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Notes: Customized to transport and protect the Pioneer DDJ-REV7 DJ-Controller. Crafted from 9 mm vinyl laminated plywood, sturdy aluminium profiles and heavy duty butterfly latches, it provides you with secure transport and workstation in one. Thanks to the integrated gliding laptop platform and the convenient cable access port, the setup is ready for action in no time at all.

Fits

Pioneer DDJ-REV7

Specs

Outer measures: 82,5 x 51,5 x 23 cm
Inner measures: 73,3 x 36,3 x 6 cm (Controller-compartment)
Weight: 15,6 kg

Notes: The Collective is a brand new fuzz pedal designed by Hungry Robot. The Collective is an over-designed, complex fuzz pedal, a true desert island fuzz designed to please the most ardent fuzz connoisseur. The Collective covers a lot of ground with plenty of external controls as well as over a DOZEN internal parameters to narrow down that perfect fuzz tone. The Collective is a pedal that requires and encourages exploration. The Collective has three fuzz circuits in one box. On top of that there is a 2-band State Variable Filter and a chatotic feedback loop.

Starting at the top of the pedal, the "Conventional" knob is a traditional sounding fuzz. This is meant to balance out the more chaotic fuzz tones and provides a bread-and-butter sound when you need it. The "Low Spectrum" and "High Spectrum" knobs are part of an active State-Variable Filter, similar to the one found on The Lumen. The "Synthetic" knob is a logic based CMOS fuzz that can be described using the words, velcro-ey, synth-ey, gate-ey, and glitch-ey. The "Pristine" knob allows you to blend in your clean signal when you need a bit of pureness to balance out the crazier sounds. On the left is the "Overload" knob. This controls the amount of signal let back through an internal feedback loop. The output of the fuzz is fed back into the input causing self-oscillation and some gnarly textures. Underneath the knob is a dedicated momentary footswitch to activate the feedback loop or you can latch the feedback loop ON by flipping the toggle switch up. On the right is the "Submerge" knob. This is a monophonic sub-octave fuzz. Similar to the "Synthetic" fuzz, this is also CMOS-based, so similar gated, unstable tones. The "Submerge" also has a dedicated momentary footswitch to add in the sub-octave with its own toggle switch that can latch the sub-octave.

Controls

Conventional: Adjusts the volume of the Conventional Fuzz
Synthetic: Adjusts the volume of the Synthetic Fuzz
Pristine: Adjusts the volume of the clean signal.
Overload: Controls how much feedback is looped back into front end when Overload is active.
Latching Toggle Next to Overload: Latches the Overload effect ON when up. When down, the effect is bypassed.
Footswitch Below Overload: Momentary control of Overload effect. Does the opposite of what the Toggle Mode is set to.
Submerge: Amount of Submerge, monophonic sub-octave is sent to the output.
Latching Toggle to Submerge: Latches the Submerge effect ON when up. When down, the effect is bypassed.
Footswitch Below Submerge: Momentary control of Submerge effect. Does the opposite of what the Toggle Mode is set to.
Middle Footswitch: Master Bypass

Technical specifications:

Current Draw: 97 mA
Dimensions: 5.7" x 4.7"
Powering: 9V DC - Negative Center - 2.1mm Barrel

Notes: Subway is a scanning crossfader with 8 inputs and 1 output.

The eight inputs can be used for control voltages as well as audio signals. A potentiometer or CV can be used to mix between the individual sources. Each of the inputs also has a manual on/off switch.

Application examples

Complex modulations
Waveform selector for oscillators or noise
Morphing waveforms from wavetables
Switching between different envelopes
Controls:

Scan knob - master control over which input goes to the output. The knob is shifted when a CV is applied to the scan CV input.
Enable switch - Controls which input is active. When the LED is off, the input is removed from the output selection. A dim LED means the input is active but not yet selected. Bright LED means that the input is currently being sent to the output.
Curves: Subway has three different curves if you hold down keys 1-3 when switching on and then release them. Button 1 sets a linear curve, button 2 sets an exponential curve and button 3 sets a steady curve.
Power consumption: 80mA at +12V and 22mA at -12V

Depth: 38mm

HP : 6

Notes: Blokan is a ring modulator for Eurorack based on tubes and transformers. It is built like a classic diode ring modulator, but the diodes are tube based.

The built-in VCO provides the carrier signal (saw wave) and can also be tapped using a dedicated output. The VCO provides a voltage control input. The carrier signal can also be replaced by an external signal.

The module sounds different from conventional ring modulators due to the tubes. There may be slight noise and the carrier wave may crosstalk in the output.

Technical

Size: 12hp
Face plate material: 2mm anodised Aluminium
+12v:18mA
-12v:18mA
+5v: 600mA

Notes: Space Bender

Chorus Modulator

LFO in the UFO

The Space Bender chorus modulator replicates and warps your signal into beautiful and organic transmissions from a dimension somewhere beyond linear time.

Under the hood lies an array of dynamically modulated delay lines allowing you to craft subtle vintage sci-fi sounds, bending sonic bedlam, and pulsing atmospheres. Never again will you say this chorus pedal just isn't intense enough! These in combination with the rocker switch settings let you move smoothly through a wide range of effect types allowing for new ways of thinking and experimenting with modulated delay, chorus, and flanger.

Stretch and pull your sound waves to craft glassy bell resonances, massive reverse dive bombs, and seasick demon drones with a simple (but deep) interface. The spectrum of living, breathing sound manipulations stowed within the Space Bender serves as an interstellar gateway for the next wave of musicians to create a universe of haunting and unexplored soundscapes.

See you on the other side!

Specifications

Dimensions: 5" x 2.63" x 2.45" (including hardware)
Weight: 9.3 oz.
Power: 9V DC (runs on standard 2.1mm negative center 9V DC adapter).
Current Draw: 65 mA.

Notes: The uniK 08+ is the result of extensive development work performed in Germany, to provide a professional active reference monitor that defines a new level of quality in its class. With its new 8" kevlar low frequency driver and a new custom engineered and powerful high frequency magnetostatic tweeter, the uniK 08+ offers many improvements over our successful uniK 08 and provides unique sound characteristics that allow this monitor to satisfy the highest demands in a professional studio environment.

What makes uniK 08+ unique?

The uniK 08+ studio monitor offers true full range quality with extended low end in a small case and an entirely new signal processing and amplifier unit with a perfect order low-z and low noise design. Mos-Fet Bi-amplification ensures a high slew-rate and fast setting, featuring true analog vintage sound processing with LC-like gyrator technology for a stressless and silky sound.

A completely new feature is the unique one knob sound character adjustment from smooth to bright, allowing you to change parameters for every room and preference. The additional high resolution High and Low switches add additional control. And of course the uniK 08+ studio monitor features a real precision gain attenuator, instead of a simple volume control.

The new design of the crossover ensures an excellent phase response and safe power limitation, to drive the woofer and tweeter efficiently. The tweeter features a newly upgraded magnetostatic design with extremely low moving mass for extended frequency and fast transient response and high sound resolution. The matching woofer consists of a kevlar composite cone with high stiffness ensuring better piston motion and excellent low-end sound reproduction.

Another new feature is the flexible rubber feet with discrete height adjustment. They are not only helpful to reduce unwanted vibrations, but also allow you to tilt the speaker towards the precise listening point - a great feature for typical near field applications.

Other new special features that are not standard in this class are standby to save power consumption (can be disabled) and a ground lift switch.

And with it's copper color woofer cone and high quality matte cabinet finish, it looks quite uniK, too!

ROOM ADJUSTMENTS

SIDE - TILT UP

SIDE - TILT DOWN


Features
Biamp 2-Way Powered Speaker System
Active Studio Monitor Speaker
HF Driver: extremely low mass magnetostactic tweeter F49 x 26 mm
LF Driver: 8" kevlar curved cone (magnetic shielding type)
Output Power: 140W (HF: 70W, LF: 70W), 160W AC consumption power
Frequency Response: 37Hz - 25kHz
Input Impedance: 27.2kOhm (balanced) / 13.6kOhm (unbalanced)
Crossover Point: 3.2kHz
SPL: 105dB, Peak 108dB
Input Connectors: XLR / TRS 1/4" combo connector, balanced / unbalanced
Gain Control: -14 .. 0dB .. +14
Room Adjustments Control: Character: -6 .. 0dB .. +6; Low: -5 .. 0dB .. +5; High: -5 .. 0dB .. +5
Rear Bass-Reflex ventilation, optimized for near field application
Ground lift switch
Standby function: can be turned on and off
Indicator: multi color LED on front panel, power on orange, standby red
Feet: 4 pieces rubberized, adjustable height separately
Working Voltage: AC100-240V 50/60Hz
Dimensions (W x H x D): 252 x 352 x 319mm
Weight: 8.1 kg

Notes: Great value from 4ms's twist on the Stereo Triggered Sampler module, this time capable of playing and manipulating stereo or mono WAV files from an SD card.

Supplier's Notes:
The Sampler is a variation of the Stereo Triggered Sampler.

Record, play and loop stereo .wav files with an SD Card. Includes the same 2022 Sampler Pack from the Stereo Triggered Sampler.

Features:

The Sampler plays stereo or mono .wav files from an SD Card. Samples are arranged into banks by placing .wav files into folders (each folder is a bank). A maximum of 10 samples can be loaded in a bank. There is a maximum of 60 banks (600 samples maximum total).
Sample files are limited to 4GB each, which is over 6 hours at 44k/16b/stereo.

Hundreds of samples included on microSD card
Extremely quiet, low noise and low jitter design
Stereo or Mono output

A knob and CV jack selects the Sample to play, and the Start Position knob and CV jack control where in the sample playback will begin. The Length knob and CV jack determine how much of the sample is played back: from tiny grains, to percussive hits, to longer loops... or just the entire file.

Pressing Play or firing a trigger into the Play Trig jack will play the sample. Holding the Play button down for a second will toggle looping.

There's also a Reverse button and jack for backwards playback, and an End Out jack for synchronizing loops, or cascading sample playback with other events.

To record samples, hold Play and Reverse for two seconds. Press Play again or fire a trigger into the Play/Rec Trig jack to start and stop recording. Each recording will create a new stereo 48kHz 24bit .wav file in the current bank's folder. Recordings can be as long as your card has the capacity for: a 256GB card is 18 days of continuous recording (432.9 hours). Audio data is split into maximum 4GB wav files on the microSD card.

Play button/trigger jack: Tapping the button or receiving a trigger starts/re-starts the sample
Sample CV/knob: select which sample within the channel's bank
Pitch CV and Pitch knob: playback pitch (-10 to +4 octave range)
Start Pos CV/knob: position in the sample to begin playback (loop start point)
Length CV/knob: playback time (loop end point)
Length knob at max: entire file is played
Length knob 50%-99%: 200ms - 5s of the sample is played (beginning at the Start Position)
Length knob <50%: Percussive decay envelope is applied to the playback (attack-only envelope if playing Reverse)
Length <1%: Tiny grains are played (can be used to sweep through sample file data manually)
Reverse button/jack: toggles forward/backwards
Bank button: selects channel's bank
Reverse + Start Pos button/knob combo allows for setting volume of playback
Maximum file size for playback: 4GB per file (6.7 hours per file at 44.1kHz/16b/stereo)
microSD Card is hot-swappable when Busy light is off: no power-down required to change cards.
Samples that are pre-loaded into memory can continue playing while card is swapped.

