigger and gate sequencer for Eurorack with extensive functions, expansion possibilities and the tools you need to create long sequences with many variations in a very short time.

The sequencer allows pattern lengths of up to 256 steps, and the number of steps per channel can be varied to create interesting and varied rhythmic structures. These patterns can be quickly stored and exchanged between units via the SD card slot. Metron also offers a random function per step and a ratcheting function.

With the optional WMD Voltera, Metron can be expanded with four additional bipolar voltage outputs.

Features:

16 Channels of trigger and gate signals
intuitive drum sequencer
View 4 channels at a time and easily switch views
Single track view lets you zoom in on a single track and see 64 steps at a time
Up to 256 step pattern length
Different pattern lengths per channel
Five instantly recallable, editable variations
View and edit variations that are not playing for easy cue and non stop performance play
Save patterns to SD memory for easy recall on power cycle
No-stop loading from memory
Easy view memory previews lets you see a pattern before loading from memory.
SD allows for easy update as well as easy back up / file transfer from unit to unit
FX / Fills for instant / momentary variation
2 assignable inputs for external CV control
Tap in patterns with quantized recording with the buttons or external source
Quick copy / paste / clear functions
Internal clock with Swing
dedicated reset output
MIDI Preset mode lets you send MIDI messages to other modules on the Doepfer CV bus. (for use with WMD SSM, Malekko Voltage Block, and more)
Random Pattern Generation
Probability per step and group probability functions
Burst per step for ratchet / roll sounds
Custom Fill Patterns for instant fills
Trigger Mutes
Step looping
Manual gates
Power consumption: 180mA at +12V and 0mA at -12V

Depth: 31mm

HP : 36

Notes: ***B-STOCK: Box opened, but product is in excellent condition and in perfect working order***


Analogue synth percussion, melodic bleeps and mutating zaps are the name of the game from this clever module. Sequencing options allow you to introduce randomness and organic evolution of the sound.

Supplier's Notes:
Zaps is a percussion-line-synth voice designed for creating organic percussive sequences that can mutate over time.

It uses a combination of different techniques like controlled randomness, morphing, and storing (or locking) synth-voice parameters in externally sequencable CV-controlled slots.

The synth voice is a digitally-controlled-two-oscillator-FM and AM-analog engine with two envelopes and cross-modulation.

These are some of the things that can be done with it:

Sequence Preset Slots externally for changing percussion or synth lines
Add subtle randomness to any parameter for slightly changing sounds, or go wild for unpredicted surprises on every trigger
Morph sounds between Slots
Assign accent to any parameter for added expressiveness
Randomly generate full banks of sounds
Capture any randomly generated sound into a preset slot for further editing
Freeze/Revert the state of the module for careless editing during live performances
Live editing of a single or multiple Slots simultaneously for expressive tweaking
Generate melodic percussion or synth lines with the V/O tracked oscillators
Use CV-in control of any parameter or CV-out control for external modules (control FX-sends or automate external-synth parameters)

The synthesis board is an analog circuit with two VCOs, two envelopes, AM, FM, high-pass filters, and a two-channel mixer.

VCOs:

Triangle core VCOs with V/oct inputs and Fine and Coarse controls.
VCO 1 waves: Sine, Triangle, Sawtooth, and Square.
VCO 2 waves: Sine, Triangle, Sawtooth, Square, Double Sine, and White Noise.
VCO2 has two separate wave outputs, one for the AM and the other for the FM and the Mixer-Channel 2.

ENVELOPES:

Two AHR (Attack, Hold, Release) envelopes.
The hold time can be set internally or externally (Gate ON) for each envelope.
Envelopes can be faded from logarithmic to linear responses.
Each envelope can control the Pitch/Tone of the VCOs (Pitch Envelope), the amount of AM or FM (Envelope 1), the VCA for both channels (Envelope 2).

AM:

The amplitude modulation goes from VCO2 to VCO1.
It can be set in two ways: straight to VCO1 or through a VCA controlled by Envelope 1.

FM:

The frequency modulation goes from VCO2 to VCO1 and from VCO1 to VCO2 (XFM).
FM can be set in two ways: straight to VCO1, or through a VCA controlled by Envelope 1.

MIXER:

Two-channel mixer for the two VCOs.

HIGH-PASS FILTER

There are two HPFs. HPF1 filters the mixer output. HPF2 filters the white noise.

DIGITAL CONTROL

STRUCTURE:

Each project contains twelve banks; each bank contains twelve slots; each slot contains a sound.
All projects are stored on an SD card.

RANDOM:

Randomize values on a per trigger basis
Independent random control for each synth parameter
Set ranges to any random value for controlled randomness
Relatively attenuate all parameter-random amounts with a single global random fader
Populate slots or banks with randomly generated sounds

FREEZE/REVERT :

Take a snapshot of the whole project, modify it and go back to the original state.

MORPH:

Parameter interpolation between two slots on a per trigger basis.
Control the balance between the two slots with one fader - crossfade style!

CV ASSIGN:

Any of the six CV-connectors can be configurable as both inputs or outputs and set to different ranges (0/10V, 0/8V, -5/5V, 0/5V).
CV-inputs can be internally attenuated
Control almost any synth parameter, value, or setting on a per trigger basis. For example, Accent, Slot Selection, Morph assignments, Next/Prev Slot, Random Slot, Oscillator-Wave Selection, any of the synth parameters (Pitch, Release, AM, FM, Global Random...) or any of the random parameters (Random Pitch, Random Filter, Random Hold)
Output any parameter-CV values through any of the assignable I/Os
Alt-fader-CV output for controlling external parameters, like Send-FX for each slot.
CV-slot/Gate out - Useful for externally recording finger drumming!

ACCENT ASSIGN:

. Add dynamics by assigning the accent input to control any one of the synth parameters

COPY:

Copy Slots (also between banks)

SNAPSHOT:

Take a snapshot of the last sound heard (flatten the values for further editing), including the effects of CV-in, Morph, and Random. Very useful for easily creating banks from scratch!

EDIT ALL:

Action over faders has an effect on the twelve Slots. Use hints: Live tweaking, homogenize, "tame" a Sound Bank, or modify all Slot parameters while sequencing the Slots via CV-input.

FILE SYSTEM:

Save, Load, Name, and Rename projects, banks, sounds and sort them into folders.

Notes: Analogue synth percussion, melodic bleeps and mutating zaps are the name of the game from this clever module. Sequencing options allow you to introduce randomness and organic evolution of the sound.

Supplier's Notes:
Zaps is a percussion-line-synth voice designed for creating organic percussive sequences that can mutate over time.

It uses a combination of different techniques like controlled randomness, morphing, and storing (or locking) synth-voice parameters in externally sequencable CV-controlled slots.

The synth voice is a digitally-controlled-two-oscillator-FM and AM-analog engine with two envelopes and cross-modulation.

These are some of the things that can be done with it:

Sequence Preset Slots externally for changing percussion or synth lines
Add subtle randomness to any parameter for slightly changing sounds, or go wild for unpredicted surprises on every trigger
Morph sounds between Slots
Assign accent to any parameter for added expressiveness
Randomly generate full banks of sounds
Capture any randomly generated sound into a preset slot for further editing
Freeze/Revert the state of the module for careless editing during live performances
Live editing of a single or multiple Slots simultaneously for expressive tweaking
Generate melodic percussion or synth lines with the V/O tracked oscillators
Use CV-in control of any parameter or CV-out control for external modules (control FX-sends or automate external-synth parameters)

The synthesis board is an analog circuit with two VCOs, two envelopes, AM, FM, high-pass filters, and a two-channel mixer.

VCOs:

Triangle core VCOs with V/oct inputs and Fine and Coarse controls.
VCO 1 waves: Sine, Triangle, Sawtooth, and Square.
VCO 2 waves: Sine, Triangle, Sawtooth, Square, Double Sine, and White Noise.
VCO2 has two separate wave outputs, one for the AM and the other for the FM and the Mixer-Channel 2.

ENVELOPES:

Two AHR (Attack, Hold, Release) envelopes.
The hold time can be set internally or externally (Gate ON) for each envelope.
Envelopes can be faded from logarithmic to linear responses.
Each envelope can control the Pitch/Tone of the VCOs (Pitch Envelope), the amount of AM or FM (Envelope 1), the VCA for both channels (Envelope 2).

AM:

The amplitude modulation goes from VCO2 to VCO1.
It can be set in two ways: straight to VCO1 or through a VCA controlled by Envelope 1.

FM:

The frequency modulation goes from VCO2 to VCO1 and from VCO1 to VCO2 (XFM).
FM can be set in two ways: straight to VCO1, or through a VCA controlled by Envelope 1.

MIXER:

Two-channel mixer for the two VCOs.

HIGH-PASS FILTER

There are two HPFs. HPF1 filters the mixer output. HPF2 filters the white noise.

DIGITAL CONTROL

STRUCTURE:

Each project contains twelve banks; each bank contains twelve slots; each slot contains a sound.
All projects are stored on an SD card.

RANDOM:

Randomize values on a per trigger basis
Independent random control for each synth parameter
Set ranges to any random value for controlled randomness
Relatively attenuate all parameter-random amounts with a single global random fader
Populate slots or banks with randomly generated sounds

FREEZE/REVERT :

Take a snapshot of the whole project, modify it and go back to the original state.

MORPH:

Parameter interpolation between two slots on a per trigger basis.
Control the balance between the two slots with one fader - crossfade style!

CV ASSIGN:

Any of the six CV-connectors can be configurable as both inputs or outputs and set to different ranges (0/10V, 0/8V, -5/5V, 0/5V).
CV-inputs can be internally attenuated
Control almost any synth parameter, value, or setting on a per trigger basis. For example, Accent, Slot Selection, Morph assignments, Next/Prev Slot, Random Slot, Oscillator-Wave Selection, any of the synth parameters (Pitch, Release, AM, FM, Global Random...) or any of the random parameters (Random Pitch, Random Filter, Random Hold)
Output any parameter-CV values through any of the assignable I/Os
Alt-fader-CV output for controlling external parameters, like Send-FX for each slot.
CV-slot/Gate out - Useful for externally recording finger drumming!

ACCENT ASSIGN:

. Add dynamics by assigning the accent input to control any one of the synth parameters

COPY:

Copy Slots (also between banks)

SNAPSHOT:

Take a snapshot of the last sound heard (flatten the values for further editing), including the effects of CV-in, Morph, and Random. Very useful for easily creating banks from scratch!

EDIT ALL:

Action over faders has an effect on the twelve Slots. Use hints: Live tweaking, homogenize, "tame" a Sound Bank, or modify all Slot parameters while sequencing the Slots via CV-input.

FILE SYSTEM:

Save, Load, Name, and Rename projects, banks, sounds and sort them into folders.

Notes: Powerful Eurorack sequencer designed to work just as well in the studio as a live performance tool. Eight tracks of CV and gate based around a 16-step sequencer, with clever randomness features.

Supplier notes:
The Eloquencer is a powerful and versatile eurorack sequencer that can be used both as a performance and a composition tool. It's designed to be intuitive, easy to use, and quick to edit. It has been built around the "controlled chance" concept. This means you can decide when and where there will be randomness and how much this randomness will affect your sequences. It features 8 tracks of CVs and Gates in a 16 step disposition, but with the ability to define larger bar counts or chaining patterns to build multiple song parts of 256 steps each.

INPUTS AND OUTPUTS
8 V/oct CV Output
8 Trigger / Gate Output
Reset Input
External Clock Input (configurable. i.e: can be used as a clock divider / multiplier)
Accent Output (configurable)
Clock Output (configurable. i.e: can be used as a clock divider / multiplier)
2 CV Input (assignable to different parameters)

Notes: Nicely creative sequencer module based around controlled randomness. Build patterns and then morph them in real time. Great for live performance as well as studio use.

Supplier notes:
The Eloquencer is a powerful and versatile eurorack sequencer that can be used both as a performance and a composition tool. It's designed to be intuitive, easy to use, and quick to edit. It has been built around the "controlled chance" concept. This means you can decide when and where there will be randomness and how much this randomness will affect your sequences. It features 8 tracks of CVs and Gates in a 16 step disposition, but with the ability to define larger bar counts or chaining patterns to build multiple song parts of 256 steps each.