File Organization:

Using a computer, the intuitive automatic bank loading features make dragging and dropping your entire sample library a snap. No files need to be renamed. Just create folders and put up to 10 samples in each. If you want a folder to be associated with a particular colour of the Bank button, name the folder a colour name (such as "Blue - Loops").

Ships with a high-speed 16GB microSD card, loaded with hundreds of samples created for 4ms, from musicians such as Richard Devine, Wobbly, Moor Mother, Robert Aiki Aubrey Lowe, Joseph Pailo, Russell E.L. Butler, Hugo Paris & Marc Kate, Paul Barker, Baseck, Animal Collective, Cristian Vogel, Jay E, Marcus Fischer, Chris Carter, Daedelus, Nero Bellum, Anna Sitko, Thomas Fang, Bogdan Raczynski, and more (Sample List)

Intuitive bank/colour organization system; no need to rename your wav files
Record new samples directly to a bank with the Record Input jacks...
... or drag your folders of sound files onto the microSD card, and each folder will become a bank.
Folders starting with a colour name will be loaded into that colour bank
Example "Blue - Frooty Loops" will load into the Blue bank
Sub-folders are ignored, only folders in the root directory are scanned for wav files
Works best with UHS Speed Class 3 cards with |3| symbol printed on the card

Specs:

Electrical and Mechanical Specifications:
Module Size:
16 HP Eurorack format module
10-pin Eurorack power header
1.3" (33mm) maximum depth with power cable
Power consumption:
+12V: 135mA
-12V: 41mA
+5V rail: not used
Connect red stripe of power cable towards the bottom of the module, which is marked with a white stripe and the words -12V and POWER
Audio Inputs:
20Hz to 10kHz (+/-0.1dB); -6dB rolloff @ 20kHz
21V peak-to-peak maximum before clipping
Audio Outputs:
0Hz (DC) to 22kHz with maximum -1.8dB difference between file data and output
+10.5V to -10.5V maximum output
Trigger inputs:
Latency: 0.7us typical

Included with the Sampler:
16GB micro SD card (class 10)
SD adaptor
10-to-16 pin power cable
M3 Knurlie screws

Notes: Pan and cross fade up to three signals with AJH's versatile Triple Cross. Four different modes allow you to set up the three channels in numerous ways, for both audio and CV processing.

Supplier's Notes:
The Tone Science Triple Cross module is a design collaboration between electronic musician/composer Ian Boddy and AJH Synth.

It features three independant cross fader and panner channels, and it can be used with both audio and CV signals. Each of the channels can be configured in one of four different ways:

1) One In, One out Linear VCA

2) Two in, One out crossfader

3) One in, Two out panner,

4) Two in, Two out cross fader & reversing panner combined.

Audio rate modulation can also be used on the CV inputs to create Ring modulation and Cross modulation type sounds. Each channel has a dedicated Fade control, CV input, and CV Level attenuverter. These can be used together to bias incoming CV signals.

The L1 and L2 outputs from channels 1 and 2 are normalised to channel 3's inputs, which also have their own level controls to balance incoming signals. This allows very interesting, complex fading and panning between four different input sources, to either Mono or Stereo outputs..

The Triple Cross is very versatile, yet relatively simple to understand and use. However, as they say "knowledge is power", so do spend a little time reading about how to configure the channels in the four different modes, and how to combine all three channels together to create a super-powerful Four to Two to One cross fader.
Each of the three channels can be configured in four different ways, and all three can be used simultaneously. They do not all have to be in the same mode, so we could for example use channel 1 as a cross fader, channel 2 as a Panner for completely different signals, and channel 3 as a Linear VCA, again for different signals.

Specifications

Effective CV Range for CV-1, CV-2 and CV-3 is 0 to +5V with attenuverter fully clockwise or 0 to -5V with attenuverter fully anticlockwise.
Maximum permissible CV Range for CV-1, CV-2 and CV-3 is -12 to +12V
IN 1A to IN 3B Input levels -5V to +5V, levels up to +/-10V are possible however some clipping may occur.
Module Width: 14hp
Module Depth: 26mm (Including power lead)
Current Usage: 80mA Positive, 72mA Negative

Notes: The Tone Science Triple Cross module is a design collaboration between electronic musician/composer Ian Boddy and AJH Synth.

It features three independant cross fader and panner channels, and it can be used with both audio and CV signals. Each of the channels can be configured in one of four different ways:

1) One In, One out Linear VCA

2) Two in, One out crossfader

3) One in, Two out panner,

4) Two in, Two out cross fader & reversing panner combined.

Audio rate modulation can also be used on the CV inputs to create Ring modulation and Cross modulation type sounds. Each channel has a dedicated Fade control, CV input, and CV Level attenuverter. These can be used together to bias incoming CV signals.

The L1 and L2 outputs from channels 1 and 2 are normalised to channel 3's inputs, which also have their own level controls to balance incoming signals. This allows very interesting, complex fading and panning between four different input sources, to either Mono or Stereo outputs..

The Triple Cross is very versatile, yet relatively simple to understand and use. However, as they say "knowledge is power", so do spend a little time reading about how to configure the channels in the four different modes, and how to combine all three channels together to create a super-powerful Four to Two to One cross fader.
Each of the three channels can be configured in four different ways, and all three can be used simultaneously. They do not all have to be in the same mode, so we could for example use channel 1 as a cross fader, channel 2 as a Panner for completely different signals, and channel 3 as a Linear VCA, again for different signals.

Specifications

Effective CV Range for CV-1, CV-2 and CV-3 is 0 to +5V with attenuverter fully clockwise or 0 to -5V with attenuverter fully anticlockwise.
Maximum permissible CV Range for CV-1, CV-2 and CV-3 is -12 to +12V
IN 1A to IN 3B Input levels -5V to +5V, levels up to +/-10V are possible however some clipping may occur.
Module Width: 14hp
Module Depth: 26mm (Including power lead)
Current Usage: 80mA Positive, 72mA Negative

Notes: Designed to be a highly customizable connection matrix, 3DVCA packs a boat load of utility into a small 6HP package. Four VCAs share the three macro controls: X, Y, and Z. As a group, they shape incoming and outgoing signals and emulate the coordinates of a point in 3 dimensional space. This allow the VCAs to work together in a mono, stereo, or quad configuration and accomplish a variety of mixing, crossfading, and panning functions.

3DVCA is designed to be used in the following functions:

Quad monophonic crossfader
Dual stereo crossfader
Stereo balancer
Stereo VCA
Mono to stereo panner
Unity mixer with up to eight inputs
Quadraphonic panner

Each output has a dedicated SUM input which allows an external signal to be automatically mixed into the output signal. This allows 3DVCA to daisy chain both with other mixers and other 3DVCAs. For example, you can create a full mono, stereo, or quadraphonic mix by plugging the output of each 3DVCA into the sum inputs of the next 3DVCA in the chain. Using this method, a set of 3DVCAs can create a fully voltage controlled and decentralized mixer which ties together anything from a small skiff to a monster synth.

When 3DVCA works as a crossfader or panner, the X and Y parameters follow an equal-power curve that keep output signals at the same volume no matter how many inputs are mixed together. This is in contrast to the Z parameter which follows a linear curve to always behave predictably with external modulation sources. All inputs are fully DC coupled in order to work with modulation speed signals as well as static DC voltage sequences; this means that 3DVCA can handle any sort of signal that you throw at it. All op amps in the device employ rail-to-rail inputs and outputs to enable the largest headroom when mixing many different signals together.

Whether you need to maximize your mixing functionality in the smallest possible footprint or have the most control over every aspect of your system, 3DVCA provides a ton of functionality in any system. Enter a higher dimension of sound with the Mystic Circuits 3DVCA.

Dimensions
6 HP
30 mm deep

Current Draw
45 mA +12V
45 mA -12V

Notes: Part of Xaoc's Leibniz Binary Subsystem, the updated Drezno ADC/DAC module builds on the original with higher resolution converters, allowing you to use it for pitch quantisation.

Supplier's Notes:
Drezno II is an improved version of the original Drezno module. It is an essential member of the 8-bit Xaoc Devices Leibniz Binary Subsystem. The Leibniz subsystem is a family of modules that operate on 8 binary (two-state, on/off) signals. These signals are arranged as 8 bits of digital data and may represent analogue signals and voltages, or they may be whatever you want them to be (clocks, gates, rhythms, etc.).

Drezno features an ADC (analogue-to-digital-converter) and DAC (digital-to-analogue-converter), allowing it to act as an analog front-end of the system. In other words, Drezno allows one to convert analogue signals and CVs into digital numbers, as well as to obtain analogue signals back from some other digital numbers (or 8 binary signals). Between these two conversions there is a whole universe of digital shenanigans waiting to happen resulting in all kinds of signal transformations and modulations.

Both (ADC and DAC) sections of Drezno can work independently, or they can be linked. Input and output range of analogue signals may be adjusted using Gain and Offset sliders. Individual bit outputs (for the ADC) and inputs (DAC) allow for extensive cross-patching and the creation of complex waveforms and rhythms. A very fast clock (up to 2MHz) at which the conversions are performed may be replaced with any external clock (for each section separately).

Compared to its predecessor, Drezno II uses new converters of much higher resolution which results in much lower noise floor and higher accuracy. The lower bits are much more stable than before. It is easy now to use Drezno for quantizing pitch voltages with accurate results with 128 or 256 semitone steps. Potentiometer ranges are factory calibrated for precise chromatic scale. A new switch on the front panel allows the user to select the calibrated range of 10Vpp or 20Vpp, so that the lowest bit or the second bit correspond to 1 semitone.

Technical details

Eurorack synth compatible
12hp, skiff friendly
Current draw: +80mA/-50mA
Reverse power protection

Notes: The SoundForce Chorus 6 is 16HP Juno style BDD chorus with plenty of CV inputs. It is using the Xvive MN3009 and the same audio path as the original circuit. It can do the classic Juno I, II and I+II modes. I+II modes are available from both the Juno 6 and Juno 60, each in mono (as the original) or stereo, giving you 4 I+II options. But the manual and external modes can take the module away from sweet and pretty sound territories right into weird and noisy soundscapes.

Some tech-talk:

A chorus effect is created by mixing a dry signal with a delayed signal. The delay time is modulated by an LFO to create more movement. To create some stereo width, the left and right modulation are 180 degrees out of phase. Exactly like the chorus in the Juno 6/60/106, the delay is made with MN3009 BBD chips. Also as in the original design, filters are added both before and after the BBD chips in an attempt to hide some of the artefacts of this very crude IC.

To get the audio "moving" through the chain of MOSFETs in the BBDs, driver signals are needed. This used to be done with the MN3101 BBD driver chip. Unlike the MN3009, there is no clone available of this ancient IC and this was a chance to add some modernity to the design. The drivers were replaced by a modern STM32 micro-controller along some extra ICs to convert the 3.3V logic to the negative voltage needed by the MN3009.

In order to recreate a genuine Juno-type modulation, the BBD driver signals of my Juno-106 were sampled over a few periods. Using the timer peripherals of the STM32, a replica of the BBD driver signals can be sent out to the MN3009's. Although the driver signals only follow a very basic triangle LFO shape and could have been generated using direct synthesis in the firmware, this method gives an exact copy of the original driver signals including all the potential imperfections.

Implementing a digital programmable chip also allows a digital-style interface with tactile switches and LEDs as in the original Juno interface. The last used mode is saved and loaded when the module powers on. The CV inputs (with the exception of the MIX CV) are acquired by the STM32 ADC and can modulate the BBD driver signals based on parameters in the firmware.

Features:

The SoundForce Chorus 6 has 4 main modes: I, II, I+II, MAN for manual and EXT for external. I and II are the classic Juno modes available in the Juno 6/60/106. Press both I and II to enter the I+II mode. While holding down I and II, press the OFF button to cycle through the 4 I+II options:

- Juno 60 mono - 1hz - 8% depth
- Juno 60 stereo - 1hz - 8% depth
- Juno 6 mono - 8hz - 25% depth
- Juno 6 stereo - 8hz - 25% depth

In I, II and I+II, only the mix controls can influence the sound, all the other parameters are fixed and CV inputs are not active.

Mix control:

Using the slide pot (fader) or the CV input, the mix between the dry input signal and the BBD delays output can be set. The orignal Juno balance is reached when the slide pot is in the middle (without CV connected). The mix control is a VCA-based crossfader and is 100% analog which means it can withstand really high audio rate frequency modulation.

MAN mode:

The manual mode gives you the opportunity to control every parameter of the chorus and gives you acces to the LFO that modulates the BBD delay times. Here is what you can tweak:
- time slide pot: sets the start delay time
- rate slide pot and CV input : sets the frequency of the delay time modulation
- depth slide pot and CV input: sets the depth of modulation around the start time
- mix slide pot and CV input: see above
- LFO wave: selection of different waveforms to modulate the delay time
- range: selection of 3 different frequency ranges for the LFO (S: 30Hz to 500Hz | M: 1Hz to 100Hz | L: 0.016Hz/1min to 10Hz)

In manual mode, the EXT IN CV input can be used to change the LFO wave, range or add additional modulation of the delay start time.

EXT mode:

In external mode, the BBD delay times can be modulated using an external signal through the EXT IN cv input. Plug in a CV source from your eurorack case into the EXT IN, set manually the starting delay time using the time slider and use the EXT ATT slide pot to attenuated the incoming CV signal (equivalent to setting the depth). In external mode, the depth/rate sliders and CV inputs are not active.

Stereo inputs:

The Chorus 6 can be used with either mono or stereo input signals. When the right channel is unconnected, the left channel is sent to the right jack so it can be used with mono signals. When using both inputs, each input signal is going through its own BBD delay line.

BBD delay time range:

The Chorus 6 gives you in the MAN and EXT modes a delay range that it is about doubled compared to the I/II modes. The original Juno chorus was using only a very limited range of the BBD chip and really stayed in the sweet spot. Extending to the full spectrum of the MN3009 yields pretty horrible high pitch noise at audio rate modulation, so the range has been limited to a usable section. When you apply high frequency modulation with great amount of depth, the delay time will be pushed in the extremities of its time range and quite nasty artifacts will appear in the form of squeaks and whines. Please note this is a characteristic of the BBD. If you want to reduce those artifacts, reduce the depth of modulation. On the other hand, if you are looking to add characteristic and vibe to the sound, audio rate modulation and plenty of depth will help you to get there.

Input levels:

Both Eurorack and Line level signals can be used as input for the Chorus. A small slide switch between the 2 PCBs can switch between Euro and Line. In Euro levels, the input signal is attenuated to an healthy level that is well below the BBD distortion point. Some headroom is also needed as the chorus is a sum of the input signal and the modulated delayed signals. For that reason, when the chorus is turned off the output attenuation is about 50% of the input level. When the chorus is on, the resulting output amplitude is similar to the input level. Line levels are also accepted by the module when the switch is on Line. Please note that Line levels input will be amplified to the Eurorack levels range at the output of the module. So the output levels are Eurorack in both Euro or Line input ranges.

Specifications:
16HP
Depth: 38mm (including power connector)
Power: +12V 76mA, -12V 35mA

Notes: Wave Expander bridges the gap between the Melody Miracle and Touch Tones synthesizers, and the rest of the synthesizer world. Control other synths by sending CV and gate signals via Wave Expander, and dial in the right amount of control with onboard CV tuners. Outputs are visually indicated with the Chrominancer color window at the center of Wave Expander, bringing cosmic insight to the signals at hand.

Melody Oracle and Touch Tones expander module
Use AMP synthesizers to control external gear
12 outputs (6 CV/6 Gate)
CV Range: 0V to +12V
Chrominancer color window

Notes: Unique touch-activated instrument with built-in speaker, allowing you to trigger notes with one hand and modulate the timbre via touch pads. Unorthodox tones, unorthodox interface. Lots of fun.

Supplier's Notes:
Touch Tones is a touch activated auto harmonic synthesizer, with a 3 octave tuning range, XOR logic modulator, Harmonicon auto harmony generator, and two onboard bandpass filters. The left side of the Touch Tones holds three capacitive touch pads for playing notes, while the right side contains a set of 7 touch pads to modulate the different parameters sequencing the synthesizer.

Three octave range plus XOR modulator.
Harmonicon automatic harmony keys play a perfect 5th of each tuned ROOT note.
Dual Luma filters for active timbral shaping via light control.
Wear the Touch Tones for Function or Fashion with the included chain lanyard.

Notes: Hue is an audio colour processing effect, in 6HP eurorack format. Hue is comprised of a chain of 5 effects (Drive, Filter, Tape Saturation, LoFi, Compressor). Each effect imparts a particular coloration, tone, distortion, and/or texture to the source audio. With Hue, Drums bang with more intensity & melodies morph into lush LoFi tones.

Hue's goal is to simply colour your sound. The initial concept was born of a debate about the techniques and processes used to make drum machines sound big, bold, and delicious. The sounds that tug at the hearts of boombap, LoFi, and subsequently modbap, enthusiasts are those that have great texture, lush degradation, soft distortion, and big bold strokes of colour. The classic beloved drum machines were often processed with outboard gear, recorded to tape, pressed to vinyl, played in big booming systems, sampled, and resampled and on and on. Ultimately, those are the sounds that become nostalgic and reminiscent of all that we love about classic LoFi boombap production. Hue is Modbap's attempt at bringing that vibe into eurorack with a cute little 6hp package.

The effects chain audio signal path is as follows; Drive, Filter, Tape Saturation, LoFi, Compressor. The panel layout allows for the DJ style filter knob to sit in first position for ease of tweaking. Drive boosts and lightly distorts the signal, while shift+Drive adjusts the Drive tone. The Filter is a low pass filter to the left and a high pass filter to the right. Tape effect is intended to impart cassette tape saturation, while shift+Tape adjusts the intensity. LoFi adjusts bit depth, while shift+LoFi adjusts sample rate. Lastly, the one knob compressor mini pot serves as the final glue in the signal path that brings it all together.CV inputs for Drive, Filter, Tape Saturation, and LoFi opens loads of creative possibilities. Hue is a textural beast when creative modulation is thrown at it.

Hue puts the power to shape and transform your sound at your fingertips. It's great for beefing up drums and equally as magical on melodic content. Hue can be the glue that brings it all together. It also, pairs well with Trinity and Osiris. All in all, Hue exemplifies the tagline "Made for eurorack, dope enough for boombap!"

Tech Specs

Width: 6HP
Depth: 28mm
Power: 50mA +12V, 50mA -12V

Features
5 effects (Drive, Filter, Tape Saturation, LoFi, Compressor.)
4 CV inputs for modulating the effects
Mono in and mono out
6HP

Notes: The Aether is a modulating delay pedal.

The initial vision for the design of The Aether came shortly after the release of the Wardenclyffe Deluxe. The intention was to take design the philosophies and incorporate tonal characteristics that made the Wardenclyffe so special, but this time as a delay pedal.

At the heart of The Aether is a PT2399, tap tempo delay. It has the standard Echo, Feedback, and Time controls you would expect on any delay, but what makes it special is the Color, Saturation, and Degrade Controls. The Color toggle completely changes the character of the Aether and has two voices: Warm Analog and Bright Tape. The Saturation knob is a gain adjustment that overdrives the delay chip. The Degrade toggle adds lofi textures and artifacts to the delay line. The Degrade toggle removes a very vital section of the delay circuitry that keeps the delay stable with longer delay times. As you increase the delay time, the artifacts become more present and lofi.

The Aether uses a simple, but versatile modulation LFO core inspired by the Wardenclyffe, but with more features. The LFO cores sets it apart from other modulated delays out there. The speed of the modulation core can be set 3 different ways: Rate knob, tap tempo tact switch, and Sync toggle. When the Sync toggle is set to its middle position, the LFO can run at whatever speed you want. When the Sync toggle is in the up position it is synced to the delay time. When the Sync toggle is in the down position, it is synced to delay time, but in half-time for slower evolving moduation. The Shift knob determines the depth of the modulation; this has plenty of range in case you want to get really obscene. The Stray toggle changes the LFO from a typical Sine wave to a Slewed Random waveform. Creative exploration of the modulation section of The Aether is strongly encouraged. The way the delay rate and LFO rate interact with each other can yield very creative results.

Notes: *** New features in version 2.0 ***

The new features expand its capabilities meaning it's easier to use whilst making it a more flexible music production tool.

Resampling

Patterns and tracks can be resampled by internally recording the audio output into a new sample. Real-time resampling of your keyboard playing is also possible.

Chopping

Two new voice modes called 'Drum' and 'Chop' auto-slice samples easily with the newly developed Downbeat Divider*. Sliced sections of a sample are then spread across the keyboard making finger drumming possible.

Remix Effect

A beat repeater effect 'R.MIX', added to the master effect options, makes glitchy real-time performances possible.

The new features are designed to work well with each other so you can easily create drum tracks with auto-slicing and record lively performances that are not constrained by the grid of the internal step sequencer.You can also resample samples and tracks for infinite effects processing.

A quirky take on sampling from this 12-bit groovebox inspired by classic 12-bit samplers like the Akai MPC60. Gritty, distinctive sound and some nice sequencing options.

Supplier's Notes:
Retro sampling engine with 12bit Sampler mode

The LIVEN Lofi-12 has a 16bit - 12kHz/24kHz sampling engine with the 12bit Sampler mode that will turn any sound into a pleasing lo-fi sound.

Like the many legendary samplers that were released in the late 80s, this is a genuine low-bit and low sampling frequency sound that cannot be obtained authentically with bit crusher effects and other modern sound degrading tools.

Up to 4 seconds mono sampling per sample slot (2 seconds mono sampling at the 24kHz mode). Start and end point trimming, pitch adjustment, reverse playback, sustain loop, filtering and LFO modulation are all possible.

Easily play samples chromatically across the keyboard

Sounds sampled by the LIVEN Lofi-12 are automatically assigned to the keyboard and can be played easily at different pitches.

The well-known vintage sampler technique of sampling a 33 RPM vinyl at 45 RPM then slowing it down created the gritty, lo-fi sound that is often heard in '90s hip-hop.
The LIVEN Lofi-12 makes it easy to recreate that sound!

80 carefully selected lo-fi preset sounds are included.

Powerful 4-track sequencer with parameter and sound locking
The LIVEN Lofi-12 is equipped with the powerful 4-track step sequencer that has earned the LIVEN XFM a solid reputation.

You can easily create a 4-part song by selecting a sampled sound for each track, and with the Sound Lock function, you can easily switch sampled sounds for each phrase or sequencer step, allowing you to use an almost infinite combination of sounds within a single song.

Sequence up to 64 steps per pattern.

Save up to 64 patterns.

Sub-divide the tempo down to 32nd notes.

Program notes step by step or record them in real time. Additionally, you can also input notes to specific steps while the sequencer is playing to add variation.

The Parameter Lock function allows you to record knob changes into your patterns. This can be recorded live, or programmed in step by step.