INPUTS AND OUTPUTS
8 V/oct CV Output
8 Trigger / Gate Output
Reset Input
External Clock Input (configurable. i.e: can be used as a clock divider / multiplier)
Accent Output (configurable)
Clock Output (configurable. i.e: can be used as a clock divider / multiplier)
2 CV Input (assignable to different parameters)

Notes: In the great tradition of West Coast synthesis, the Verbos Electronics Touchplate Keyboard is a gold plated controller with 3 independent sections for sending control voltage signals. First is a 32 key volt/oct trimmed piano arrangement with 3 octave selects. It has an output for pitch CV, pressure (actually a measurement of the surface area of the finger touching the key), gate and 10ms trigger. Second is a pressure sensitive up/down bender that can be used to bend the VCO or anything that needs bending. Finally, an 8 key tuneable keyboard with CV pressure and gate outputs. The Keyboard can be powered from normal Euro power or an external 9-15 volt positive tip DC supply, for use with un-power skiffs.

Notes: Designed to integrate sound sources from outside Eurorack, Verbos's Real World Interface offers three channels including built-in microphones, preamps, envelope followers and a frequency detector.

Supplier's Notes:
The Real World Interface is a 3-channel external processing module intended for connecting with sound sources outside the system. The channels are oriented as vertical channel strips. The left and right channels have a built-in condenser microphone, preamp, envelope follower with variable decay and gate extractor. In addition to a preamp, envelope follower and gate extractor, the centre channel also has an Automatic Gain Control (fixed high ratio compressor), fundamental extractor (tracking lowpass filter), frequency detector and locked oscillator. Internal microphones are useful for introducing electro acoustic room sounds into the modular. Envelope followers can be used to have external signal levels effect parameters such as filter cutoff or level for building dynamics processors. Gate extraction allows external sounds such as metronomes, clicks, claps or room sounds to advance sequencers, trigger sounds or initiate other events. The Frequency Detector can extract the pitch of simple monophonic sounds but is also a semi chaotic CV source in the tradition of such modules since their introduction in the 1960's. The Locked Oscillator plays a sine wave at the same pitch as the input signal.

Size: 18HP

Notes: Rooted in the California modular tradition, the Random Sampling is a selection of random voltage sources to add an element of uncertainty to both audio and control paths. Some of them classics and some new twists. Included are 2 fluctuating randoms capable of slowly varying voltage or sweepable audio noise, each with an uncorrelated random gate output. A two output, up to 6 bit digital stored random voltage source. White, pink and metallic (TR- 808 cymbal type) audio noise. A 4 stage analog shift register where each sample & hold can be broken out of the chain to be used separately.

Notes: The Multi-Delay Processor is a creatively usable echo effect with eight taps. The module's sound may remind you of classic bucket-brigade devices. - It even generates distinctive pitch effects when altering the delay time. An input mixer gives audio material a crisp, analogue character. Thanks to feedback channels with pitch shifter and reverb processor, shimmering echoes and other atmospheric effects can be achieved. A total of nine envelope followers and 14 audio outputs invite you to do extensive feedback patches and other edgy experiments.

The Multi-Delay Processor isn't just a high-quality echo effect but was designed to be a fundamental ingredient of patches. Its core is a bank of eight digital delays, which are wired in series. Together, the circuits form a multi-tap echo. The volume of each signal repetition as well as the raw material can be adjusted via faders. Furthermore, there are individual audio and envelope follower CV outputs for the dry signal and all taps. An analogue clock is used to control the echo circuits. The delay time can be set manually via a potentiometer plus there are two CV inputs with bipolar attenuators. Altering the delay time parameter during operation leads to pitch effects. At this point at latest, you'll realize the superiority of the serial memory design used by Mark Verbos over average effect chips. Despite its digital core, the Multi-Delay Processor offers charming sound reminiscent of a classic bucket-brigade device. - Only cleaner and more transparent.

A three-channel mixer with dedicated level potentiometers adds analogue character to signals before they are fed to the delay circuits. Without patch cables plucked into the second and / or third input, you can use these channels as feedback paths with additional effects. In detail, a pitch shifter calibrated to +1 octave (channel 2) and a reverb (channel 3) are available. - A perfect setup for creating shimmering echoes and other atmospheric effects. High feedback values make the module self-oscillate. In contrast to the multi-tap delay, which consists of individual components, an FV-1 chip is used for pitch shifting and reverberation. This processor is well-known, as it is the main component of multi-effects modules like the Erica Black Hole DSP and numerous guitar pedals. Here, the FV-1 is "just" a creative addition to the main effect.

In addition to the manual mix output, which emits the mixture of raw and effect material dialled in via the faders, there are four other audio outs. Two of these connectors provide signals derived from summing up all even respectively odd taps. The other sockets emit preset mixes with increasing or decreasing level. - Very cool for quickly creating special effects.

Notes: ***B-STOCK: Item refurbished, repaired and in perfect working order.***


The Multi-Delay Processor is a creatively usable echo effect with eight taps. The module's sound may remind you of classic bucket-brigade devices. - It even generates distinctive pitch effects when altering the delay time. An input mixer gives audio material a crisp, analogue character. Thanks to feedback channels with pitch shifter and reverb processor, shimmering echoes and other atmospheric effects can be achieved. A total of nine envelope followers and 14 audio outputs invite you to do extensive feedback patches and other edgy experiments.

The Multi-Delay Processor isn't just a high-quality echo effect but was designed to be a fundamental ingredient of patches. Its core is a bank of eight digital delays, which are wired in series. Together, the circuits form a multi-tap echo. The volume of each signal repetition as well as the raw material can be adjusted via faders. Furthermore, there are individual audio and envelope follower CV outputs for the dry signal and all taps. An analogue clock is used to control the echo circuits. The delay time can be set manually via a potentiometer plus there are two CV inputs with bipolar attenuators. Altering the delay time parameter during operation leads to pitch effects. At this point at latest, you'll realize the superiority of the serial memory design used by Mark Verbos over average effect chips. Despite its digital core, the Multi-Delay Processor offers charming sound reminiscent of a classic bucket-brigade device. - Only cleaner and more transparent.

A three-channel mixer with dedicated level potentiometers adds analogue character to signals before they are fed to the delay circuits. Without patch cables plucked into the second and / or third input, you can use these channels as feedback paths with additional effects. In detail, a pitch shifter calibrated to +1 octave (channel 2) and a reverb (channel 3) are available. - A perfect setup for creating shimmering echoes and other atmospheric effects. High feedback values make the module self-oscillate. In contrast to the multi-tap delay, which consists of individual components, an FV-1 chip is used for pitch shifting and reverberation. This processor is well-known, as it is the main component of multi-effects modules like the Erica Black Hole DSP and numerous guitar pedals. Here, the FV-1 is "just" a creative addition to the main effect.

In addition to the manual mix output, which emits the mixture of raw and effect material dialled in via the faders, there are four other audio outs. Two of these connectors provide signals derived from summing up all even respectively odd taps. The other sockets emit preset mixes with increasing or decreasing level. - Very cool for quickly creating special effects.

Notes: The Mini Horse from Verbos Electronics GmbH is a multi-dimensional touch activated voltage controller. At 42HP wide and ultra thin, it can be added to a synthesizer system either inside the Eurorack or out front in the forthcoming Black Box extra low profile powered enclosure. Twelve keys run across the front, each with its own Gate out, Pressure out and Position out. In addition to the individual keys' outputs the master section presents the parameters of which key was last pressed in addition to a tuneable from the knob behind the key and a "Fixed" voltage, spanning from 0-10v across the keys from left to right. Position outs have memory of their position when last touched, allowing the user to draw a mix across the keys when connected to voltage controlled mixers as in the Harmonic Oscillator or Bark Filter Processor.

Dimensions
42 HP
15 mm deep

Current draw
140 mA +12V
115 mA -12V

Notes: Inspirational west coast sounds from one of the masters. Additive oscillator with eight harmonics, direct outputs and powerful CV control to scan, tilt and mix the waveforms.

Supplier's Notes:
For the first time in Eurorack, this oscillator module provides outputs for the first 8 harmonics as sine waves. Also included are triangle, saw, square waves.

A voltage controlled mixer with various methods of address allows the user to scan, tilt and mix the harmonics from both panel and external voltage control. It is built on a discrete, all analog triangle core with an old school discrete transistor exponential converter. It has inputs for linear and exponential FM, the exponential with a reversing attenuator. Of course there's a 1 volt/octave trimmed CV input as well.

Power consumption: 120mA at +12 V and 90mA at -12 V

HP : 32

Notes: The Control Voltage Processor from Verbos Electronics GmbH is a suite of control voltage processing possibilities divided into 3 sections in a slim 18HP package. The lower 2 sections are DC coupled mixers that allow mixing, inverting, offsetting, scaling, multiplying, dividing, crossfading or a combination of these functions. The top section is a voltage controlled slewing processor with independent control of Positive and Negative slew rate, with some unique tricks. The Positive and Negative slew, or Rise and Fall rates if you like, have reversing attenuators. The slopes can be blended from linear to RC curves (starting all slides fast and ending slow, like a proper "East Coast" Portamento) without a change in speed. It can be triggered like an AD envelope and has a Gate out that goes high when the CV out is below 100mV. Of course it can loop by patching the Gate out to the Trigger in. The Bounce control adds a unique flare of overshoot to CV changes, a bit like the effect of stopping a tape reel from turning and then letting it go. The combination of multiple voltage processors offers the user the functions of analogue computer.

Notes: A serious bargain for anyone putting together a modular system, TipTop bundle three VCOs and the Octopus controller with their mixer, filter, dual envelopes and VCA. Great value.

Supplier's Notes:
The S2 is a promotional bundle that TipTop is offering to users, providing a 33% savings to get you started with ART. With these bundles, TipTop have included an incredible voice: the big, beefy 3 VCO stack. The bundles come in two options: Bundle S1, which uses the ART V/OCT Quantizer as a controller, and Bundle S2, which uses Octopus as a controller. In addition to the controllers, there are three ATX1 analogue oscillators, MIX7 for mixing them with plenty of headroom, and followed by TipTop's beloved 4-pole Z2040 filter that has been with them since day one; it just sounds so good. Finally, we end up with Control Path dual envelope plus VCA dynamics modules. This special price is time limited and while supplies last.

OCTOPUS is a powerhouse ART controller that takes MIDI in via the USB or DIN connector and outputs 8 ART channels with 8 velocity CV plus 8 drum triggers. Together with the ART oscillators the OCTOPUS provide unprecedented simplicity connecting the modular to your computer sequencers, hardware midi sequencers and keyboards. Each ART channel can play polyphonic notes, monophonic notes or create multi-channel polyphony using an internal voice manager. All together OCTOPUS can play more voices and notes from a single controller than ever was possible in modular. Using ART high speed control signals OCTOPUS can maintain low jitter for tight timing. OCTOPUS is TipTop's first ART controller with more to follow, please select between Octopus or ART V/Oct Quantizer to get started with ART. Please note, OCTOPUS is not a 1V/Oct midi to CV and should not be confused as one.

Size: 18HP - Depth: 40mm / 1.5"
Power: +12V 140mA / -12V 100mA

ATX1: a classic all analogue saw VCO core with 3 switchable modes, ART, 1V/Oct, LFO and is recommended as the basic building block for ART systems. It is designed for patching analogue polyphonic synths from discrete modules or multi-mono patches in ART mode. When using ART the ATX1 takes care of the tuning including accounting for temperature changes. In 1V/Oct mode the ATX1 runs as a standard old school modular VCO. LFO mode drops the frequency range and is great for patching vibrato to other ATX1s among other things. The ATX1 outputs variable waveshapes with manual or CV control. Classic FM, PWM and hard sync are provided. A dedicated Gate Out in ART mode manages the voice envelopes or any modulation synced to that voice. TipTop consider the ATX1 the best sounding analogue VCO they have ever created.

Size: 8HP - Depth: 40mm / 1.5"
Power: +12V 105mA / -12V 33mA

MIX7 is a seven channel analogue summing mixer module for Eurorack. It is designed for summing any of the different types of signals you'll find in a modular system: Audio, CV, Triggers, or Gate.

MIX7 gives ability to sweeten your mix with more headroom using the power of low noise analogue summing. A compact 3HP Eurorack utility module, MIX7 is an attractive mixing addition to any rig, especially with the ability to also combine rhythms, note patterns or CV automations from different control sources. The main output of one section can be connected to the input of another MIX7 to create larger mixing groups and complex signal routes inside your modular.

The MIX7 summing mixing circuit is built with low-noise operational amplifiers, giving it an excellent sound quality for mixing audio, the beautiful texture of classic analogue mixing with plenty of headroom to handle hot modular signals, and the versatility to sum non-audio signals in your system to open up new creative possibilities.
Each input is labelled with a number of dots, 1-7, yellow for input and green for output. The module matches Tiptop's system look with clean white faceplate styling.