The Sound Lock function allows you to record selected sound changes into your patterns. You can use an almost infinite combination of sounds within a single song.

Laid-back knob for creating drunk beats
The Laid-back knob on the LIVEN Lofi-12 allows you to delay the start of the selected sampled sound.

For example, you can slightly delay the snare drum sound in your drum pattern, or use the Parameter Lock function to shift the sound timing later for each step individually.

11 types of Effects each track and 8 types of Master Effect
The LIVEN Lofi-12 features independent effects on all four tracks.
You can select from 11 types of effects from the LIVEN series, and the effect parameters can be automated in steps using the Parameter Lock function.

In addition, 6 types of high-quality Reverbs + Cassette Tape Simulator and Vinyl Simulator are included as the master effect.
The send amount can be adjusted for each track for mixing.

Specifications

Sampler
16bit - 12kHz or 24kHz (switchable) linear PCM sampling (mono)
12bit Sampler mode
Sampling up to 4 seconds per sample (12kHz) or 2 seconds per sample (24kHz)
Auto start sampling function with the input level (input level can be set)
Start/end point, attack, release, pitch, and level adjustment
Reverse playback
Sustain loop settings
Maximum polyphony: 10 voices
128 sample memory slots (16 x 8 banks)
Import and export of a slot or banks of samples (via MIDI)
*Import of audio files from PC/Mac is not supported.


10-note polyphonic mode
Mono mode with adjustable glide time
Legato mode with adjustable glide time
Arpeggiator modes (Up, Down, UpDown, DownUp, Up&Down, Down&Up, Up+1, Up+2, Down-1, Down-2, Random, Play Order)

Filter
Low Pass
High Pass
Band Pass
Each track has its own filter and envelope

LFO
Each track has one LFO which can affect both pitch and filter cutoff with separate adjustable levels
Adjustable LFO Shapes
Adjustable start time delay for each LFO

Sweep
Sweep with adjustable speed, range, and curve

Effects

Track effects

One effect per track
Chorus
Flanger
Tremolo
Delay
Distortion
Bit Crusher
Low Pass Filter
High Pass Filter
Isolator
Tilt EQ
Compressor

Master effects

Reverb send amount can be set independently for each track
Hall Reverb
Room Reverb
Arena Reverb
Plate Reverb
Tunnel Reverb
Infinity Reverb
Cassette Tape Simulator
Vinyl Simulator

Sequencer

4 tracks
Up to 64 steps per pattern
64 patterns
Step length can be set from 1/1 to 1/32
Real-time recording
Directly enter notes for each step when playback is on or off
Enter longer notes (Tied notes)
Metronome and pre-count function
Step copy and paste function
Track copy and paste function
Transpose function
Swing function
Pattern BPM / Global BPM can be set
Pattern chain function

Notes: The Dual EnvVCA is a two-channel analogue linear envelope generator with two fully independent low-noise exponential VCAs. With time ranges from 30 minutes to 8kHz, it can be used as an LFO, slew limiter, ASR/ADSR complex EG, audio-rate oscillator, stereo audio/CV VCA, envelope follower, sidechain processor, and general utility module. The outputs can be attenuated, inverted, and offset without disrupting the VCA, making it a versatile modulation source.

100% analogue

Dual EnvVCA

16HP Eurorack format module
0.95" (24mm) maximum depth (includes power cable)
10-pin Eurorack power header

Power consumption
+12V: 156mA
-12V: 131mA

Audio/VCA
100k input impedance, 1k output impedance, DC-coupled
VCA gain range: -90dB to +0.9dB
DC to 20kHz, +/-0.1dB
VCA response to CV: exponential

Envelope Times
Minimum rise or fall time: ~62us per segment (8kHz max frequency)
Maximum rise time: >10 minutes (typically > 13 minutes)
Maximum fall time: >20 minutes (typically > 40 minutes)

Jacks:
Env jack: Min = -10.2V, Max = +10.1V?, maximum amplitude 9.3Vpp
Trigger jack: rising edge threshold = 2.5V
Cycle jack: rising edge threshold = 2.5V
Follow jack: active range = 0V to +5V

EO* jacks:
EOR (channel A): <80mV low to >4.50V high gate output
EOF (channel B): <80mV low to >4.95V high gate output
Minimum stable pulse width: 1ms. Shorter than this may produce extra 50us pulses
Audio In/Out jacks: -10V to +10V maximum range without clipping

Notes: A multi-purpose module designed to combine noise and modulation sources, slew, sample-and-hold, envelope following and more. Extremely versatile way to add randomness and controlled movement to patches.

Supplier's Notes:
Flurry collects and connects a number of practical modular synthesis tools, focused on clocks, noises, and randomness to create a module that is rife with opportunities for exploration and experimentation. Equally capable as a synthesis source, modulator, clock, or signal modifier; It is bound to find a way to bring new life and dimensions to your synth patches.

Core Functions:

A clock and random pulse source with adjustable and modulatable rate
Accurate pink and white noise sources
Analogue sample & hold and track & hold circuits with very low droop
Analogue slew with adjustable slew time and edge selection (rising edge, falling edge, or both)
Envelope follower
16 noise synthesis algorithms, each with 2 parameters.

One of Flurry's more interesting aspects is its collection of digital noises, which provide a wealth of interesting noises, suitable for either audio or modulation purposes. Each noise type has its own pair of unique parameters to further dial in the desired characteristics, with the primary parameter under CV control.

Most people consider noise to be "undesirable," and product developers expend great effort to design circuits that minimize noise. So why make a module designed specifically to create noise?

Indeed, unwanted noise is undesirable. But not all noise is unwanted. Synthesizing the sound of wind or waves are a couple of the more obvious uses for a noise generator, but the possibilities go far beyond. The crack of a snare hit; the breathiness of a flute sound; an added sizzle to a resonant pad - all are within the sonic domain of noise.

But noise has many other benefits beyond simply being heard. Noise happens to make a wonderful modulator. When noise is used to modulate a filter's cutoff frequency, or an oscillator's pitch or pulse width, then all sorts of raspy, buzzy, gritty timbres are obtained.

Noise is also a key ingredient in sample & hold circuits - a technique most commonly used to generate stepped, random voltages. The circuit works by sampling an input signal's voltage each time you send it a clock pulse, and holding that voltage until the next clock pulse. So, naturally, Flurry also contains the requisite clocking tools! Two of the most common destinations for the S&H output are a filter's cutoff frequency (creating stepped, clocked timbral changes), and oscillator pitch (which produces random notes at clocked intervals).
Of course, you might not always want your voltages to change so abruptly at each clock pulse. Maybe you'd prefer they wobble about gradually and with more grace? To do that, you need a slew circuit, and once again Flurry has you covered - allowing you to select not just the slew time, but also whether the slew is applied to rising voltages, falling voltages, or both. A flick of the switch, and that Slew circuit becomes an envelope follower, enabling Flurry to generate envelopes from input signals (syncing to drum hits are a common use).

With all these features, plus the ability to create random pulses, clock to external pulses, and perform more esoteric track & hold duties, Flurry is a noise lover's toolbox.

Width: 8HP
Depth: 34mm
Power: 116mA @ +12V 30mA @ -12V

Notes: The OpticTone is a combination of a 12dB multi-mode Vactrol Filter and a Vactrol Voltage Controlled Amplifier.

It is a completely original circuit inspired by the singular nature of Vactrols and their fluid and natural character.

The Filter section provides the three fundamental filter types: Lowpass, Bandpass and Highpass.

A Resonance knob with voltage control input is available for improved modulation flexibility. The feedback knob interacts with the Resonance path, tempering it from creamy resonance to wacky self-oscillation.

Filter and VCA run in parallel, both are controlled by the Freq/Amp knob and it's associated voltage-control input. The combination of both signals can be crossfaded with a dedicated knob.

The Freq/Amp is also controlled with direct touch control on the panel via the 3 lines below the knob.

The filter frequency control can be inverted by the Inv Freq switch, providing the possibility to change the filter direction. This feature allows the filter to "close" when the VCA is "opening" or the other way around.

The Ping input allows to generate the well known vactrol filter percussive sounds if a gate or trigger signal is provided. The Ping frequency if controlled by the Freq/Amp knob, ranging from low kicks drums to high pitch bongos.

There is also a Drive knob to take care of your saturation needs. The Overdrive range is wide, from soft textural clipping to heavy distortion.

All voltage controlled inputs have an attenuator-inverter knob.

Features:

Vatrol based 12dB multi-mode Voltage Controlled Filter: Lowpass, Bandpass and Highpass.
Vactrol Based Voltage Controlled Amplifier.
Crossfade between VCF and VCA section.
Voltage controlled Resonance.
Ping Input for percussive sounds generation.
Cutoff Frequency polarity inversion switch. Doesn't change VCA polarity
Overdrive and Feedback controls.
Attenuator/inverter knobs on all voltage controlled inputs
Touch control over Frequency and Amplitude.


Specs:

Width: 10HP
Depth: 33mm
Power consumption: 55mA +12 / 55mA -12
Eurorack Format
Doepfer power connection

Notes: ILLUMINATOR is an eight channel converter that turns Eurorack and analog CV signals into a voltage that drives LEDs and LED strips, creating a unique light show in sync with your live performance. CV signals coming from your music gear are already pulsating with the different parts and sounds of your track, so there is no need for any kind of programming or light operator.

You can focus on playing your set and let ILLUMINATOR take care of the rest, creating a dynamic visual show that follows your tracks down to every note and beat!

No presets, no memory- just your music driving the lights. Create intense strobe-like effects by connecting rapid hi-hats from your analogue drums, or use slow external LFOs for a moody ambience during your ambient sessions.

ILLUMINATOR is compatible with standard 12V LED strips that are affordable and widely available. LED strips are flexible and typically come with adhesive on the back, so it's easy to attach them to any objects and surfaces, including irregular and unusual ones. It can be your Eurorack case, synth stands, walls of the venue, furniture and even your body! This way you can create a unique light show that would otherwise require an expensive (and unwieldy!) lighting setup. Everything you need for your ILLUMINATOR show easily fits into a small backpack for just a couple hundred euros.

ILLUMINATOR can also run an art installation, as LED strips are far from its only application. It can drive anything that accepts DC 12V with a current up to 0.5A. You can hook up anything from motors, electromagnets to old-fashioned filament bulbs. It's the perfect beating heart for your weird mechanical steampunk orchestra. Your imagination is the limit!

ILLUMINATOR accepts all types of CV signals in the range from 3 to 20 volts. Each of the eight channels contains an individual trimmer pot that defines the sensitivity of the channel. It not only adjusts the optimal input range for connected CV sources, but it can also set the brightness of each LED strip. Default factory setting for all trimmer pots is made for the range of 5V, compatible with most gear out of the box.

Applying bipolar CV is also possible but the negative part of the signal will not light up the LEDs (everything below zero will be processed as zero).

CV signals can be connected to ILLUMINATOR using Eurorack mini-jacks or PULSAR-23-like pins and alligator clips. PSU DC IN and all outputs are standard DC sockets 5.5×2.1mm center plus.

Technical specs

Number of channels: 8
Supply voltage: DC 12V
Supply voltage socket: 5.5 × 2.1 mm (center plus)
Output voltage: DC 12V
Output LED socket: 5.5 × 2.1 mm (center plus)
Maximum total power of all channels: 48 watts
Maximum total current of all channels: 4A
Recommended maximum current for one channel: 0.5A
Absolute maximum current for one channel: 1.5A
Input voltage range: 3 - 20 Volts
Input impedance / with correct adjustment of the input sensitivity: > 5.7 kOm / 100 kOm
Input sockets: Eurorack mini-jacks and Pulsar-23 / Ornament-8 pins
Number of mini-jack sockets: 8 (1 for each channel)
Number of Pulsar-23 pins: 9 (1 for each channel + 1 common ground)
LED Items: 8
LED Color: 4000K x 2, Red x 2, Blue x 2, Green x 2
LED Length: 1.5 + 3 m cable
LED Power: 4.8 W/M
LED Voltage: DC 12V
LED IP Rate: IP65
Power supply Input: 100 - 240 VAC, 1.5 A, 50/60 Hz
Power supply Output: 12 DC, 5A
Dimensions: 275 x 70 x 40 mm
Weight: 300 g
Box size: 375 x 310 x 85 mm
Box weight: ~ 800 g

Product dimensions
Illuminator: 275 x 70 x 40 mm
Box: 375 x 310 x 85 mm
Net and gross weight
Illuminator net weight: 300 g
Gross weight: ~ 800 g

Notes: Mar Karit is a tube pedal preamplifier.

It contains 2 tubes, one NOS EF86 for the preamp section and one 6J1P (6ak5) for the buffer output. It is an all tube Preamp.

It runs on a 9V power supply (center positive) - and operate internally at 35volts. Furthermore, it produces a warm, rich, and full-bodied sound, and can capture both the softest and loudest sounds with great accuracy and clarity.

Pushed a little too far, it can produce pleasing harmonic distortions and warm saturations. The two volume knobs control the level of each stage.

All tube preamp
EF86 and 6J1P
High end components (Nichicon, Panasonic caps, Alpha pots and Switch, Rean Jacks...)
Made in France
True Bypass
9V DC / input power supply positive tip

Notes: A Juno-inspired oscillator module? We're flattered, but credit has to go to Roland for this one. Based on the Juno-106's digitally-controlled analogue oscillators, the Castor & Pollux modernises the 80s design with a built-in LFO and hard sync.

Supplier's Notes:
Twins that dance in and out of phase, never completely together but never fully apart, bound to each other in the infinite universe.

Castor & Pollux is a dual oscillator that echoes back to the legendary Roland Juno but shines with its own unique, massive voice. It contains two digitally-controlled analogue oscillators implemented using a faithfully modernized version of the original Juno 106 design. It builds on the classic '80s sounds of its inspiration by using the second oscillator and internal LFO to layer in thick detuned sounds and harmonically complex hard synced waveforms.

Castor & Pollux II brings a redesigned interface and moves individual waveform outputs to an included expansion. Both versions have the same features and use the same firmware.

14 HP
+12 V @ 100 mA, -12 V @ 35 mA
25 mm deep
2 separate oscillators
7 octave range
9 total outputs with waveform outputs and onboard mixers
Pitch CV input jacks (0 V to 6 V) and pitch knobs (-1 to +1 octave, configurable)
Pulse width CV input jacks and knobs
Hard sync
Hardware chorusing
Internal low-frequency oscillator (LFO)

Notes: Particles, is 4 channels of trigger modulation, capable of mathematically variating and manipulating your patterns with a combination of features to play with.
It can evolve your rhythmic idea into more complex and groovy patterns which are difficult to achieve without music knowledge.

You can create your algorithms from the rhythmic tools provided to be able to change the patterns instantaneously in many ways without worrying to sacrifice
the original idea.

You can shift and scramble the outputs, you can repeat the triggers with different time signatures to transform the grooves, mute in different ways, disappear by probability trigger inputs, disappear by probability repetitions, use sequential switching to shift randomly with a different kind of resetting, bypass each channel and set it individually the amount of each feature per channel when feeding external CV.
The idea of Particles, was designed to provide features for building complex breaks, grooves, organic-evolving percussion sounds, and different options for
arpeggios, and even bass line grooves, the limits are decided by you.

Particles Features

4 trigger inputs/outs.

Repetitions with different distribution times to choose from.

Manually shift the output channels, scramble them randomly or clocked them in forward mode.

Reset the outputs to 4 different shift modes.

Disappear repetitions by probability per channel.

Disappear the input trigger by probability per channel.

Mute each channel with clock divisions from the input clock.

Mute manually the outputs

Disable triplets from repetitions to have musical patterns

Random voltages output clocked from clock input.

The slider keeps the adjusted value from each feature.

Notes: Particles, is 4 channels of trigger modulation, capable of mathematically variating and manipulating your patterns with a combination of features to play with.
It can evolve your rhythmic idea into more complex and groovy patterns which are difficult to achieve without music knowledge.

You can create your algorithms from the rhythmic tools provided to be able to change the patterns instantaneously in many ways without worrying to sacrifice
the original idea.

You can shift and scramble the outputs, you can repeat the triggers with different time signatures to transform the grooves, mute in different ways, disappear by probability trigger inputs, disappear by probability repetitions, use sequential switching to shift randomly with a different kind of resetting, bypass each channel and set it individually the amount of each feature per channel when feeding external CV.
The idea of Particles, was designed to provide features for building complex breaks, grooves, organic-evolving percussion sounds, and different options for
arpeggios, and even bass line grooves, the limits are decided by you.

Particles Features

4 trigger inputs/outs.

Repetitions with different distribution times to choose from.

Manually shift the output channels, scramble them randomly or clocked them in forward mode.

Reset the outputs to 4 different shift modes.

Disappear repetitions by probability per channel.

Disappear the input trigger by probability per channel.

Mute each channel with clock divisions from the input clock.

Mute manually the outputs

Disable triplets from repetitions to have musical patterns

Random voltages output clocked from clock input.

The slider keeps the adjusted value from each feature.

Notes: dsp.cpoffee's custom everything-including-kitchen-sink dsp development platform.

At the core of this is an Electrosmith Daisy Patch Submodule, combined with a 12-bit 4 channel SPI DAC [DAC7554], and supporting hardware for more IO

Features
- 8x pots normalled to +5V
- 8x CV in breaks normalled connection and pot acts as an attenuator
- 2x gate in
- 2x gate out
- High-fidelity stereo in/out (Daisy Patch Submodule, using an WM8731 codec)
- 2x 12-bit CV out from Daisy Patch Submodule, scaled to -5v to 10v
- 4x 12-bit CV (or lofi audio w/ some hacking) from external DAC7554, scaled to -7v to 7v
- TRS MIDI in/out (in is auto-sensing for type a/b)
- SD card slot
- Expansion header for +5v, +3v3, SPI, UART, I2C, and USB connections

Notes: Cutting Room Floor V3 Pedal

(Vintage Reel-to-Reel Tape, Echo, and Stutter)

The Cutting Room Floor has been updated and now has separate controls over the saturation of the input signal and tape delay signal. With this change, it's possible to have any amount of emulated tape saturation on the input signal and an adjustable tape delay level.

Housed in a smaller, compact footprint, the Cutting Room Floor V3 provides beautifully marred saturated tape tone and ethereal repeats. Imagine an abandoned factory with a fluttering tape machine left on infinite replay.

The Cutting Room Floor was designed to emulate the sound and functionality of vintage reel-to-reel tape overdrive and echo. This pedal reaches into the 21st century with characteristics that traverse the world of modulation and delay. Other features include a freeze button that traps a tone while still playing, and expression/CV control for time.

Designed and assembled in Seattle, Washington. Includes a limited 1-year warranty, if registered within 30 days of purchase.

- 150ma current draw

New in V3:

- Independent control of the tape saturation and tape delay levels

- High-quality knobs with textured grip

- Tape reel design lights up when the pedal is on

- Better layout of the knob placement

- Smaller 125B enclosure (4.77" x 2.6" x 1.39")

Notes: A fresh twist on a simple 303-style acid synth, featuring a triangle/sawtooth/square wave VCO, multi-mode resonant filter, simple AD envelope and a VCA which can be overdriven. Excellent value.

Supplier's Notes:
ADDAC started this module with the idea of developing a complex drum source however, somewhere along the process, it was clear how much better it performed as a synth voice and this lucky accident was embraced.

It features a VCO with a [FREQUENCY] and [FINE TUNE] knob plus a dedicated CV Input and Attenuator knob (tunable over 4 octaves).

The VCO waveform output is achieved by selecting either a Triangle or Saw through a switch. the selected waveform can then be mixed/balanced against the square wave. The resulting mix is then sent to the Filter.

The Filter features a [CUTOFF] and [RESO] resonance knob plus a Cutoff CV Input and Attenuverter knob.

A 3 position switch is used to select the filter type: Highpass, Bandpass or Lowpass.

The resulting output is then sent to the VCA.

The VCA features an Input with [INPUT GAIN] knob which at maximum can amplify the incoming signal by a factor of 2.

This is a very important control, it accepts any signal Trigger, Gate or CV. Whatever input is plugged in the signal is then fed through an AD with a very short attack and controllable decay through the [VCA DECAY] knob plus the CV Input and Attenuverter knob. The resulting slewed signal is then used to control the VCA gain.

This signal is also sent to the CV OUTPUT as well as the LED monitor.

The Accent input adds to the Input signal creating a different amplitude output.


The CV OUTPUT is normalled to the Frequency and Cutoff inputs.

Tech Specs:
9HP
4cm deep
80mA +12V
80mA -12V

The [INPUT GAIN] knob

Usually Attack/Decay envelopes have a maximum voltage of +5v, no matter if the input gate is +5v or above the AD will clip at +5v. In this case, this clipping method was not used, and instead ADDAC allowed the incoming voltage to determine the maximum AD voltage, meaning that if a +5v gate is present then the AD maximum voltage will be +5v but if a gate of +10v is sent then the AD maximum voltage will be +10v.
This also means that with higher input voltages the decay, although falling at the same speed, will be longer than with lower voltages as it has a longer range to go back to 0v.

As previously mentioned, The [INPUT GAIN] knob can amplify the incoming input by a factor of 2, allowing to use a standard +5v gate or envelope and being able to make the resultant AD go up to +10v.

The AD signal is responsible for opening the VCA. Up to +5v the VCA will open to unity gain above this value the VCA will start to amplify and eventually saturate and distort. This saturation will add harmonics to the signal which will change its gentle timbrical nature to a more unique and peculiar timbre that will make the module shine in Acid contexts.

Adding high levels of Resonance or even filter self oscillation in combination with high VCA saturation will create even more harmonics that ADDAC highly encourage the user to explore.

Notes: No compromise on safety and security

When it comes to transporting your valuable equipment, there can be no compromise on safety and security. The Reloop Premium Large Controller Case is the ideal choice for DJs who need a reliable and secure case that can accommodate larger controllers such as the Reloop Mixon 4 /Mixon 8 Pro, Roland DJ-8008, Pioneer DJ DDJ-SX3 / DDJ-800, Denon DJ MC7000.

Built to last

Crafted from durable wood and aluminium with a scratch-resistant black hexagon texture, these cases are built to last. They also feature butterfly locks and angular blind cuts to keep your gear safe and secure during transport. Additionally, the case includes a laptop tray with fasteners and a spring-loaded and recessed carrying handle for easy and comfortable transportation.

Fits large controllers

The Reloop Premium Large Controller Case provides DJs a durable and secure solution for transporting larger controllers, ensuring the safety and protection of valuable equipment.