At the back of the module is a user-configurable jumper allowing users to configure the MIX7 for either unity gain (OUT = IN) or give increased headroom (OUT = 0.4IN) for use with hot audio signals, which makes it a great pairing for Tiptop Audio percussive modules. A peak indicator light on the front panel warns the user of even the slightest audio clipping in the mix, helping to keep all the incoming sound sources at their full original quality.

Size: 3HP - Depth: 43mm - Power: +12V 25ma / -12V 20ma

CONTROL PATH is an all in one voice dynamics module that helps build full voices quickly. It contains two analogue envelopes with velocity cv, and one VCA. In a typical voice patch the left envelope will control a filter and the right envelope will be the voice VCA. Velocity control is provided for each envelope and delay front panel trimmers are used to compensate for any miss match between incoming gate signal and velocity CV timings. Envelope cv outs are 0-5V, Velocity cv ins are 0-5V.
Size: 8HP - Depth: 40mm / 1.5"

Power: +12V 50mA / -12V 55mA

The Z2040 is TipTop#s redesign of the most famous analog filter from the polysynths of the 80's and features Tiptop Audio's signature lush, big, and creamy sound. Its frequency sweeps make thick bass lines and leads with great dynamics. When modulated with audio frequencies through its various inputs, the Z2040 gets quite colorful and is capable of creating many new sounds and textures as the forces of the incoming waves and their harmonics blend through the filter's non-linear circuit. When set with Resonance feedback fully up, the Z2040 transforms into a pure sine-core VC-Oscillator, great for making snappy percussive elements and whistling sounds.

A look under the hood will find that the heart of the Z2040 is a discrete design 4-pole low pass filter with a core similar to that of the SSM2040 filter chip, used in the 80's Prophet 5 Rev 2 synthesizer, and its brother the SSM2044, used in the famous early EMU samplers and PPG synthesizers of the 80's. Both filters are considered by many to be, "the best sounding filter ever".

The Z2040's four modulation inputs are built to handle CV and audio signals, enabling deep modulation of the filter core and passing signals. A VC resonance input is provided to modulate and even clip the sine wave produced by the filter feedback loop. A Frequency Modulation input (FM) provides dynamic filter sweeps and the unique VC-FM index allows modulation of the incoming FM signals. On top of that, the Z2040 comes with an audio VCA that can be configured to act upon the input or the output of the filter.

Size: 8HP - Depth: 42mm - Power: +12V 20ma / -12V 20ma

Notes: The S1 is a promotional bundle that Tiptop Audio is offering to users, providing a 33% savings to get you started with ART. With these bundles, this incredible voice is included: the big, beefy 3 VCO stack. The bundles come in two options: Bundle S1, which uses the ART V/OCT Quantizer as a controller, and Bundle S2, which uses Octopus as a controller. In addition to the controllers, there are three ATX1 analogue oscillators, MIX7 for mixing them with plenty of headroom, and followed by the beloved 4-pole Z2040 filter that has been with TipTop since day one; it just sounds so good. Finally, we end up with Control Path dual envelope plus VCA dynamics modules. This special price is time limited and while supplies last.

ART QUAD QUANTIZER is a four channel CV to ART Quantizer to play ART oscillators from CV sequencers, LFOs and anything that outputs CV. This is Tiptop's second ART controller option and is designed for those of us playing ART without a computer or MIDI source. The inputs take in positive, negative, bipolar CV voltages. Scales include Major Minor and the five other modes (Dorian, Lydian, etc). The module is simple to set up with a simple menu and one knob with switch for navigation. The 4th channel can be set to generate Chords and polyphonic note streams for ART Polyphonic oscillators.

Size: 8HP - Depth: 40mm / 1.5"
Power: +12V 38mA / -12V 4mA

ATX1: a classic all analogue saw VCO core with 3 switchable modes, ART, 1V/Oct, LFO and is recommended as the basic building block for ART systems. It is designed for patching analogue polyphonic synths from discrete modules or multi-mono patches in ART mode. When using ART the ATX1 takes care of the tuning including accounting for temperature changes. In 1V/Oct mode the ATX1 runs as a standard old school modular VCO. LFO mode drops the frequency range and is great for patching vibrato to other ATX1s among other things. The ATX1 outputs variable waveshapes with manual or CV control. Classic FM, PWM and hard sync are provided. A dedicated Gate Out in ART mode manages the voice envelopes or any modulation synced to that voice. TipTop consider the ATX1 the best sounding analogue VCO they have ever created.

Size: 8HP - Depth: 40mm / 1.5"
Power: +12V 105mA / -12V 33mA

MIX7 is a seven channel analogue summing mixer module for Eurorack. It is designed for summing any of the different types of signals you'll find in a modular system: Audio, CV, Triggers, or Gate.

MIX7 gives ability to sweeten your mix with more headroom using the power of low noise analogue summing. A compact 3HP Eurorack utility module, MIX7 is an attractive mixing addition to any rig, especially with the ability to also combine rhythms, note patterns or CV automations from different control sources. The main output of one section can be connected to the input of another MIX7 to create larger mixing groups and complex signal routes inside your modular.

The MIX7 summing mixing circuit is built with low-noise operational amplifiers, giving it an excellent sound quality for mixing audio, the beautiful texture of classic analogue mixing with plenty of headroom to handle hot modular signals, and the versatility to sum non-audio signals in your system to open up new creative possibilities.

Each input is labelled with a number of dots, 1-7, yellow for input and green for output. The module matches Tiptop's system look with clean white faceplate styling.

At the back of the module is a user-configurable jumper allowing users to configure the MIX7 for either unity gain (OUT = IN) or give increased headroom (OUT = 0.4IN) for use with hot audio signals, which makes it a great pairing for Tiptop Audio percussive modules. A peak indicator light on the front panel warns the user of even the slightest audio clipping in the mix, helping to keep all the incoming sound sources at their full original quality.

Size: 3HP - Depth: 43mm - Power: +12V 25ma / -12V 20ma

CONTROL PATH is an all in one voice dynamics module that helps build full voices quickly. It contains two analogue envelopes with velocity cv, and one VCA. In a typical voice patch the left envelope will control a filter and the right envelope will be the voice VCA. Velocity control is provided for each envelope and delay front panel trimmers are used to compensate for any miss match between incoming gate signal and velocity CV timings. Envelope cv outs are 0-5V, Velocity cv ins are 0-5V.

Size: 8HP - Depth: 40mm / 1.5"
Power: +12V 50mA / -12V 55mA

The Z2040 is TipTop's redesign of the most famous analogue filter from the polysynths of the 80's and features Tiptop Audio's signature lush, big, and creamy sound. Its frequency sweeps make thick bass lines and leads with great dynamics. When modulated with audio frequencies through its various inputs, the Z2040 gets quite colourful and is capable of creating many new sounds and textures as the forces of the incoming waves and their harmonics blend through the filter's non-linear circuit. When set with Resonance feedback fully up, the Z2040 transforms into a pure sine-core VC-Oscillator, great for making snappy percussive elements and whistling sounds.

A look under the hood will find that the heart of the Z2040 is a discrete design 4-pole low pass filter with a core similar to that of the SSM2040 filter chip, used in the 80's Prophet 5 Rev 2 synthesizer, and its brother the SSM2044, used in the famous early EMU samplers and PPG synthesizers of the 80's. Both filters are considered by many to be, "the best sounding filter ever".

The Z2040's four modulation inputs are built to handle CV and audio signals, enabling deep modulation of the filter core and passing signals. A VC resonance input is provided to modulate and even clip the sine wave produced by the filter feedback loop. A Frequency Modulation input (FM) provides dynamic filter sweeps and the unique VC-FM index allows modulation of the incoming FM signals. On top of that, the Z2040 comes with an audio VCA that can be configured to act upon the input or the output of the filter.

Size: 8HP - Depth: 42mm - Power: +12V 20ma / -12V 20ma

Notes: Complete starter setup of Tangible's AE system, designed as an affordable way into Eurorack modular. Everything you need to get started, including oscillators, filters and much more.

Supplier's notes:
A complete AE modular system in a two-row Rack (32 AE module units in complete); containing the following modules:

- MASTER
- 2OSC/D
- VCO
- NOISE
- 2 x LFO
- FILTER (Wasp type)
- SVFILTER
- 2ENV
- 2VCA
- LOGIC
- SAMPLE&HOLD
- BEATDIVIDER
- SEQ8
- 2ATT/CV
- MIXER
- DELAY

The case is extendable; via a joint kit (not included) another case of this type can be attached at a free angle; the bus is connected via a short connector cable.

It is shipped complete with power supply unit, MIDI breakout cable, a bunch of patch wires of every type and a quick start guide.

Notes: The E520 Hyperion is a mono/stereo in, stereo out effects module. It is 48HP wide, 35mm deep and uses less than 230ma of +12V and less than 50ma of -12V.

Powered by a 480MHz ARM Cortex M7 CPU, the E520 has 64MB on on-board SDRAM for recording up to 6min of stereo audio at 48KHz sample rate. The LCD screen and optical encoder navigation uses the same 'shallow' menu scheme of our E352 and E370 modules, with the addition of 4 'soft keys' for selecting options without having to leave the main page.

The E520 uses a premium audio path not usually found in Eurorack. Crystal Semi CODECs, TI OPA-series op amps (in the audio sections) are used along with low-noise, dedicated LDO voltage regulators for a clean, full soundstage. Audio conversion uses 48KHz sample rate, 24bit resolution with a line or synth level setting.

The Input and Output gains can be independently set for Line or Modular levels. This allows direct interfacing to DAWs/audio interfaces without a mixer or VCA stage. It also makes interfacing from your old keyboard synths/drum machines into your modular gear quck and easy.

The E520 is designed to fit into a 4ms 48HP powered PODX esktop case.

Basic features

Currently, there are 26 different algorithms included with the E520, and more can be added in the future as internal memory allows. Each algorithm can have up to 4 PARAMETERS under voltage control. The initial value of a PARAMETER is set by a panel knob, and then external CVs of up to +-5V at 10KHz can be applied. In addition, most algorithms employ feedback which can be modulated by external CVs as well. Typical PARAMETERs are delay time, LFO speeds, pitch shift amount and many others.

The row of 'soft keys' are usually 1-3 for algorithm selections (such as range of Delay Time) while the 4th is a BYPASS function. Some algorithms use the TAP TEMPO button for tapping in Delay Time, LFO Speed or similar functions. Other algorithms repurpose the TAP TEMPO as a 'FREEZE' or 'HOLD' function. The SYNC IN jack can be used like the TAP TEMPO functions, but driven by a clock or Gate signal.

The E520 has a unique 'dual chained mono' mode, where either:

different algorithms cam be placed on Left and Right channels (for example Shimmer on Left and the Voder filter on Right). This can be thought of as 2 Mono Ins, and 2 Mono Outs.
2 algorithms can be 'chained' , where the Left algorithm internally feds the Right algorithm. This is a Mono In, Stereo Out signal chain (both Left Out and Right Out can be used).
Chaining of stereo effects is not possible due to limitations of internal memory and the DSP speed required to maintain the 48KHz sample rate.
Algorithms in the E520 fall into 3 catagories:

Time Domain Effects - delay, chorus, phase shifting/flanging, frequency shifting and others.
Frequency Domain (Spectral) Effects - Our unique Spectral Crusher, vocoder, time-stretching and others.
Utility - frequency and level measurements

Time-domain effects

Stereo Pattern Delay

The Stereo Pattern Delay is a stereo tapped delay line with CV-controlled tap patterns. Each channel (left / right) has its own separate delay line with two sets of taps: Primary and Secondary. The patterns are chosen from a set ov 64 and the length of the patterns can be adjusted via buttons. Mixing between Primary and Secondary, filtering and feedback all allow control over the complexity and dynamics of the output. Tap Tempo or external clocks can be used to set the base time rate and a selectable multiply/divide ratio can scale the rate.

Stereo Flanging Delay

The Stereo Flanger Delay is short delay which allows smooth control of the delay line length over intervals of 0-100ms which makes it particularly useful for Flanging and Karplus-Strong effects. This is a true stereo effect in that there are separate delay lines for Left and Right channels but they can be processed identically. The unique feature of this algorithm is the inclusion of an 8-stage allpass diffuser at the input with control over mix and length which can be used to thicken up the sound prior to flanging. Additional features are that the delay control can be done either in linear time or exponential frequency, and that the output can be set into flanger mode which makes comb-filter sounds easier to achieve.

Stereo Chorus

The Stereo Chorus is multi-tap chorus with selectable number phases and an integrated LFO with variable frequency and depth. It is a true stereo effect: the Left and Right channels are completely independent but can be processed with identical parameters. Variable feedback is available as well as selectable LFO waveform and optional phase offset between the Left and Right channels.

Notes: One of the most powerful effects modules in Eurorack, offering full stereo processing with hands-on controls and CV modulation. Updated firmware includes Alesis MidiVerb algorithms and convolution reverb.

Supplier's Notes:
The E520 Hyperion is a mono/stereo in, stereo out effects module. It is 48HP wide, 35mm deep and uses less than 230ma of +12V and less than 50ma of -12V.

Powered by a 480MHz ARM Cortex M7 CPU, the E520 has 64MB on on-board SDRAM for recording up to 6min of stereo audio at 48KHz sample rate. The LCD screen and optical encoder navigation uses the same 'shallow' menu scheme of our E352 and E370 modules, with the addition of 4 'soft keys' for selecting options without having to leave the main page.

The E520 uses a premium audio path not usually found in Eurorack. Crystal Semi CODECs, TI OPA-series op amps (in the audio sections) are used along with low-noise, dedicated LDO voltage regulators for a clean, full soundstage. Audio conversion uses 48KHz sample rate, 24bit resolution with a line or synth level setting.

The Input and Output gains can be independently set for Line or Modular levels. This allows direct interfacing to DAWs/audio interfaces without a mixer or VCA stage.

The E520 is designed to fit into a 4ms 48HP powered PODX esktop case.

Currently, there are 26 different algorithms included with the E520, and more can be added in the future as internal memory allows. Each algorithm can have up to 4 PARAMETERS under voltage control. The initial value of a PARAMETER is set by a panel knob, and then external CVs of up to +-5V at 10KHz can be applied. In addition, most algorithms employ feedback which can be modulated by external CVs as well. Typical PARAMETERs are delay time, LFO speeds, pitch shift amount and many others.

The row of 'soft keys' are usually 1-3 for algorithm selections (such as range of Delay Time) while the 4th is a BYPASS function. Some algorithms use the TAP TEMPO button for tapping in Delay Time, LFO Speed or similar functions. Other algorithms repurpose the TAP TEMPO as a 'FREEZE' or 'HOLD' function. The SYNC IN jack can be used like the TAP TEMPO functions, but driven by a clock or Gate signal.

The E520 has a unique 'dual chained mono' mode, where either:

different algorithms cam be placed on Left and Right channels (for example Shimmer on Left and the Voder filter on Right). This can be thought of as 2 Mono Ins, and 2 Mono Outs.
2 algorithms can be 'chained' , where the Left algorithm internally feds the Right algorithm. This is a Mono In, Stereo Out signal chain (both Left Out and Right Out can be used).
Chaining of stereo effects is not possible due to limitations of internal memory and the DSP speed required to maintain the 48KHz sample rate.
Algorithms in the E520 fall into 3 catagories:

Time Domain Effects - delay, chorus, phase shifting/flanging, frequency shifting and others.
Frequency Domain (Spectral) Effects - Our unique Spectral Crusher, vocoder, time-stretching and others.
Utility - frequency and level measurements

Time-domain effects

Stereo Pattern Delay

The Stereo Pattern Delay is a stereo tapped delay line with CV-controlled tap patterns. Each channel (left / right) has its own separate delay line with two sets of taps: Primary and Secondary. The patterns are chosen from a set ov 64 and the length of the patterns can be adjusted via buttons. Mixing between Primary and Secondary, filtering and feedback all allow control over the complexity and dynamics of the output. Tap Tempo or external clocks can be used to set the base time rate and a selectable multiply/divide ratio can scale the rate.

Stereo Flanging Delay

The Stereo Flanger Delay is short delay which allows smooth control of the delay line length over intervals of 0-100ms which makes it particularly useful for Flanging and Karplus-Strong effects. This is a true stereo effect in that there are separate delay lines for Left and Right channels but they can be processed identically. The unique feature of this algorithm is the inclusion of an 8-stage allpass diffuser at the input with control over mix and length which can be used to thicken up the sound prior to flanging. Additional features are that the delay control can be done either in linear time or exponential frequency, and that the output can be set into flanger mode which makes comb-filter sounds easier to achieve.

Stereo Chorus

The Stereo Chorus is multi-tap chorus with selectable number phases and an integrated LFO with variable frequency and depth. It is a true stereo effect: the Left and Right channels are completely independent but can be processed with identical parameters. Variable feedback is available as well as selectable LFO waveform and optional phase offset between the Left and Right channels.

Dimensions
48 HP
35 mm deep

Current Draw
240 mA +12V
65 mA -12V
0 mA 5V

Notes: The Synthesis Technology E352 combines the latest 200MHz 32-bit ARM DSP with SynthTech's Cloud and Morphing algorithms found in the legendary E340 Cloud Generator and the E350 Morphing Terrarium.

If you want the black panel version of the E352, you can order it directly using the BUY NOW button.

Some important features:

User-defined wavetables loaded via microSD card
Color 240 x 320 TFT LCD display
Grayhill mil-spec optical encoder for data entry
16-bit wavetables (versus 8-bit for the E350) for 5x lower noise & THD
Contains all 192 of the original E350 wavetables
LFO mode, variable Glitch Energy and other added features
VCO Architecture
The E352 has a single VCO, but 2 seperate audio outputs. The outputs are determined by the VCO Mode setting. They do not necessarily have to be the same pitch (Detuning Mode).

The VCO is based upon a unique implementation of wavetable synthesis using 256 fixed-sample-length tables of 16-bit values. Each bank in memory consists of 64 wavetables, in an 8x8 array (like a chessboard). Our proprietary DSP algorithms then allow either smooth or 'glitched' morphing between the wavetables in various ways. The E352 comes with 3 factory banks (192 total waves) and internal FLASH memory to hold 26 user-defined banks. This allows over 1,650 individual wavetables to be accessible. The free, cross-platform WaveEdit program is used to generate and import WAV files to user Banks.

Each VCO has 3 CV inputs (called Parameters or PARMs) which the VCO mode assigns to functions within that algorithm. In addition, there is a hard SYNC input, and the FM can be set to exponential or 3 ranges of TZFM (Thru-Zero FM).

Colour LCD/Navigation
Everyone hates 'menu-diving', us included. That's why we focused on making the most 'shallow' menu system possible. Everything is just 1 or 2 clicks away. No endless screens and pages to remember. The encoder is a mil-spec Grayhill optical encoder with a 25yr typical life. And if it ever needs replacing, it's on a easy to access cable assembly.

The colour LCD lets you customize the color scheme with 64 different colors to pick from.

There are several included 'visual aids' that can be displayed on the LCD:

Each of the VCO output waves/noise modes, updated 20FPS
Lissajous figures
Real-time FFT spectra of the audio output when in the 2-op FM mode
Graphical maps of the X and Y PARM CVs
Interesting 'Eye Candy' effects
User Wavetables and Patch Storage
You can load your own sets of wavetables using the uSD card interface. The uSD card is NOT REQUIRED to run the E352. It is also used for firmware updates. The free application WaveEdit is used to format the wave data and bank data into the proper format used inside the E352.

The E352 has internal non-volatile memory for storing both User wavetables/Banks and for Patches. A 'Patch' stores the menu settings. There are 8 Patches available, and a Patch can be quickly recalled for live performances.

VCO Modes
Although the E352 excels at smooth morphing between wavetables (first introduced in the E350 Morphing Terrarium in 2010), traditional VCO waves such as saws, pure sines, and filtered noise (using a 4-pole resonant lowpass ladder filter) can be selected. Thru-zero, linear FM (in 3 ranges) can be used on not just triangle waves (as in an analog VCO) but with ANY waveshape or any wavetable. Here are all the different modes.

Morphing - Use 3 CVs to select where in the 8x8 bank of wavetables the output is generated. This is the E350's mode.
Morph + Phase Shifting - used when mixing with another VCO (or driving laser galvos). Audio-rate modulation generates classic PM tones. Wavetable morphing plus a voltage-controlled phase shifter.
Morph + Wavefolder - can you wavefold a wavetable? Sure you can...now.
Cloud Generator - this is an improved E340 mode. Not just saws or sines, but can 'cloud' any wavetable. A 'cloud' is a set of detuned copies (the 'supersaw' effect)
Morphing Cloud Generator - combination of Cloud + Morph modes.
2op FM - 2 operator Yamaha FM. Not limited to just sine waves, you can use wavetables as well.
Noise - 6 types of noise plus a resonant, Moog-style ladder filter
Sample Player - a 'lo-fi' sample player that treats the selected Bank as 1 giant WAV sample, with separate Start and Length points under voltage control.

*** NEW: Firmware V1.6 (June 12th 2021) ***

This replaces the prior V1.5.

Changes from V1.5 are as follows:

Bugfixes

Fixed a case where Noise outputs were uncorrelated.

New Features:

16 Named patch locations (up from 8)
Morph + Chord mode
Morph + Blend Mode
Selectable HPF removes DC offsets in FM CV In
various UI improvements

Notes: The Synthesis Technology E352 combines the latest 200MHz 32-bit ARM DSP with SynthTech's Cloud and Morphing algorithms found in the legendary E340 Cloud Generator and the E350 Morphing Terrarium.

The VCO is based upon a unique implementation of wavetable synthesis using 256 fixed-sample-length tables of 16-bit values. Each bank in memory consists of 64 wavetables, in an 8x8 array (like a chessboard). The proprietary DSP algorithms then allow either smooth or 'glitched' morphing between the wavetables in various ways. The E352 comes with 3 factory banks (192 total waves) and internal FLASH memory to hold 26 user-defined banks. This allows over 1,650 individual wavetables to be accessible. The free, cross-platform WaveEdit program is used to generate and import WAV files to user Banks.

Each VCO has 3 CV inputs (called Parameters or PARMs) which the VCO mode assigns to functions within that algorithm. In addition, there is a hard SYNC input, and the FM can be set to exponential or 3 ranges of TZFM (Thru-Zero FM).

Colour LCD/Navigation

Everyone hates 'menu-diving'. That's why Synthesis Technology focused on making the most 'shallow' menu system possible. Everything is just 1 or 2 clicks away. No endless screens and pages to remember. The encoder is a mil-spec Grayhill optical encoder with a 25yr typical life. And if it ever needs replacing, it's on a easy to access cable assembly.

The colour LCD lets you customize the colour scheme with 64 different colours to pick from.

There are several included 'visual aids' that can be displayed on the LCD:

Each of the VCO output waves/noise modes, updated 20FPS
Lissajous figures
Real-time FFT spectra of the audio output when in the 2-op FM mode
Graphical maps of the X and Y PARM CVs
Interesting 'Eye Candy' effects
User Wavetables and Patch Storage
You can load your own sets of wavetables using the uSD card interface. The uSD card is NOT REQUIRED to run the E352. It is also used for firmware updates. The free application WaveEdit is used to format the wave data and bank data into the proper format used inside the E352.

The E352 has internal non-volatile memory for storing both User wavetables/Banks and for Patches. A 'Patch' stores the menu settings. There are 8 Patches available, and a Patch can be quickly recalled for live performances.

VCO Modes

Although the E352 excels at smooth morphing between wavetables (first introduced in the E350 Morphing Terrarium in 2010), traditional VCO waves such as saws, pure sines, and filtered noise (using a 4-pole resonant lowpass ladder filter) can be selected. Thru-zero, linear FM (in 3 ranges) can be used on not just triangle waves (as in an analogue VCO) but with ANY waveshape or any wavetable. Here are all the different modes.

Morphing - Use 3 CVs to select where in the 8x8 bank of wavetables the output is generated. This is the E350's mode.
Morph + Phase Shifting - used when mixing with another VCO (or driving laser galvos). Audio-rate modulation generates classic PM tones. Wavetable morphing plus a voltage-controlled phase shifter.
Morph + Wavefolder - can you wavefold a wavetable? Sure you can...now.
Cloud Generator - this is an improved E340 mode. Not just saws or sines, but can 'cloud' any wavetable. A 'cloud' is a set of detuned copies (the 'supersaw' effect)
Morphing Cloud Generator - combination of Cloud + Morph modes.
2op FM - 2 operator Yamaha FM. Not limited to just sine waves, you can use wavetables as well.
Noise - 6 types of noise plus a resonant, Moog-style ladder filter
Sample Player - a 'lo-fi' sample player that treats the selected Bank as 1 giant WAV sample, with separate Start and Length points under voltage control.