Premium large controller case

Rugged case for common, larger DJ controllers
Integrated laptop tray with fasteners
Two recessed, spring-loaded transport handles & removable blinds for cables

Technical data

Colour: Black
Internal dimensions: 657(W) x 376(D) x 89(H) mm
External dimensions: 751(W) x 474(D) x 198(H) mm
Weight: 11.3 kg

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


Introducing SUM0, a voltage-controlled oscillator with expanded harmonic possibilities, in a Eurorack format.

The 4 classic waveforms are generated by a meticulously designed oscillation engine.

You can modulate its frequency and its pulse width thanks to its integrated LFO, capable of reaching audible frequencies to achieve expressive modulations with the simple touch of a switch.

Expand the voice of your system by creating complex waveforms and high harmonic content thanks to its output mixer. This mixer also has an input to integrate an external signal to the mix output.

Of course, all its parameters (FM, PWM, SYNC, V/OCT) are at your fingertips through its patch points on the front panel.

And of course, assembled with a load of passion in Bocuma's studio-workshop in Guadalajara.

Nerdy-specs:

22HP
+12V > 12mA -12V > 12mA

Notes: The Skorn da Bask table top module is the same module as the eurorack version but in a hammond 1590BB enclosure and aluminium panel, it can be powered thru a 2,1mm negative pin power jack, compatible with Boss and Ibanez standard power supplies.

Thanks to their routing options, the VCOs can not only be used to generate audio signals, but for modulating the VCF's cutoff frequency as well. Besides processing internally produced saw tooth waves, the filter is also usable for editing sound coming from other modules. Typical Touell Skouarn, the Skorn da Bask distorts like hell. Primary application: The creation of dirty, experimental sound structures and abstract rhythms.

The front panel of Skorn da Bask shows three areas highlighted in red. These zones contain the connectors and control elements for the oscillators. Each VCO comes equipped with a pitch CV input, a tune potentiometer and two switches for defining the routing as well as the frequency range used. In detail, the oscillators can be connected to the audio or CV input of the filter. Thanks to their range switches, each VCO is able to work with audio or low frequency rates. The pitch input does not follow the standard 1v per octave.

After all, Skorn da Bask is not an ordinary oscillator module, but an experimental sound generator.

The low pass filter features a slope of 24 dB per octave. A potentiometer named FreqaNs regulates the circuit's cutoff parameter, Dasson sets the resonance. For processing external signals, there is an audio input. As long as a cable is plugged into this socket, the VCOs are disconnected from the filter's audio path. Third-company modules, like an envelope or LFO, can influence the VCF's frequency via a CV input. For damping modulation signals coming from the oscillators, there is an attenuator knob. The audio output is equipped with a level potentiometer. High settings lead to juicy overdrive effects.

Notes: Digitally-controlled full-analogue path Granular + Multimode VCF

The Grainity brings a unique and never-heard-before concept to the world of analogue VCF.

While being based on analogue filtering only, the Grainity expands and enriches the sound in creating subharmonics, harmonies, unison, flanging effects and formant filtering all at once.

The module presents two sections, the granular filter itself and a typical multimode filter, each with its own output.

A third output offers a mix of both filter paths. Numerous controls and CV allow a very wide palette of results.

What is the Grainity

Granular?

The word granular was chosen for this filter module in relation to the concept invented by the composer Yannis Xenakis, and which is described as assembling small chops of sounds - he called grains - according to a pattern.

This is exactly what the Grainity does, no more no less ... but, digital control allows doing it in ways that are decades away from what tape and scissors allowed at the time.

Technology wise ...

In the granular section, the incoming sound cycle is determined in order to step through various filtering and phase variations of itself according to predefined patterns called structures.

The controls allow alterations to the cycling phase, cycling frequency offset (tuning), structure selection and frequency division of the filters cycling. This comes in addition to the usual filter frequency and resonance controls.

What the Grainity is not

Technology wise ...

Despite relying on a microprocessor, the Grainity is not a digital audio processor. At any time, the sound remains in the analogue domain and goes through analogue circuits from in to out.

The digital processor does not convert or generate audio signals; it is there to control the analogue circuitry and manage the interface and display.

Sound wise ...

Several digital modules offering granular processing rely on the layering of sound grains, which leads to blurry and cloudy textures.

Layering of the grains is a late addition to the concept of granular synthesis and is not a mandatory feature of the concept.

The Grainity does not use delay lines or sampling memory but is nevertheless true to the foundations of the granular synthesis concept.

The granular VCF in the Grainity is unconventional in that, most of times, it is not filtering the sound in the common expectation of removing something. Typically, the granular process adds more than it removes by expanding both the lower range, creating subharmonics, and the upper harmonic contents in multiples ways.

Dimensions
10 HP
21 mm deep

Current Draw
101 mA +12V
59 mA -12V
0 mA 5V

Notes: Record your voice, guitar, piano, synth, or any audio, and create great-sounding tracks with a plug-and-play bundle that does it all. For beginners, songwriters, content creators, and everyone in between, the MiniFuse Recording Pack gives you professional sound in a simple, fun, creative package - whatever your style.

Your recording all-in-one

Whether you're a beginner music maker, a content creator, a producer with limited space, or a musician on a budget, enjoy a pro-grade recording bundle for vocals, guitars, percussion, and more - without breaking the bank.

Plug-and-play interface

MiniFuse 2 gives you 2 audio inputs & outputs, MIDI for connecting synths & drum machines, and easy to use controls that work right out the box. Recording has never been so easy.

Make your voice heard

Capture your voice & instruments with supreme clarity without hassle. Follow the included step-by-step guide to connect your CM1 cardioid microphone and get recording - it even comes with a shockmount & pop filter to keep your recordings clean & noise-free.

Hear your sound come to life

Monitor your mix in studio-grade detail and comfortably smash out long sessions with the included EF1 closed-back monitoring headphones, great for production, live recording, and even just listening at home or on the move.

DAW music creation, your own way

Enjoy the most versatile & inspiring software bundle at this price point. From an introduction to an industry-standard DAW to a range of creative effects and audio enhancing tools, take your production to another level

Main Features

All-in-one audio interface recording bundle
Premium software bundle included
Analog Lab Intro with 500 vintage & modern keyboard presets
Rev PLATE-140 reverb
Pre 1973 vintage preamp
Delay TAPE-201 echo
Chorus JUN-6 analogue chorus
Ableton Live Lite

2 x combo Mic/Inst/Line XLR Input with 48V phantom power
2 x 1/4'' TRS balanced line outputs with volume control
1 x stereo headphones output with volume control
1 x 5-pin MIDI input & output
1 x USB2 type A hub (250mA max.)
1 x stereo virtual loopback channel
USB-C interface compatible with PC and Mac
Bus-powered

Microphone
Capsule: Condenser (Cardoid)
Sensitivity: -36 dB +3 dB (0 dB = 1 V/Pa at 1 kHz)
Frequency response: 20 Hz to 20kHz

Headphones
Type: Closed-back
Drive diameter: 40 mm

MiniFuse 2
2x Inputs
2x Outputs
1x Headphone
1x MIDI I/O

Subscriptions - Complimentary introductions to audio & mixing services:
Splice Creator Plan
Auto-Tune Unlimited

What's in the box

Box content:
MiniFuse 2 Unit
USB-A to USB-C cable
CM1 cardioid microphone with shockmount & pop filter
EF1 closed-back monitoring headphones with adapter
3m XLR cable

Platforms requirements

Windows
Win 10+ (64bit)
2.5 GHz CPU
4 GB RAM
2GB free hard disk space
OpenGL 2.0 compatible GPU

Apple
Mac OS 10.13+
2.5 GHz or Apple Silicon CPU
4 GB RAM
2GB free hard disk space
OpenGL 2.0 compatible GPU

Notes: Describing Univer Inter as merely a MIDI-to-CV module falls short of its immense potential. It serves as an all-encompassing MIDI-to-any-format converter, elegantly packed into a compact 6 HP unit. Connect to your gear via USB B or TRS MIDI, or use the included adapter to plug straight into those 5-pin DIN connecters we all know and love. Whether you're looking to map clock, note, CC, aftertouch or something else that MIDI can encode, UI can do it: we built in over 20 settings for each of the 8 outputs.

Want to control a pair of monophonic voices, complete with velocity and aftertouch? No problem. How about a polyphonic setup, with gate and pitch per voice? Easy. Need to synchronize an in-the-rack sequencer with your DAW or a MIDI clock? UI has you covered.

Eight outputs isn't enough, you say? Chain two UI together via their front-panel MIDI ports and a TRS cable for 16 - you read that right, 16 - configurable CV outputs from a single MIDI connection. The possibilities are endless.

Noise Engineering also made configuration simple via the front-panel USB connection and the easy-to-use Univer Inter section on the Noise Engineering Customer Portal. Go wild and set each channel to any output option you need, or just use one of our simple presets. Configuration files can also be saved as sysex files for easy backup and sharing.

Features

Size and Power
6HP Eurorack
+12v: 40mA
-12v: 10mA

Univer - from Latin: "Universe"

Inter - from Latin: "between"

"Between universes"

What's in the box:
Module
Power cable
5-pin MIDI to TRS cable
USB A to B cable

To reduce excess materials, screws will no longer be included with Noise Engineering modules beginning in 2023.

Notes: Describing Univer Inter as merely a MIDI-to-CV module falls short of its immense potential. It serves as an all-encompassing MIDI-to-any-format converter, elegantly packed into a compact 6 HP unit. Connect to your gear via USB B or TRS MIDI, or use the included adapter to plug straight into those 5-pin DIN connecters we all know and love. Whether you're looking to map clock, note, CC, aftertouch or something else that MIDI can encode, UI can do it: we built in over 20 settings for each of the 8 outputs.

Want to control a pair of monophonic voices, complete with velocity and aftertouch? No problem. How about a polyphonic setup, with gate and pitch per voice? Easy. Need to synchronize an in-the-rack sequencer with your DAW or a MIDI clock? UI has you covered.

Eight outputs isn't enough, you say? Chain two UI together via their front-panel MIDI ports and a TRS cable for 16 - you read that right, 16 - configurable CV outputs from a single MIDI connection. The possibilities are endless.

Noise Engineering also made configuration simple via the front-panel USB connection and the easy-to-use Univer Inter section on the Noise Engineering Customer Portal. Go wild and set each channel to any output option you need, or just use one of our simple presets. Configuration files can also be saved as sysex files for easy backup and sharing.

Features

Size and Power
6HP Eurorack
+12v: 40mA
-12v: 10mA

Univer - from Latin: "Universe"

Inter - from Latin: "between"

"Between universes"

What's in the box:
Module
Power cable
5-pin MIDI to TRS cable
USB A to B cable

To reduce excess materials, screws will no longer be included with Noise Engineering modules beginning in 2023.

Notes: The Z2040 is TipTop Audio'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: Part of Sonicware's excellent Liven series, the Bass & Beats packs a powerful wavetable synth engine designed for dance music. Presets are classified by genre, making it quick to nail sounds.

Supplier's Notes:
Unleash this wavetable engine to create thick basslines that fit into all genres.

Combine wavetable modulation and our rich resonant filter to create satisfying growls and wobbles.

The bass synth engine includes:
- Two independent Wavetable oscillators with the 64 available wavetables.
- One sub-oscillator
- One noise generator which can create 16 different noise types.

Add even more flavor to your basslines with the built-in LFO, envelope generator, unison control, multi-mode filter, and distortion effects.
A Library of Rhythm Sounds Specialized for Electronic Dance Music

The Liven Bass & Beats is loaded with 350 high-quality rhythm sounds carefully selected for modern and timeless compositions.
The library of drum sounds also include risers and tension releases SFX which are useful tools when transitioning to new sections of your compositions.