Specs

Module width: 26HP
Depth behind panel (with power cable attached): 1.65in (41.9mm)
Power: +12V @65ma, -12V @24ma
CV In range: -5V to +5V, 12KHz
SYNC threshold: +0.65V nominal, positive-edge slope triggers
Wavetable format: 256 samples, 16-bit unsigned integer, .WAV
Audio output level: 10V pk-pk
Audio sample rate: 96KHz, 32-bit DSP engine, 16-bit output

Notes: All-in-one modular synth system designed for standalone use or integration with other Eurorack gear. Classic two-oscillator monosynth setup with an impressively deep range of features.

Supplier notes:
An all-in-one sound factory, the MODULOR114 eurorack analog modular synthesizer is our first product designed as a complete and powerful unit. A great entry ticket to the modular world for someone, a treasure trove of sounds for others, the MODULOR114 encloses the most sought-after analog textures and the modern additions that renders this product unique.

Notes: Intended as a single-box drum instrument, the Drumstation gathers Sound Machines modules into a convenient format. Sequencing, hands-on control and drum synthesis all in one.

Supplier notes:
Meet the DS1drumstation, a bundle of our best modules enclosed in a self-powered enclosure with a lot of performance power to offer!

Enclosed in a 42hp panel, you find three of our best-selling modules: the LS1 lightstrip, the DC1drumcomputer and the SDsimpledrum. Together, they form a modular drumming powerhouse with space for patching, live performance and sound deepness.

Four LS1lightstrips perfectly match with the four CV inputs of the DC1drumcomputer allowing you to change the behaviour of the sequencer in realtime with your gestures (or your recorded CV loops!). The DC1 8 outputs can drive the SD1simpledrum instruments and also connect to a potential external eurorack system.

The DS1drumstation is perfectly compatible with eurorack standard modules and it can be re-housed into your case if you need to. Just remove 4 screws and connect the ribbon power cable!

Notes: Modern take on an old-school concept, offering tactile control of synth parameters over MIDI, CV or USB. Built-in CV step sequencer and drum trigger sequencer make it a real all-rounder.

Supplier notes:
(arches) is Sound Machines' pinnacle in control interface for music machines.

Blending inspiration, power and ease of use, the perfect evolution of the concept of tactile controllers has been created. Built on the foundation of first class touch interfaces (LS1lightstrip and LP1lightplane), present today on thousands of eurorack systems worldwide, Sound Machines have designed a beautiful work of art and technology.

(arches) put a never seen before set of controllers at your fingertips. Sliders, lightstrips (with rec/loop capabilities), lighplanes with z-axis sensitivity and pressure sensitive buttons. Behind those state of the art touch controllers lie a high-speed microcontrollers that joins the elements to create keyboards, sequencers, arpeggiators and eventually your perfect performance setup.

Notes: As Sonicsmith join one or more ConVertor E1's with the MIDVertor E1 you get much more than the sum of those parts. Pitch tracking at its finest, human control, and features with digital communication far into the future. Shipped together pre-mounted on a unifying plate, pre-patched with the 4-pin header connection, and pre-configured, they act just like a single "super-synth-channel", ready to plug and play.

United by the 4-pin header digital connection, those two Eurorack modules make up the ultimate synth channel. Convert anything from audio to PITCH, ENV & GATE CV's, 1V/octave pitch output and a 1V/octave pitch input, Sustain to freeze pitch and/or other functions, expression pedal input can be automatically switched to expression function. Internal DCO can work as Audio Controlled Oscillator/VCO+preamp mode. Connect any number up to 7 units to add polyphonic operation, Parallel Audio to merge MIDI (MIDI 2.0 ready), audio to MIDI conversion, via ultra-fast custom firmware. compression and optional full synth voice with presets. Switchable to work in VCO mode where the pitch will be controlled from either 1V/oct pitch CV in while preamp stays independent with the ENV extraction.

4 pin header cable, pre-patched, MIDI to up to 6 VCO's, and CV's polyphony combinations are possible via Sonicsmith bus high speed, bi-directional control, and modulations. Preset recall & modulations for up to 7 parallel ConVertor E1's at once. Sustain pedal input can momentarily control freezing pitch or other momentary functions. SD card for future and optional firmware updates. Easy flashing of all firmware via mini USB connection. That means one MIDVertor can flash all connected ConVertor E1's firmware, conveniently with one connection, so there is no need to screw out the panels to access flashcard individual Connected devices.

Optional expansion options, both in hardware and in software, are available like connecting up to 7 ConVertor E1's to one MIDVertor for polyphonic operation and MIDI processing. Firmware 1.x is planned and will get a lifetime of updates within the 1.x series of the firmware. Firmware in the 2.x series can be purchased to upgrade the internal sound engine to include full synth voice features like a sub voice, PWM, 3 LFO's, VCF, osc sync, ring mod, and many future enhancements with the same lifetime updates in the 2.x future.

Notes: The NTO is Serge's legendary and most ambitious analog oscillator. It combines raw vintage sound with astonishing precison.

The new NTO by Random*Source has been developed in close cooperation with Serge. It took about 2 years to replace obsolete parts and bring the NTO to SMT with some optimizations (precision references and parts) for stability. It also features a new Pulse Out (square wave) in addition to the classic outputs.
The Serge New Timbral Oscillator (NTO) is the state-of-the-art VCO, featuring exceptional range, superb temperature stability, and accurate tracking. Dynamic depth frequency modulation and voltage control of waveform allow unprecedented control over a wide range of sound qualities.

Features:
Exponential 1V/Octave response
Accurate tracking, temperature stability, wide frequency range
Dynamic depth linear frequency modulation
Now with PULSE OUT
NTO on multilayer pcb with all SMT parts soldered in
PCBs in SMT, manufactured in Germany

Dimensions
18 HP
40 mm deep

Current Draw
115 mA +12V
80 mA -12V

Notes: Serge Tcherepnin's superb DUSG multi-function module gets redesigned and updated for Eurorack. Function generator, integrator, oscillator and much more.

Supplier's Notes:
The Serge GTS is a complete redesign of the famous Serge Dual Universal Slope Generator (DUSG) by Serge himself - with a new core, optimized for speed and tracking. Like some of the clones it can be used for CV, but also provides exceptional audio performance: transient rise times as fast as 13us and a maximum cycle speed of 27kHz.

Some functions for which one Slope Generator can be used:

Function generator for linear, logarithmic, exponential, stepped etc. curves
Integrate an incoming signal
Sawtooth / Pulse oscillator
Add, subtract up to 4 signals
Max and Min function
VC Transient Envelope Generator
VC LFO
VC Portamento device, Envelope Follower (Detector), VC Pulse Delay (Monostable), Sub-Harmonic Series Generator (Divider), Audio Oscillator with variable waveform symmetry (saw to triangle), Non-Linear Audio Processor (low-fidelity VCF).
Serge GTS for eurorack:

Designed by Serge Tcherepnin 2021-2023
Increased audio range (up to >28kHz)
Tracks >5 octaves as a Sawtooth / Pulse oscillator
Temperature stabilized
Eurorack format (3U), 26 hp
Power consumption: 90mA @ +12V, 80mA @ -12V
(NEW) Skiff-friendly: < 25mm (1")

Notes: The SEQ XL is a modern incarnation of Serge's analog sequencer / programmer. 8 stages. 2 rows of CV output. A - B (A minus B) outouts the difference between A and B (-5 to 5V range). The length of sequences can be set via the pushbuttons - while a sequence is running. RESET, UP/DOWN, HOLD inputs. Switch to start / stop the sequencer. PULSE STAGE SELECT inputs allow selecting specific stages. great at audio rates. ALL GATE output goes high when any button is pressed (or a stage is selected by a pulse input) and allows the use of the SEQ8 as a simple mini-keyboard.

Notes: The SEQ XL is a modern incarnation of Serge's analog sequencer / programmer. 8 stages. 2 rows of CV output. A - B (A minus B) outouts the difference between A and B (-5 to 5V range). The length of sequences can be set via the pushbuttons - while a sequence is running. RESET, UP/DOWN, HOLD inputs. Switch to start / stop the sequencer. PULSE STAGE SELECT inputs allow selecting specific stages. great at audio rates. ALL GATE output goes high when any button is pressed (or a stage is selected by a pulse input) and allows the use of the SEQ8 as a simple mini-keyboard.

Notes: The CS-8 VCF1E is a very versatile, fully analogue, programmable and voltage-controlled filter (VCF). It is capable of processing all sorts of audio signals. It is designed for mounting into a 3U Eurorack with an internal +/- 12V power supply.

Basically, two modes are possible. The classical filter mode with 12 selectable different functions (low-, high-, band-passes) and the phaser mode also with 12 phaser-sounding combining modes (4x phaser-, 2x low-, 2x high,- 4x band-passes).

For the classic filter mode, 3 different resonance modes are available - these generate different sound impressions for each filter function. So, there is no rule how to sound a certain selected resonance mode. It depends on the selected function.

With a further 4-pos. rotary switch the resonance emphasize is dialable, which provides further sound nuances. This is also equipollent to the amplitude of the self-oscillation. An illuminated tactile switch allows to add a unique 2nd harmonic distortion to the resonance sound.

The frequency range (cutoff) goes from 2 Hz to 40 kHz. A gain controller allows input-to-output gains from -20 db to 0 db. A clip LED light up just before output clipping.

Design and implementation meet highest technical standards concerning usability, sound quality, and signal-to-noise ratio. The front panel is made from powdered and printed piece of aluminium sheet metal of 2 mm gauge. The entire design and production work was done in Germany.

Notes: The CS-8 VCF02 is a very versatile, fully analogue, programmable and voltage-controlled filter (VCF). It is capable of processing all sorts of audio signals. It is designed for mounting into a 3U Eurorack with an internal +/- 12V power supply.

This module is capable of producing 121 different filter types (27 low-pass, 18 high-pass, 13 band-pass, and 63 all-pass/notch/phase-type filters). External control voltages can be used to control all functions, thus the CS-8 VCF02 can be remote-controlled by sequencers, foot pedals/switches etc. The CS-8 VCF02 features some unique and very powerful functions that are entirely new to voltage-controlled filter modules such as emphasize, 2nd harmonic distortion, and drop.

The CS-8 VCF02 features a unique "layer cake" design. This way, its installation depth is reduced to a minimum, compared to other Eurorack modules.

Design and implementation meet highest technical standards concerning usability, sound quality, and signal-to-noise ratio. The front panel is made from an anodised and printed piece of aluminium sheet metal of 2 mm gauge. The entire design and production work was done in Germany.

Notes: The latest brainchild of synth pioneer Dave Rossum, TRIDENT is a 100% analogue, triple oscillator module that opens up a universe of dynamic timbral textures.

At its most basic level, TRIDENT is three precision audio VCOs, each sporting a unique variety of control voltage inputs.

The main or "Carrier" oscillator provides its three waveforms simultaneously. The two Modulation Oscillators each have a single output and a waveform selector. The Modulation Oscillators also have a voltage controlled Symmetry parameter which varies the duty cycle of the triangle wave output from sawtooth to triangle back to time reversed sawtooth, and also varies the sawtooth output to have an upward or downward kink in the middle, as well as controlling pulse width when the pulse waveform is selected.

And while each oscillator can be used independently if desired, it's when they're combined into a synchronous ensemble that the real sonic magic happens.

That magic is what we call "Zing" modulation. Each of the Modulation Oscillators can modulate each of the Carrier outputs in an amount controlled by the Zing parameter. Zing modulation is mathematically akin to ring modulation, but due to the synchronization of the oscillators (when an oscillator's Sync button on), the harmonic sum and difference sidetones of ring modulation transform into complex but purely harmonic overtone spectra, which vary dynamically and dramatically with the frequency and waveshape modulations of the modulation oscillators. Each change in the Modulation Oscillator parameters - Frequency, Symmetry, Waveshape, Zing, and (in the case of Modulation Oscillator 2) Phase - will have a different effect on the timbre of each of the three Carrier waveshape outputs.

When the modulation oscillators are set to track the carrier oscillator, the waveshape will remain constant as the carrier frequency changes. In this case the overtone structure is determined by the settings and CV modulations of the modulation oscillators. If instead the modulation oscillators do not track the carrier, some of the overtone structure will vary relative to the carrier frequency.

What all this means is that whether musicians take advantage of TRIDENT's unique synchronous modulation capabilities (which they, of course, should), or just treat it as three superb, wide-range analogue oscillators, TRIDENT offers a vast variety of dramatic sonic textures.