Hit the Ground Running With 64 Bass Patches That Cover All Genres

The LIVEN Bass & Beats includes 64 bass presets including battle tested favorites such as the Reese Bass, Future Bounce Bass, Wobble Bass, Growl Bass, Neuro Bass, Deep House Bass, Acid Bass, 808 Sub Bass, and more.
Use these presets to quickly dial in the vibe of a specific genre.

Ready-To-Go Preset Drum Kits

The drum sounds are organized into well balanced kits for specific genres such as: DUBSTEP, HOUSE, HIPHOP, TRAP, TECHNO, EDM, R&B, DOWNTEMPO, CHILL TRANCE, DRUM'N'BASS, JUNGLE, FUTURE BASS, ELECTRO, ELECTRONICA, IDM, DISCO, BREAK BEATS, etc.

You can also mix and match sounds from the drum library to create your own custom kits. Side-Chain Compressor

The LIVEN Bass and Beats has built-in sidechain compression function that ducks the volume of the bass and the line-in audio. The amount of this effect is variable so you can dial it in to taste or turn it off when it is not needed.

Two Performance Knobs Can Be Mapped to Many Parameters at Once

Two ASSIGN knobs are provided for complex multi-parameter control.

Similar to the Turnado1 VST plugin, our "ASSIGN" knobs allow you to map many parameters to a single knob to create powerful effects which transform or mangle your sound with a single twist.

All preset patches include these "ASSIGN" knobs pre-programmed and ready for sonic exploration.

The "ASSIGN" knobs can also be parameter locked to create automated changes to multiple parameters over time.

Quick Muting and Un-Muting for Each Drum Sound

Each rhythm track consists of 16 individual drum sounds. Each sound can be individually muted and unmuted with a single button press. This allows users to introduce drum elements on-the-fly to build energy and create unique breakdowns.

Dedicated Mixer Controls

Dedicated controls for balancing the levels of you drums, bass, and line input. These knobs can be used to create an overall volume balance, or they can be used to create drops and breakdowns during live performances.

Advanced Bass Shaping Tools

The DIMENSION knob increases the stereo width of the bass synth without losing clarity or richness.

The M.Gun effect uses a rapid tremolo to add glitchy grit.

Explore Beyond the Preset Sounds With the Bass Engine Edit Mode Overlay

Build your own bass sounds from scratch or modify the presets.

Every parameter of the bass engine is accessible when the edit mode active.

Slip on the overlay and enter a whole new world of bass sound design.

Synth Engine Basic Configuration

2x Wavetable OSC: Each of the wavetable oscillators can assigned one of the 64 wavetables.

SUB OSC: The sub-oscillator provides solid, foundational bass support.

It can generate sine, triangle, sawtooth, square, LOG, and random waveforms.

NOISE Generator: The noise generator can generate 16 different types of noise, including both white and pink noise. It is a powerful tool for aggressive and industrial tones.

Deep Modulation

Almost all of the internal parameters of this device can be targets for modulation. The LFO, Envelope Generator, and ASSIGN knobs provide a wide range of ways to modulate every aspect of your sound.

For example, the LFO could modulate the settings of the Envelope Generator which is simultaneously modulating the Bass engine's wavetable position.

Notes: Great value from this curious little semi-modular FM synth. Two carriers, two modulators and virtual analogue delay give you plenty of creative power. Ideal for drones, weirdo synth parts and special FX.

Supplier's Notes:
The Mystic is an experimental FM synth with 2 carrier frequencies, 2 modulators, and an analogue-style delay. All of the synth parameters are controllable via cv as well as time control in the delay section.

The Mystic generates colossal waves that swirl, echo, ascend, and plunge into an ever-changing, sonic playground. Transcend reality and let the mystic guide the way!

Powering Tip

The Mystic uses a 9VDC, negative-tip, 200ma power supply. It is a standard Boss-style power supply used for most effects pedals. The power supply is sold separately.

Once plugged in, the Mystic is powered up and ready to go. Simply unplug it from the wall when not in use.

Output: line level

A note about the output level

The Mystic runs at line level, to be used with pedals and other devices that also run at line level. If using with Eurorack, the output level needs to be converted, just as you would with any guitar pedal.

There are several Eurorack modules that do this, but the one Recovery use and recommend is the Strymon AA.1.

Output jack

The Mystic requires a 3.5mm cable to connect the audio output to other devices.

Latching switch

Use this to latch the sound on and off. Up is on, and down is off.

Controls

Carrier frequency controls

Each carrier works together to build a waveform. Usually it's CF2 that responds to pitch tracking, but that can vary depending on the setting. Think of CF1 and CF2 as 2 sign waves being folded in various ways. Sending independent CV into each one will not get traditional 1 v/oct pitch results, but a combination of pitch, texture and tone.

Modulator controls

These are used to shape the tone and texture of the folded waveform you've created with CF1 and CF2. Modulation rate will control the speed of the modulation texture.


Momentary button

Use this to momentarily turn sound on and off. The momentary Button only functions when the Latching Switch is in the off (down) position.

Latching switch

Use this to latch the sound on and off. Up is on, and down is off.

Delay time controls

Controls the delay / echo time.

Delay feedback

Controls the number of delay / echo repeats.

Delay mix

Controls the volume of the delay / echo signal.

Volume

Controls the overall output volume of the Mystic.

CV controls

These will accept CV voltage of up to +5 volts. The parameter you are controlling should be at 12 0'clock to get the most effect from the voltage input.

Notes: Bleeding Hearts Eurorack Modular Device

(Random Sequencer, Rhythm Generator, Destroyer, and Filter)

The Bleeding Hearts is a device that starves, bit crushes, splatters, and filters audio sources like no other. Feeding a gate signal to the Bleeding Hearts enables a whole new world of strange and random analog-generated movement. Each position of the 8-step sequencer can bleed into each other and interact with the destruction effect, creating gated and filtered splatters, glitches, and crunches that move to the beat of your patch.

Designed and assembled in Seattle, Washington. Includes a limited 1-year warranty, if registered within 30 days of purchase.

20hp, 42mm deep.

Notes: Distortion and reverb meet in this unique pedal, sporting a joystick to tweak the sound and the option to flip the order of the two effects in the signal chain. Simple, quirky and effective.

Supplier's Notes:
Walrus Audio give you the two most quintessential effects that yield unruly amounts of power and influence to an instrumentalist: reverb and distortion. They have been harnessed and woven together for an eternity of ethereal power with The Melee: Wall of Noise. The Melee unapologetically uses a joystick to meld reverb and distortion into one massive blaze of sound. With the flip of the order switch, run the distortion into the reverb or reverb into distortion; signal chain is your call now. For the explorer, the Melee can run one of three different reverb programs Ambient, Octave, and Reverse.

In a less is more approach, Walrus Audio have intentionally decided on controls that are fun to use and will inspire a wealth of creative output. Use the joystick to control the amount of distortion by moving it up and down. Moving the joystick left and right will adjust your reverb mix. The tone and decay toggles have low, medium, and high settings. Modulation can be added to the wet signal by holding down the bypass switch and moving the decay toggle. The left position is no modulation, the middle is a slight modulation, and the right is a high modulation.

Algorithms

The Melee is equipped with three different reverb programs, which can be changed by simultaneously pressing the bypass and sustain stomp switches. Experiment with the order toggle switch to hear how differently these all react in front and after the distortion!

Ambient Reverb (Pink LED) - Huge reverb capable of massive trails and engulfing your chords into an angry wash of sound. Great for soaring melodic lines or shoegaze-driven chord progressions.
Octave Down Reverb (Yellow LED) - Similar to the Dark mode in the Slo, you'll find an eerie lower octave hovering in the reverb trail for a nice and dark atmospheric touch.
Reverse Reverb with Feedback (Blue LED) - Add reversed reverb trails back into your signal, create gentle melodies or push into reverse feedback overload. Big, slow, and sad chords love to hang out here.

Momentary

Press and hold the sustain switch to ramp up the reverb trails. Release and the trails will ramp back down to where the decay switch is currently set. The sustain switch can also latch in all three programs. Press and release the Sustain switch to capture and sustain the current reverb decay for long pad-like sounds in your wet mix. Press again to release the latch, and the reverb trail will taper off based on the position of the decay knob.

Specs

The Melee comes coated in a glossy neon pink enclosure with white, yellow, and green inks with art by
David Huttner.
The die-cast enclosure's exact size is 3.62" x 4.79" x 3.14" (including joystick height).
Three bypass modes, DSP, DSP + True, True Bypass
Power requirements are 9VDC, centre negative (200mA minimum).
The use of an isolated power supply is recommended for powering all Walrus Audio Pedals.
Daisy chain power supplies are not recommended.
Power supply not included.

Review: If any album is more fitting of a deluxe reissue than a lavish prog record from the 70s then let us know. This brand new anniversary edition of Pink Floyd's seminal classic Dark Side of the Moon documents the band's best era in the best possible sound quality yet. The bumper package includes a vast book, booklet, stickers, many different formats including live DVDs and a hardback tome from Thames & Hudson making it a truly definitive edition of one of rock's most landmark albums. One for the hardcore collectors out there for sure, although the power of songs like 'Money' and 'Us and Them' means it's an album still being discovered

Notes: Armed with gold plated quarter-inch TRS jacks and built-in Bluetooth, Black Lion's PBR TRS BT is a future-proof patch bay built for the next technological frontier.

Black Lion's TRS BT model from their PBR range is a 46-point patch back with 94 audiophile-grade 6.35mm gold-plated TRS connectors. TRS BT features to operating modes (normal and half-normal) which can easily be toggled using a switch situated on the ruggedly anodised front panel.

For patching in modern devices at lightning speed and with zero-cabling, the TRS BT also features built-in Bluetooth connectivity. In true Black Lion fashion, every BLA-installed Bluetooth module is modded to support full lossless audio for listening and sampling at optimum resolution.

Specifications

Number of Points: 46
Front Connectors: 23x TRS Jack
Rear Connectors: 23x TRS Jack, 2x TRS Jack (BT out), USB-C
Dimensions: 534 x 102 x 51mm, 1.4kg

Notes: An absolute essential for any studio juggling outboard, effects processors, consoles or multiple synths, Black Lion's PBR TRS is an organised audio engineer's best friend.

From Black Lion's PBR range of patchbays, the bestselling PBR TRS runs 96 audiophile-grade gold-plated TRS connectors with normal/half-normal switches for each stereo set.

PBR TRS is built to be just at home on the road as in the studio, and features an incredibly hard-wearing black-anodised face plate, armed with white labelling tags for each channel for users to mark their own inputs.

Specifications

Number of Points 48
Front Connectors 48x 1/4" TRS
Rear Connectors 48x 1/4" TRS
Dimensions 534 x 102 x 51mm, 1.4kg (boxed)

Notes: Premium quality stereo bus mixer module with balanced and unbalanced output drivers, high end headphone amp and level meters.

Tech specs:

- Panel width 16HP
- 45mm depth behind the panel, including the power connector
- 6 control pots : In 1,2,3,4, Master, Phones Level
- 8 input jacks
- 1 stereo output jack for phones
- 2 unbalanced 6.35mm jack ouputs
- 2 balanced XLR outputs
- standard 10 pin euro power +12V/-12V
- power consumption +12V 150mA , -12V 50mA

Notes: More affordable than the flagship X8 but still offering exceptional sound quality, the X6 is a handheld recorder for every purpose, with built-in mics or XLR inputs, 96-kHz/32-bit resolution and smartphone-style touchscreen control.

Supplier's Notes:
Advanced recording technology, yet simple to use!

Capturing high-resolution audio is easy with the Portacapture X6. The intuitive app-like operation on its large colour touchscreen makes it easy to record or sweeten up your audio in post-processing. Record using the two built-in microphones or plug in your own mics to its two XLR inputs. The recording quality on the Portacapture X6 will be your secret advantage. Its 96-kHz/32-bit floating-point recording technology means that you can capture audio softer or louder than ideal, assuring that you will never miss that moment.

Six different recording apps to choose from

Manual: This is the main app for multi-track recording of up to six audio sources and a stereo mix (2-mix).
Voice: This recording app is ideal for capturing interviews, dictation and meetings.
Podcast: Use this for podcast creation with up to four people.
Music: Choose this app for capturing instrumental and vocal performances.
Field: Ideal for recording nature sounds outdoors.
ASMR: The screen visual effect changes in response to the input sound.

App-like operation
Quickly access your settings and adjustments on the Portacapture X6's large (2.4-inch) colour touchscreen. With the easy-to-navigate interface and helpful tools, you are just a few taps from the perfect setting for your needs. Use the Launcher to select from podcast, music, interviews, field recording and real 6-track recording. Start fast, start right and get exactly what you need.

Audio for video production

When shooting a video, you want to be able to focus on your video production and not worry about your audio. The Portacapture X6 was built with video production in mind. The workflow, presets and user settings save you countless steps. The X6 has your back with its 96 kHz/32-bit float recording technology. Not only does this mean you will have the highest quality audio, but you will have a dynamic range that allows you to overcome those less-than-ideal realities that can often occur on a shoot.

The X6 even gives you a timecode sync option* via Bluetooth (with optional AK-BT1) allowing you to align your audio with your video, even when you have no audio on your camera. Upgrade your audio and reduce your worries with your own Portacapture X6.

Record your way

The Portacapture X6 is ready to record with a few quick taps. The internal high-quality stereo microphones can instantly be rotated from A-B to a true X-Y mic pattern to allow for dialogue or spatial music recording. Have your own mics? Use those thanks to the two included XLR inputs which can also handle line level sources.

The mic preamplifiers are Tascam HDDA (High Definition Discrete Architecture) - providing ultra-low noise and clean transparent audio based on more than 50 years of Tascam know-how.

Record six tracks (four individual track plus stereo mix) simultaneously and even use the X6 as your 6-in/2-out USB audio interface to connect to your computer.

Capture every bit

It would be great if every time you need to capture audio, everything is perfect. Not too loud, not too soft. Of course that is not the reality for most of us. Sometimes a voice or sound will be really soft and in other cases it is blasting. Even in these extremes, you are expected to capture the sound and deliver well-finished audio.

The 32-bit floating point recording technology in the Portacapture X6 gives you a much lower floor and higher ceiling for sound material. The result is that your recording can capture everything from the quietest rustle to the loudest spectacle.

Control the recorder from your phone (with optional Bluetooth adapter)

In those cases where you want to put your audio recorder in one place and operate it from another, the X6 has you covered. With the AK-BT1 Bluetooth adapter (sold separately) and the free Portacapture Control app, it's easy to remote control your X6 wirelessly from your smartphone or tablet.

Imagine the possibilities!

Ready-to-publish audio anywhere

With the Portacapture X6, your audio is ready to share. Built-in signal processing, including a compressor, limiter, high-pass filter, EQ and reverb, adds that studio polish.

Whether you need to tame the wind when recording outside or want to add the ambiance of reverb to your vocals, the X6 has you covered. From smoothing out your input to preventing extreme peaks or eliminating plosives in dialogue, you can count on the Portacapture X6.

Specifications

Recorder specifications

Recording media: microSD card (64 MB - 2 GB), microSDHC card (4-32 GB), microSDXC card (48-512 GB)
Recording/playback formats: WAV (BWF): 44.1/48/96 kHz, 16/24 bit or 32 bit float, MP3: 44.1/48kHz, 128/192/256/320 kbit/s
Input channels: 4 (maximum)
Recording tracks: 6 (4 tracks + stereo mix)

Analogue audio inputs

Mic inputs 3-4 (balanced): XLR-3-31 equivalent (1: GND, 2: HOT, 3: COLD), 6.3-mm TRS jacks (Tip: HOT, Ring: COLD, Sleeve: GND)
(phantom power over XLR only)
Input impedance: +/-2.2 kO
Maximum input level: +2 dBu
Minimum input level: -75 dBu
Line inputs 3-4: XLR-3-31 equivalent (1: GND, 2: HOT, 3: COLD), 6.3-mm TRS jacks (Tip: HOT, Ring: COLD, Sleeve: GND)
Input impedance: +/-9 kO
Maximum input level: +24 dBu
Minimum input level: -53 dBu
MIC/EXT IN (unbalanced): 3.5-mm mini jack (supports plug-in power)
Input impedance: 10 kO (plug-in power off), 1.8 kO (plug-in power on)
Maximum input level: 0 dBV
Minimum input level: -67 dBV

Analogue audio outputs

Line output (LINE OUT, unbalanced): 3.5-mm stereo mini jack
Output impedance: 200 O
Nominal output level: -14 dBV
Maximum output level: +6 dBV
Headphones output: 3.5-mm stereo mini jack
Maximum output: 45 mW + 45 mW (THD+N: =0.1%, 32 O load)
Built-in speaker: 0.4 W (mono)

Control inputs/outputs

USB port: USB Type-C connector
Format: USB 2.0 High Speed mass storage class
Bluetooth device connector: For Bluetooth adapter (AK-BT1) only

Audio performance

Equivalent input noise (EIN, mic inputs 3-4) =-125 dBu
Frequency response (inputs 3-4 to PCM data): Fs 48 kHz: 20 Hz - 20 kHz, +0/-0.3 dB (JEITA), Fs 96 kHz: 20 Hz - 40 kHz, +0/-0.7 dB (JEITA)

Dynamic range (20 kHz SPCL LPF, A-weighted, Field app)
Inputs 3-4 to PCM data: -112 dB (48/96 kHz)

S/N ratio (20 kHz SPCL LPF, A-weighted)
Inputs 3-4 : 112 dB (48/96 kHz)
MIC/EXT IN: 103 dB (48 kHz), 105 dB (96 kHz)
Total harmonic distortion ratio (THD+N, 1 kHz sine wave, -5 dBFS at input, GAIN at minimum, 20 kHz SPCL LPF)
Inputs 3-4 (LINE IN) to PCM data: 0.008 %
Inputs 3-4 (MIC IN) to PCM data: 0.006 %

Power supply and other specifications

Power supply: 4 AA batteries (alkaline, Ni-MH or lithium-ion)
USB bus power from a computer
AC adapter (TASCAM PS-P520U, sold separately)
Power consumption 7.5 W (maximum)
Display: 2.4-inch full-colour LCD touchscreen
Dimensions (W × H × D): 75 mm × 174 mm × 37 mm (excluding protrusions)
Weight: 365 g (with batteries) / 265 g (without batteries)
Operating temperature range: 0-40 -C

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


Module A-121s is a dual multimode filter which can be used for stereo applications as well as for parallel or serial organized dual mono filters. The core is a 12dB multimode filter identical to the modules A-121-2 and A-121-3. The selection of the filter type is continuously from lowpass via notch and highpass to bandpass. We attached great importance to the usability of the manual controls and CV inputs for both stereo and dual mono applications. For the filter parameters frequency (F), resonance (Q) and type (T) common controls and CV inputs as well as single controls and CV inputs are available. For the filter frequency in addition a manual control and CV input for the filter spread (frequency difference or delta F) is available.

Controls:
F: master frequency control for both filters (large knob)
Type 1 / Type 2: filter type panning/morphing L-N-H-B
Link to 1: Toggle switch so that Type 1 also controls type of filter 2 (i.e. simultaneous filter type control for both filters)
SFM1 / SFM2: Single Frequency Modulation controls (polarizers), connected to the corresponding sockets SFM1/SFM2 (socket SFM1 is normalled to a fixed positive voltage, SFM2 is normalled to SFM1, that way the controls SFM1/SFM2 work as frequency controls for each filter provided that no modulation signals are patched to the SFM1/SFM2 sockets)
CFM: common frequency control, controls two VC-polarizers which process the signals connected to the two sockets CFM1/CFM2, CFM2 is normalled to CFM1, that way also the same modulation signal (e.g. an envelope generator) can be used for both filters and the level controlled simultaneously by the CFM control
Delta F: controls the difference between the frequencies of the two filters manually (frequency "spread"), at centre position the frequencies are the same
Delta FM: controls the level of the Delta FM signal (socket), which allows to control the spread between the frequencies also by an external control voltage (e.g. by an LFO or ADSR)
Q: controls the resonance of both filters simultaneously
Level 1 / Level 2: attenuators for the two audio inputs
QM/TM1, QM/TM2: attenuators for the modulation inputs QM/TM1 and QM/TM2

Sockets:
In1 / In2: audio inputs (In2 is normalled to In1)
Out1 / Out2: audio outputs
F: common frequency control input for both filters (~ 1V/oct)
Delta FM: Control voltage for frequency spread, processed by the polarizer Delta FM
SFM1 / SFM2: single frequency modulation inputs, processed by the polarizers SFM1 and SFM2, SFM1 is normalled to a fixed positive voltage, SFM2 is normalled to SFM1#
CFM1 / CFM2: common frequency modulation inputs, processed by the two voltage controlled polarizers controlled by CFM knob, CFM2 is normalled to CFM1
QM/TM1, QM/TM2: the addressing of these sockets/attenuators is defined by internal jumpers. QM means Q modulation (i.e. resonance modulation), TM means filter type modulation (QM1 = resonance modulation filter 1, QM2 = resonance modulation filter 2, TM1 = filter type modulation filter 1, TM2 = filter type modulation filter 2), socket QM/TM1 is normalled to a fixed positive voltage, QM/TM2 is normalled to QM/TM1
A 45 degrees triangle next to a socket means that the switching contact of the socket is normalled to a fixed positive voltage (SFM1, QM/TM1).
A vertical triangle indicates the normalling of two sockets (In1>In2, SFM1>SFM2, CFM1>CFM2, QM/TM1>QM/TM2).

If the filters do not behave as expected please pay attention to these peculiarities:

For the controls SFM1, SFM2, CFM, Delta F and Delta FM the centre position is the neutral position as these are polarizers. If the filter behaves unexpected these controls should be set to centre positions for the time being.

For the controls F, Q, Level 1, Level 2, QM/TM1 und QM/TM2 the fully CCW position is the neutral position as these are standard attenuators. If the filter behaves unexpected at least the controls QM/TM1 and QM/TM2 should be set to fully CCW. Via the normalling of the sockets QM/TM1 and QM/TM2 and the associated controls the filter parameters adjusted by the major controls (e.g. Type 1, Type 2 or Q) may be overwritten.

By means of small circles at the bottom right side of the front panel the user can mark the function of the QM/TM inputs. These assignments are possible:
QM/TM1 controls QM1, QM/TM2 controls QM2, the filter types are not controlled by external CVs
QM/TM1 controls TM1, QM/TM2 controls TM2, the resonances are not controlled by external CVs
QM/TM1 controls QM1 and QM2 simultaneously, QM/TM2 controls TM1 and TM2 simultaneously