Notes: Rossum Electro-Music Software Architect Bob Bliss (who also, as it happens, fathered E-mu's famed "EOS" Emulator Operating System) has created Panharmonium, a unique music and sound design tool that lets you analyse the spectral content of any audio signal and use that analysis to drive a bank of from 1 to 33 oscillators. Depending on various control settings, Panharmonium can accurately reproduce the input spectrum in real time or modify it in a multitude of wildly creative ways. All with an interface whose immediacy encourages performance and interaction.

Panharmonium input can be anything from a single oscillator to an entire mix (including vocals). From dense, swirling pads and drones that evolve with the input's changing spectrum, to clock-syncable spectral arpeggiation, to as-yet unnamed harmonic effects, Panharmonium opens up an entirely new world of sonic possibilities.

Additionally, Panharmonium can take a snapshot of an instantaneous spectrum and use that as a complex harmonic oscillator, which can then be modified and modulated by all of Panharmonium's other controls.

Panharmonium accomplishes its magic though a combination of functional submodules:

Spectral Analyzer

The Spectral Analyzer provides tools for defining the analysis process.

- The Slice parameter sets the rate at which the incoming audio is transformed to spectral data. It can be set by the Slice and Multiplier controls, the Tap button, or by an external clock signal. Very short slice times result in real-time spectral data, while longer times can create rhythmic spectral patterns.

- The Center Freq and Bandwidth controls (and associated CV inputs and attenuverters) control the range of frequencies to be analysed. The Bandwidth control allows the selection of narrow to wide pass bands on the left side of the pot and narrow to wide notches on the right side of the pot. The ability to sweep the frequency and modify the bandwidth under CV control opens up a wide range of sonic effects.

- The Freeze button lets you freeze the spectral integrator, sustaining the currently analysed spectrum.

Spectral Modifiers

These controls allow you to creatively modify the analysed spectra.

- The Voice parameter lets you select from 1 to 33 oscillators to resynthesize the spectrum.

- The Blur parameter (and associated CV input) is a spectral lag processor that controls how quickly the spectrum can change.

- The Feedback control lets you route the resynthesized audio back into the entire processing chain for subtle or dramatic feedback effects. At its max, the output becomes self-sustaining, even if the input is removed.

Oscillator Bank

The Oscillator Bank resynthesizes the analysed spectra.

- The Waveform parameter selects the oscillators' waveform. In addition to the usual sine, triangle, sawtooth and pulse waveforms, two special crossfading sine and sawtooth waveforms are included.

- The Freq control lets you tune the oscillators over a +/-7 semitone range. The frequency is further controlled by the 1V/Oct input and the FM input and attenuverter.

- The Octave control, not surprisingly, shifts the pitch of the output by octaves.

- The Glide parameter sets the amount of polyphonic glide (i.e., each oscillator has its own glide circuit).

- The Mix control (and associated CV input) sets the balance between the original input audio and the resynthesized audio.

Optional Functions

A number of optional functions can be selected by using the Output Mode and Tap buttons.

- Holding the Output Mode button and adjusting the Slice control enables Drums Mode, which optimizes the spectral analysis for drums and other percussive inputs.

- Holding the Output Mode button and adjusting the Freq control enables Spectral Warping. In contrast to conventional frequency adjustment, where the harmonic relationships between the spectral elements are preserved, Spectral Warping shifts the harmonic elements individually, producing a variety of clangorous, swarming textures.

- Holding the Tap button and adjusting the Freq control quantizes the resulting frequency adjustments to semitones.

Spectra Memories and Presets

Panharmonium provides 12 user Spectra memories and 12 user Presets.

- The Spectra memories let you store up to 12 frozen slices. When selected, a spectrum (up to 33 oscillators wide!) replaces any live input and can have its pitch controlled by the 1V/Oct input and FM controls.

- A Preset is a snapshot of all of the module settings, along with the value of any CVs present at the moment the preset is saved.

Panharmonium is 26HP wide and 25mm deep.

Power requirements (max): 140mA +12V, 30mA -12V. Reverse polarity protected.

Notes: Rossum Electro-Music Software Architect Bob Bliss (who also, as it happens, fathered E-mu's famed "EOS" Emulator Operating System) has created Panharmonium, a unique music and sound design tool that analyses the spectral content of any audio signal and uses that analysis to drive a bank of from 1 to 33 oscillators. Depending on various control settings, Panharmonium can accurately reproduce the input spectrum in real time or modify it in a multitude of wildly creative ways. All with an interface whose immediacy encourages performance and interaction.

Panharmonium input can be anything from a single oscillator to an entire mix (including vocals). From dense, swirling pads and drones that evolve with the input's changing spectrum, to clock-syncable spectral arpeggiation, to as-yet unnamed harmonic effects, Panharmonium opens up an entirely new world of sonic possibilities.

Additionally, Panharmonium can take a snapshot of an instantaneous spectrum and use that as a complex harmonic oscillator, which can then be modified and modulated by all of Panharmonium's other controls.

Panharmonium accomplishes its magic though a combination of functional submodules:

Spectral Analyser:

The Spectral Analyser provides tools for defining the analysis process.

- The Slice parameter sets the rate at which the incoming audio is transformed to spectral data. It can be set by the Slice and Multiplier controls, the Tap button, or by an external clock signal. Very short slice times result in real-time spectral data, while longer times can create rhythmic spectral patterns.
- The Centre Freq and Bandwidth controls (and associated CV inputs and attenuverters) control the range of frequencies to be analysed. The Bandwidth control allows the selection of narrow to wide pass bands on the left side of the pot and narrow to wide notches on the right side of the pot. The ability to sweep the frequency and modify the bandwidth under CV control opens up a wide range of sonic effects.
- The Freeze button lets you freeze the spectral integrator, sustaining the currently analysed spectrum.

Spectral Modifiers:

These controls allow you to creatively modify the analysed spectra.

- The Voice parameter lets you select from 1 to 33 oscillators to resynthesise the spectrum.
- The Blur parameter (and associated CV input) is a spectral lag processor that controls how quickly the spectrum can change.
- The Feedback control (and associated CV input) lets you route the re-synthesised audio back into the entire processing chain for subtle or dramatic feedback effects. At its max, the output becomes self-sustaining, even if the input is removed.

Oscillator Bank:

The Oscillator Bank resynthesises the analysed spectra.

- The Waveform parameter selects the oscillators' waveform. In addition to the usual sine, triangle, sawtooth and pulse waveforms, two special crossfading sine and sawtooth waveforms are included.
- The Freq control lets you tune the oscillators over a +/-7 semitone range. The frequency is further controlled by the 1V/Oct input and the FM input and attenuverter.
- The Octave control, not surprisingly, shifts the pitch of the output by octaves.
- The Glide parameter sets the amount of polyphonic glide (i.e., each oscillator has its own glide circuit).
- The Mix control (and associated CV input) sets the balance between the original input audio and the resynthesised audio.

Optional Functions:

A number of optional functions can be selected by using the Output Mode and Tap buttons.

- Holding the Output Mode button and adjusting the Slice control enables Drums Mode, which optimizes the spectral analysis for drums and other percussive inputs.
- Holding the Output Mode button and adjusting the Centre Freq control allows you to instead set the lower frequency of the analysis range.
- Holding the Output Mode button and adjusting the Freq control enables Spectral Warping. In contrast to conventional frequency adjustment, where the harmonic relationships between the spectral elements are preserved, Spectral Warping shifts the harmonic elements individually, producing a variety of clangourous, swarming textures.
- Holding the Tap button and adjusting the Freq control quantizes the resulting frequency adjustments to semitones.

Spectra Memories and Presets:

Panharmonium provides 12 user Spectra memories and 12 user Presets (in addition to 12 each factory memories).

- The Spectra memories let you store up to 12 frozen slices. When selected, a spectrum (up to 33 oscillators wide!) replaces any live input and can have its pitch controlled by the 1V/Oct input and FM controls.
- A Preset is a snapshot of all of the module settings, along with the value of any CVs present at the moment the preset is saved.

Panharmonium is 26HP wide and 25mm deep.
Power requirements (max): 140mA +12V, 30mA -12V. Reverse polarity protected.

Notes: With the MORPHEUS digital filter module, Rossum are finally able to unleash the full power of the 14-pole Z0-Plane Filters that Dave invented for the E-mu Morpheus synthesizer.

The MORPHEUS Eurorack module includes over 280 filter configurations, which are called Cubes. Each Cube is composed of up to 8 complex filters that you can picture as being at the corners of a three dimensional cube (hence the name). Morpheus gives you the ability to smoothly interpolate between those 8 filters within the cube's three dimensional space.

Due to processor limitations back in the day, the original Morpheus was capable of real-time morphing in one dimension, but interpolation in the frequency and transform dimensions were set at note-on and remained static for the remainder of the note. But even with that limitation, Morpheus offered sonic capabilities that are unmatched to this day.

With the MORPHEUS filter module, you now have simultaneous real-time CV control of all three dimensions, for dynamic timbral effects unlike anything you've ever heard before. In stereo.

Like all Rossum Electro-Music digital modules, all parameters are available for adjustment with a single button press. No menu diving.

Morpheus Specifications

Filter cubes: 289
Filters: 1000
Filter sequences: 200
Sequence steps: 20,000 Dynamically Allocated

Inputs: Audio L/R
2x 3.5mm mono socket
100kO Input Impedance

Full Level Frequency CV
1x 3.5mm mono socket
100kO Input Impedance

Attenuverted Frequency CV
1x 3.5mm mono socket
100kO Input Impedance

Attenuverted Morph CV

1x 3.5mm mono socket
100kO Input Impedance

Attenuverted Transform/Distortion CV

1x 3.5mm mono socket
100kO Input Impedance

Filter Sequencer Dec

1x 3.5mm mono socket
100kO Input Impedance
1.6V threshold

Filter Sequencer Inc

1x 3.5mm mono socket
100kO Input Impedance
1.6V threshold

Filter Sequencer Reset

1x 3.5mm mono socket
100kO Input Impedance
1.6V threshold

Outputs

Audio L/R
2x 3.5mm mono socket
1kO Impedance

Power requirements
+/-12V via 16-pin, Doepfer-style connector

Current draw
135mA +12V, 25mA -12V (maximum)

Dimensions
18HP (W); Panel to power connector (with connector plugged in) 25mm (D)

Supplied accessories
1x 16-pin, Doepfer-style cable
4x M3 screws
4x M2.5 screws
4x Nylon washers
1x Quickstart Guide

Notes: With our MORPHEUS digital filter module, we're finally able to unleash the full power of the 14-pole Z-Plane Filters that Dave invented for the E-mu Morpheus synthesizer.

The MORPHEUS Eurorack module includes over 280 filter configurations, what we call Cubes. Each Cube is composed of up to 8 complex filters that you can picture as being at the corners of a three dimensional cube (hence the name). Morpheus gives you the ability to smoothly interpolate between those 8 filters within the cube's three dimensional space.

Due to processor limitations back in the day, the original Morpheus was capable of real-time morphing in one dimension, but interpolation in the frequency and transform dimensions were set at note-on and remained static for the remainder of the note. But even with that limitation, Morpheus offered sonic capabilities that are unmatched to this day.

With the MORPHEUS filter module, you now have simultaneous real-time CV control of all three dimensions, for dynamic timbral effects unlike anything you've ever heard before. In stereo.

Notes: CONTROL FORGE's core functionality is drawn from the E-mu Morpheus's insanely powerful (but hard to program on a two-line display) Function Generators. But now expanded into a supremely flexible modulation source encompassing elaborate one-shot contours, evolving cyclical patterns and sequences of arbitrary length and complexity.

- At its most basic, it's an 8-segment function generator with variable time and target voltage level for each segment.
- Each segment's level can be defined either absolutely or relative to the ending level of the previous stage and can optionally be quantized to the nearest 1/12 volt.
- Each segment's level may have a user defined range of randomness of either linear or gaussian distribution.
- A new 'Tempo Mode' lets you specify each segment's length in musical note values relative to a tempo set in BPM.
- The time scale may be modulated under CV control or manually via the encoder during runtime.
There are 67 different transition shapes between segments (indicated graphically on the display during selection), from linear and exponential shapes to various flavours of random, chaotic, and many more that don't lend themselves to one-word descriptions, including the ability to pass CVs directly through to the output for individual segments.
- Also included are 'DC' shapes that allow the module to be used as a sequencer with all of the module's available programmability. When combined with the Preset Sequencer described below, sequences can be hundreds of steps long and modified in real time manually or by CVs.
- Each segment may optionally have a conditional jump mode that results in a jump to another selected stage if a particular condition is met. E.g., a CV being above or below the selected conditional value, the presence or lack of a gate or logic high at their respective inputs, rising or falling edges at the inputs, etc. So, in addition to one-shot shapes, extremely elaborate cyclical patterns can be programmed that evolve based on the various conditional inputs.
- Control Forge's AutoChain functionality allows the creation of two very specific kinds of multi-preset patterns: A multi-preset retriggerable pattern (like a long syncable LFO), and a multi-preset 'envelope-like' pattern with retriggerability, an optional sustain section, and a 'release' section that's jumped to on gate fall.
- Two independent triggers can be programmed to fire in response to a variety of events and can be used to affect either CONTROL FORGE itself or external modules.
- 500 presets can be saved and recalled
- A preset sequencer allows stepping through up to 200 user-defined series of presets under trigger, clock or manual control. This allows contours and sequences of almost unlimited length and complexity.
- All presets and sequences can be transferred to any number of Satellite modules, which can then operate as stand-alone modulation sources, completely independent of the Control Forge.
- Like all Rossum Electro-Music digital modules, all parameters are available for adjustment with a single button press. No menu diving.

Notes: Sampler legend Dave Rossum's ultra-powerful Assimil8or module gets a black makeover. Eight-channel multi-timbral design with extensive CV control and clever sound manipulation options.

Supplier's Notes:
Designed to provide a powerful, flexible sampling engine for modular synthesis, the ASSIMIL8OR Multi-Timbral Phase Modulation Sampler module is the latest incarnation of Dave Rossum's decades-long pioneering of affordable professional sampling technology.

ASSIMIL8OR provides eight independent channels of sampling with sound quality that can range from extremely hi-fi to low fi, all with extensive real-time CV control.

Assimil8or Specifications

Sample memory
2,300 seconds at 48kHz mono, freely allocatable between the 8 channels

Sample rates
48kHZ, 96kHZ, 192kHZ

A/D & D/A
24 Bits

Internal processing
32 Bits

Latency
100 microseconds at the Mix Outputs
180 microseconds at the Individual Outputs

Inputs

Sample L/R
2x 3.5mm mono socket
100kO Input Impedance

Gate/Trigger 1-8
8x 3.5mm mono socket
100kO Input Impedance
1.6V threshold

Control Voltage A 1-8
8x 3.5mm mono socket
100kO Input Impedance
96 kHz sample rate
Anti-alias filtered to 20kHz bandwidth

Control Voltage B&C 1-8
16x 3.5mm mono socket
100kO Input Impedance
48 kHz sample rate
No anti-alias filtering

Outputs

Mix Outputs L/R
2x 3.5mm mono socket
1kO Impedance

Individual Outputs
8x 3.5mm mono socket
1kO Impedance

Power requirements: +/-12V via 16-pin, Doepfer-style connector
Current draw: 220mA +12V, 30mA -12V
Dimensions: 28HP (W); Panel to power connector (with connector plugged in) 25mm (D)

Supplied accessories:
1x Micro SD card
1x 16-pin, Doepfer-style cable
4x M3 screws
4x M2.5 screws
4x Nylon washers
1x Quickstart Guide

Notes: ***Now featuring Assimil8or Software Version 2.0! Available to download here: http://www.rossum-electro.com/products/assimil8or/

The ASSIMIL8OR is a CV/Gate-controllable sampler with eight independent channels. Each channel is not only its own voice, but also has a separate audio output and a gate/trigger and three CV inputs. Given ever get two sample inputs and main outputs. Thus, Stereo Sampling and playback is possible. Mixed operation of stereo or mono is possible and is limited only by the maximum number of eight channels or parts.

The ASSIMIL8OR works with high-quality 24-bit AD and DA converters. Internally, however, sample and bit rate for lo-fi sound can be lowered, the latter is even CV-controllable. The samples can also be otherwise manipulated in many ways. Thus, the phase of a sample via CV or a different sample can be modulated. Likewise, the loop points can be controlled and the sample can be traversed with CV control (scrubbing), whereby wavetable similar effects could be achieved. The following parameters can be addressed via the gate / trigger and CV inputs:

- Pitch
- Level
- Bit Depth
- Phase Modulation
- Pan
- Scrub
- Sample Start
- Sample Length
- Loop Start
- Loop Length
- Release Decay

Samples and presets are stored on an SD card, which is easily accessible plugged into the module front.

Notes: ***B-STOCK: Box damaged, product in perfect working order***


***Now featuring Assimil8or Software Version 2.0! Available to download here: http://www.rossum-electro.com/products/assimil8or/

The ASSIMIL8OR is a CV/Gate-controllable sampler with eight independent channels. Each channel is not only its own voice, but also has a separate audio output and a gate/trigger and three CV inputs. Given ever get two sample inputs and main outputs. Thus, Stereo Sampling and playback is possible. Mixed operation of stereo or mono is possible and is limited only by the maximum number of eight channels or parts.

The ASSIMIL8OR works with high-quality 24-bit AD and DA converters. Internally, however, sample and bit rate for lo-fi sound can be lowered, the latter is even CV-controllable. The samples can also be otherwise manipulated in many ways. Thus, the phase of a sample via CV or a different sample can be modulated. Likewise, the loop points can be controlled and the sample can be traversed with CV control (scrubbing), whereby wavetable similar effects could be achieved. The following parameters can be addressed via the gate / trigger and CV inputs:

- Pitch
- Level
- Bit Depth
- Phase Modulation
- Pan
- Scrub
- Sample Start
- Sample Length
- Loop Start
- Loop Length
- Release Decay

Samples and presets are stored on an SD card, which is easily accessible plugged into the module front.

Notes: Discrete VCOs with three Subs, SYNC, Wavefolder, discrete VCA and VCF, Dual analog LFO (one also usable as VCO) into audio rate with Keytracking, huge Mixer section, Ring mod, Glide and Patchfield.

Power consumption: TBA

Rackspace: 36HP

Notes: The RT-311 can store up to 8 memory setups with 8 snapshots each, holding all oscillator settings and memorizes them even after powering down your modular synth. One highlight of this module is the opportunity to interpolate between these parameter snaphots. Interpolation can be controlled with an external control voltage or with a built in LFO. The speed of the internal LFO can be controlled with an external control voltage as well. The interpolator has even an external output to interpolate one parameter of an attached module. Both oscillators can built swarms of oscillator clones. Up to 16 Oscillators are running simultaneously at the highest setting. The detune knob changes the pitch of all oscillator clones between ultra slow oscillator frequency beating effects and multiple frequency drones and chords. The swarm can be pitched in musical intervals, chords, clusters or fat detunes. The swarm tuning can be stored into the snapshots too. That allows for to built up to 8 different chords with different sound settings one can change while playing in a setup.

Both oscillator swarms have independent outputs. If one sets the exponential FM inputs depth to maximum, the inputs run with Volt per Octave scaling. The oscillator swarms can then be used like two independent Synth voices. The scale inputs can also get quantized to musical scales. That makes it easy to control the swarm from a step sequencer. Just select the root key with the tune knob and a pentatonic scale and turn the knobs of your sequencer for always matching tonal sequences.

Electrical and mechanical Specifications:

250 mA +12V
40 mA -12V
0 mA 5V
30 mm Depth
32 HP

Notes: A semimodular synthesizer consists of 9 essential synthesis modules whose combination provides a very powerful and straight forward starting point into the world of Eurorack synthesizers. Let's see, which modules are included in Radikal's latest brainchild: The system includes one swarm oscillator, a mixing stage with a noise source, a very powerful filtering section around the analog multimode filter plus stereo digital emulations of 12dB multimode and 24 dB ladder filters and one VCA. One LFO and one snappy envelope generator for modulation purposes plus the secret weapon of all Radikal Technologies digital modules, the SNAPSHOT INTERPOLATOR are adding extra excitement to your sonic adventures. The icing on the cake of the sound engine is a digital FX section with incredible modulated stereo delay effects including tape delay, phasing, chorus, flanging etc.!

In a modular synth system, the different sound generating and altering sections are not connected. The user has to establish all the connections that are necessary to generate sound effects and tones with patch cables. In a semimodular synth the most essential connections are hardwired. This means you can play the DELTA CEP A right out of the box. Of course you can go a step further and add your own module patching.

The DELTA CEP A has a MIDI interface, which is essential when you want to use the paraphonic mode of the Synth. The paraphonic mode let's you play chords and turns the DELTA into the perfect pad and ensemble section. The MIDI Interface has additional outputs for external modules and a special digital bus allows for controlling the SWARM OSCILLATOR RT-311 direct with notes and chords to layer additional voices in monophonic and chords mode using an external MIDI keyboard.

The SNAPSHOT INTERPOLATOR is a very unique feature in the synthesizer world. First you have the ability to store snapshots of your sound creations into the internal memory. Then you can play these snapshots sequentially for very cool sonic sequences. But that is not all. You can even create smooth transitions from one snapshot to the other for stunning sound morphing effects. Independent from the Interpolator, the snapshot memories can also be used as preset memories and are filled with sounds from our sound designers.

23 knobs, 14 buttons, 28 RGB LEDs, 14 outputs and 17 inputs - the DELTA CEP A has a great synthesis potential that can even grow by adding additional modules. The connectivity provides the freedom to use it as part of your existing Eurorack system or as an independent solo synthesizer with our special DELTA CEP A desktop case.

Notes: The Quanalog Boubou is a combination of 5 voices of filter-based analogue drum synth that covers the basic drum set. It includes Kick, Low and Hi Tom, Rimshot, Snare and Hi Hats that can be the foundation for your Eurorack drum setup. Each voice has a lot of necessary control, which can be developed further to reach a wider range of possibilities.

At its base, every drum engine can become a signal processor with the core made by the analogue filter, so it can also process other engines, or alternatively other modules.

Each sound has been carefully made with a specific analogue filter structure to be able to create the feel of real percussion to cover both low-end and high-end frequencies. Quanalog have carefully tweaked every single component to give it a very classic sound quality, with a high-end built with an all metal pot, jack and switch to make sure it's the last module that breaks on your setup.

Kick drum

The kick drum is the combination of 2 parts; the bottom sound of the drums come from pure sine waves generated by analogue low-pass filter being excited to a resonance point, giving a thick and powerful sound blend with click sounds made by the feedback circuit, with control over frequency and mix volume to create a perfect bass drum.

All parameters affected by 3 compression mode define 3 differences, and a level that can be useful in different situations such as studio, live performance, etc. The sound from the kick voice can range from very soft and gentle, punchy energetic kick to a very harsh, overdriven sound that can send the dancefloor crazy!

The click tone and blend control are for the feedback circuit that can choose the frequency for the click sound from high click to low mid boost which can be cranked up until the distortion point.

The overdrive knob controls the amount of signal that feeds in. Start with a low input signal, that sounds familiar to an 808 bass drum and can be more overdriven so that it becomes more like a 909 or like Vermona kicks. It can be cranked up until it self resonates and can be use as a sine oscillator for generating bass sound.

The new version of Boubou has a tune CV and decay CV for the kick drum, making it an even more flexible kick drum pattern.

If you feed the trigger input instead of a short trigger but a waveform or audio, the kick drum becomes a wavefolder/bit crusher, which can make your simple waveform more complex. The Lo tom section without plugging the trig in becomes a notch filter for the bass drum with CV control over pitch.

Dual Tom

The Lo and Hi tom voices use the same core engine as a kick voice with CV control for the resonance point which affects the drum pitch. You can use voltage signal from other modules such as a sequencer, envelope, LFO or more, to vary the pitch to create multiple and polyrhythm feels.

The Lo Tom can vary from low frequency kick drums to a hi-tom/ bongo, using the combination of frequency and resonance control. The Hi tom can also become very high pitched, and can be used as a rimshot.

The dual tom has retrig knobs, which control the volume of the retrigger drum when gates are off. Depending on the gate length, it can create a flam, roll or a natural flap sound that makes "hand play". If you had a sequencer with trigger that has a different gate length for each step, it can create a very complex rhythm.

Like the kick drum, the dual tom part can become a sound processor with the low and hi tom as a dual notch filter with both low and high-frequency range. Can use it to create very rich and musical harmonic based on its resonance peak point.

Snare

The Snare voice is an analogue white noise going thru decay VCA, then it triggers a band pass filter with frequency and resonance control to define snare pitch. Turning "RES" makes it into a thin spring snare sound. By blending the Resonance amount and frequency, it starts to define the body tone of the snare. It can vary from a hi tom, to a hand clap, or 2nd hi hats.

Without plugging the trig in jack of the hi tom , it becomes a notch filter for the snare. So if you plug only the Snare trigger, the hi tom becomes the resonance section of the snare, which helps to create a very thick realistic bottom snare sound, and a rimshot sound can be created by the hi tom section. By plugging the trig to the hi tom sound, it separates the trigger from the snare trigger input.

Hats

The Hats engine uses an independent noise source going thru a high-pass filter that resonates at high frequency, then thru a decay-VCA which CV control over decay amount with an attenuator. Not only does it create an open-closed hi-hat, but it can also resemble a real hi-hat using a "CV pedal" to make it sound more natural.

It also has a mixer section that is able to feed in another sound source from an ext. VCO or anything can be mixed with the noise part. When the noise volume turn off, this sections acts as a decay VCA for another sound module. By this design, the module doesn't stick with fixed VCO tune like the other module, but it allows you to be creative on the timbre of the hats to make a very fine cymbal sound with precision pitch from another 1v/oct module.

Also, instead of trig in if you plug a VCO source to the trig input, it can make a noise VCO which follow the roots VCO frequency. You can use this to "ring" the ext.in VCO.

Overall

All 5 voices are analogue filter-based and they can process the signal that is being fed in, so the gate signal being processed thru VCA circuit can create a multi-level accent. Each module can process a gate signal to become a drum sound, or process each other or another sound source. The only limit is your imagination!

With 5 analogue drum engines, you can create a very good rhythm in your setup. When paired with any drum trigger, it becomes a very powerful drum machine that can be useful both in live and studio environments.

Boubou sound tips:

With the kick drum, the best sound is when you set the volume with soft mode, all parameters are low to a reasonable level, then you will see the magic when you crank it up!

With kick, lo and tom, you will be able to make them velocity sensitive by plugging a step CV signal instead of a trig or gate signal to the trigger input. You can create a multiple dynamic to the sound.

The Lo and Hi tom sound can be part of the Kick and Snare sound by not plugging any jack to the trigger input. You can use the sound from the lo and hi tom section to become a 2nd body sound with CV control resonance to create a thicker Kick and snare sound.

Try plugging an audio or waveform signal from another sound source, or VCO, and use the modulation for it. Or you can even try to plug the result of one section to the trigger input of the other.

Notes: Rackable (38HP eurorack) modular desktop unit.

8 CV inputs with led level indicators.

6 main functions: Prefilter / Digital / Analog / Mixer / Envelope Follower / Feedback

Prefilter: High Pass and Low Pass filters to shape the sound before being processed. Both controllable via fader + CV input.

Digital: 12 bit Bit Crusher / Bit mute, Biswap and Bit inversion + Sample Rate reducer. Both controllable via potentiometer and CV inputs. It also offer an analogue input control with led clip indicator and a low pass filter to smooth the output signal. All the code will be Open Source

Analog: 7 analog distortion circuits selectable with a rotary encoder + a sweet resonant state variable filter. Drive and Cutoff parameters are controllable via potentiometer and CV inputs. 2 of the circuits use the new Korg NU-TUBE.

Mixer: Dry and Wet controls to mixed the processed signal with the clean one of the input. Both controllable via fader + CV input.

Envelope Follower: A dedicated envelope follower with gain control and normal and inverted outputs to convert an incoming signal to an envelope. With its output you can control any of the CV parameters and shape the processed sound in many creative ways.

Feedback: a triple feedback section that sends the Wet input to the Prefilter, Digital and Analog sections. It's capable from a subtle resonance to a collapsed hardcore self generating tone.

Semi-modular architecture with pre-patched sections that can be restructured using patch cables. Each section (minus the feedback) can be used as an independent function from the rest.

Dimensions
38 HP

Current Draw
195 mA +12V
160 mA -12V

Notes: Monster voice module, straight out of Pennsylvania. Two oscillators, two function generators, two dynamics controllers and an analogue delay, all inspired by the behaviours and systems of the natural world.

Supplier's notes:
The Lifeforms Voltage Lab module is a completely different type of analogue synthesizer, where every function of the instrument has been influenced by the behaviours and systems of the natural world. Wildly experimental and extremely deep, the Lifeforms Voltage Lab module is a sonic playground created to explore the natural systems and lesser known fringes of analogue synthesis. The Voltage Lab module is more than a simple collection of tools and functions, it is a unique modular synthesizer designed to reward deep experimentation and encourage the creation of unique sonic systems.

Generation:
The unique sound palette of the Lifeforms Voltage Lab originates with a complex oscillator pair that utilizes a wide range of shaping and manipulation options to move away from basic geometric shapes to more harmonically rich tones. A custom wave folder with enhanced waveform warping, linear FM, amplitude modulation, ring modulation, waveform cycling, hard sync, and more are available for extreme sonic research.

Manipulation:
A set of multi-function generators work as interactive voltage processing systems to create and modify complex control voltages. The function generators act as voltage controllable envelopes, LFOs, slew generators, and more to produce evolving control signals.

Interaction:
Twin dynamics controllers pull everything together. A unique circuit expanding on the classic low pass gate, the dynamics controller with variable response adds an organic depth to the sound of the Lifeforms Voltage Lab by simulating the natural behaviour of sound. The multi-mode signal processor features a 12db resonant filter, VCA, and percussive low pass gate modes.

Dimensional:
Sound interacts with the world around it. The Voltage Lab uses analogue delay to simulate this interaction and create an artificial sense of time and space. Manipulation of delay time and feedback add depth and warmth through reverb, chorus, flanging, Doppler, slap back, and echo type effects.

Unstable Systems:
Chaos is everywhere. Random gates and control voltages spark uncontrolled reactions, disrupt systems, and generate ideas. The Voltage Lab utilizes noise, stepped random CV, a pseudo-random sequence generator, pitched random CV, pitched random sequences, and random gates to add multiple levels of unpredictability to any patch.

MIDI/Arpeggiator:
Midi to CV converter with assignable CC/Modulation output and variable pitch bend paired with a multi-mode arpeggiator. The arpeggiator offers as played, hold, transpose, multiple octave, random, and 16-step sequencing with rest and note repeat modes. Octave up and down buttons shift the frequency of the oscillator(s) +/- 2 octaves. The arpeggiator can be clocked using the internal tap tempo, external midi clock, or external gate signal.

Primary Oscillator & Secondary Oscillator:

A pair of temperature stabilized, analog saw core oscillators create the foundation of the complex waveforms generator. The seed wave of the primary oscillator is switchable between sine, triangle, saw, and square. However, because the initial waveform passes through multiple wave shapers before reaching the output, the name of the seed wave should be thought of as more of a rough estimate of the actual wave shape. An alternate version of each waveform is available using the warp function. Warp mode changes the shape of a waveform without modifying the harmonic content creating previously impossible timbres when combined with the wave folder. The asymmetry and axis knobs control how the wave folder interprets the initial waveform while timbre modifies the overall intensity of folding. Combining these voltage controlled wave shapers together produces a wide range of unique and complicated waveforms. The primary oscillator also utilizes linear frequency modulation, seed wave cycling, amplitude modulation, and ring modulation to enhance an already deep sonic palette.

The functionality of the secondary oscillator is more focused. The oscillator core creates a fully sweepable frequency range from LFO to high audio utilizing linear FM for pitch modulation effects. MIDI pitch tracking can be disabled for independent frequency control and hard sync is available for frequency tethering to the primary oscillatory. Output of the secondary oscillator is switchable between sine, alpha wave, or both. The voltage controlled alpha wave shifts from a triangle wave with less harmonic content to a square wave with more harmonic content.

Notes: ***B-STOCK: Box damaged, product in perfect working order***


The Heart and Soul of Modular Synthesis:
The Pittsburgh Modular Synthesizers Lifeforms SV-1 is a complete dual oscillator synthesizer, designed to be the core of your eurorack modular system. Building on the sound and legacy of our celebrated Waveforms oscillator, the SV-1 module features two full-range independent analog oscillators; sound sources that are perfect for dynamic and inspired performances. In addition to these two high-performance oscillators, we stuffed the SV-1 with a perfectly curated set of modular synthesis tools including dual, chained mixers, a plucky, four stage envelope generator, and of course, our legendary analog state-variable filter.

The Lifeforms SV-1 is a synthesizer powerhouse, providing absolutely everything you need to create gigantic and iconic synth sounds: roaring bass, shimmering leads, lush pads and warm drones are only a few knob turns away. Instantly, out of the box, a rich feature set with a fluid, easy to understand interface empowers you to create vibrant, thick tones. Modulation and Tools sections fill out the analog SV-1 modulation capabilities with a triangle and square LFO, two sub-octave oscillators chained to the main oscillator, and noise with sample & hold.

Your Sound, Your Way:
Pre-patched under the hood, patch cables are not necessary to get started. But as soon as you begin patching, you will feel the power provided by the 53 patch points and 21 knobs. By breaking each feature of the synthesizer out with patch cables, a tremendous amount of flexibility and control emerges to patch up any sound your imagination can dream up. All the tried and true analog classics are there at your disposal: sine, sawtooth, triangle and square. In addition, our exclusive and powerful blade wave on Oscillator 1 adds a unique weapon to your sonic arsenal. Deep modulation options award you complex control of nearly every function of the SV-1.

A Team Player:
We've designed the Lifeforms SV-1 to be the perfect centerpiece of any eurorack synthesizer regardless of size. In a smaller system, the SV-1 provides a wide variety of synthesis options through a hefty set of synthesis tools. Combined with a larger collection of modules, you can unlock never-before-heard expressiveness and unparalleled control over the rich feature set of the SV-1. The ability to patch and integrate the SV-1 with other existing eurorack compatible gear gives you truly infinite modulation and expansion options.

Feature Set/Comparison:
Audio Source:
Lifeforms SV-1 - 2 Oscillators: 5 waveforms + 2 sub octaves and 4 waveforms, respectively
Moog Mother-32 - 1 Oscillator: 2 waveforms
Make Noise 0-Coast - 1 Oscillator: 2 waveforms

Patchability:
Lifeforms SV-1 - 53 patch points (20 in, 32 out, 1 dual purpose). Fully modular (all section in/out points accessible separately)
Moog Mother-32 - 32 patch points (18 in, 14 out). Semi-modular (some section in/out points inaccessible)
Make Noise 0-Coast - 27 patch points (14 in, 13 out). Fully modular (all section in/out points accessible separately)

Mixing:
Lifeforms SV-1 - 4 channel mixer, splittable into 2x2 channel mixers
Moog Mother-32 - 2 channel mixer
Make Noise 0-Coast - Ext. audio input

Sound Shaping:
Lifeforms SV-1 - 3-state variable filter (Low/High/Bandpass)
Moog Mother-32 - 2-state variable filter (Low/High)
Make Noise 0-Coast - Additive synthesis (wavefolding, overtones), no filter

Modulation:
Lifeforms SV-1 - 4 stage ADSR, 2 multi-waveform LFOs, 2 noise sources + smooth and stepped S&H
Moog Mother-32 - 2 stage AD + Sus. switch, 1 multi-waveform LFO, 1 noise source
Make Noise 0-Coast - 3 stage ASD, 1 dual-purpose AD/LFO, S&H + offset

*For audio demos, please visit - http://www.lifeformsmodular.com/sv-1/

Notes: All-analogue, digitally-controlled mixer with 10 stereo inputs, three stereo outputs, clickless mutes, save and recall, MIDI, and CV via expanders.

Xer Mixa is a mixer with 10 stereo-paired inputs, three stereo-paired output busses, tactile controls, and a 100% analogue signal path with low noise and crosstalk, pristine sound quality, and ultra-high headroom. A digital control interface harnesses the true power of hybrid design, allowing for state save and recall, per-channel pan law and pre/post send settings, multichannel editing, and MIDI I/O.

Xer Mixa features 8 interactive fader-controlled channels and two aux inputs, all with clickless mutes. Configuration options abound for per-channel pan-law settings, pre- or post-fader sends, and channel settings are made simple with the screen. Settings can be saved into preset slots for easy recall for performances or sessions.

Xer Mixa is a compact 32HP, with a streamlined and easy-to-use interface. CV control over almost any parameter is available through the rear-panel connecting Expando Expandi, which adds CV 8 inputs to Xer Mixa. Connect up to two Expando Expandis for easy CV control over channel levels, pan, aux sends, and more. Xer Mixa and Expando Expandi are available together as a discounted bundle, or individually.

Whether you have a massive studio rig or a compact performance system, Xer Mixa is the perfect choice for an expressive mixer.

Notes: Loquelic Iteritas Percido is an extension of the original Loquelic Iteritas. Like Loquelic Iteritas, it is a digital VCO with interpretations of three classic synthesis algorithms involving dual pitch control parameterized by four tone controls. LIP adds an envelope that can be shaped, modulated, and routed to pitches and tone controls, making it into a stand-alone voice.