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4ms - Meta Module
available
The MetaModule puts real knobs and jacks on virtual software modules. Step back from the computer and make music with hardware, while keeping the flexibility and expandability of software.THIS PRODUCT IS ASSEMBLED AND NO DIY!The MetaModule comes with over 160 built-in modules from 4ms Company, Befaco, HetrickCV, NonlinearCircuits, and Scanner Darkly, plus clones of popular classics such as the Mutable Instruments Eurorack modules, fun physical modeling algorithms, and lots of handy utilities.All of the included modules are also available on the computer using the free program VCV Rack. Whether you make patches on VCV Rack and transfer them to the MetaModule, or if you just create patches directly on the MetaModule, there are plenty of creative modules to inspire new ways to make music.MetaModule PluginsIf the 160+ built-in module aren’t enough, you can load more modules as plugins. Already there are over 200 modules in third-party plugins from Bogaudio, Valley, ChowDSP, NANO Modular, and the list is growing. We have an SDK available to make it easy for VCV Rack plugin developers to convert their plugin to a MetaModule plugin. Our licensing terms are non-restrictive: developers are welcome to distribute their plugin in any way they wish, commercially or not.Mapping Knobs and JacksThe MetaModule has 12 knobs that can be mapped to virtual knobs. Each knob can be mapped to up eight virtual knobs, and each mapping can have a different range and offset. You also can save a group of mappings as a Knob Set and switch between Knob Sets with the encoder. You also can map the 8 inputs and 8 outputs to virtual module jacks. Also, the MetaModule is a USB MIDI host, so you also can map MIDI CC, note, gate, and other parameters to knobs and jacks.ExpandersThere are lots of ways to customize your MetaModule. A Wifi expander allows you to wirelessly transfer patches from your computer. Add eight more knobs with the Knob expander, or buttons with the Button expander. A CV/Audio expander adds more high-resolution inputs and outputs, and the Gate In/Out expander adds not only gate jacks but also TRS MIDI and I2C.Under the HoodThere are six CV/Audio inputs, two gate inputs, and six CV/Audio outputs. The CV/Audio jacks are all 24-bit, 48kHz DC-coupled, -10V to +10V. A USB-C jack accepts MIDI devices and thumb drives. Patches and plugins can be loaded via a USB drive or microSD Card, and internal flash memory lets you save patches you always want to come back to.The processor is more advanced than anything 4ms has used in the past, and is among the most powerful processors found in Eurorack. Startup time and latency are blazingly fast.Features:Patches• Patches are loaded from microSD Card, USB drive, or via the Wifi expander• Patches can be optionally saved onto internal flash memory• Create patches using VCV Rack or directly on MetaModule• Patches can be given a name and descriptionMappings• Map each physical knob to up to 8 virtual knobs• Set range and offset for each mapping, including inverted control• Knob mappings are grouped into Knob Sets, and changing Knob Sets can be done quickly without menu-diving• Map physical jacks to virtual jacks, seamlessly making splits/mults• Add or edit modules, cables, and mappings in real-time while the patch is playing• Create alias names for mappings like "Kick Drum Level"Interface• Simple, intuitive graphical interface lets you zoom in on details, or zoom out to get a big picture• Patch View displays the patch as faceplates and cables, with knobs, buttons, and lights animating in real-time• Knob Set View simplifies the display, showing only the mapped knobs for the current Knob Set• Module View shows just one module and lists the names of each jack, knob, and control legibly• Mapping View lets you adjust details of a knob mapping• Adjust styles and visual preferences to your liking• Save, rename, duplicate, and delete patches• Firmware updater and plugin loader read from microSD Card or USB driveHardware• 12 Knobs• 8 CV/Audio outputs, 24-bit 48kHz, -10V to +10V, DC-coupled• 6 CV/Audio inputs, 24-bit 48kHz, -10V to +10V, DC-coupled• 2 Gate inputs• USB-C jack: MIDI Host or MSC (External drive) Host• microSD Card slot• Internal Flash RAM for additional patch storage• Dual-core 800MHz Cortex-A7 plus Cortex-M4 co-processor• 512MB DDR3 533MHz RAM• Bare-metal operation for fast startup and low latencyDIY-Kit-Type:Assembled unit. This is completely ready to use, nothing to solder or to assemble.
€616.55*
€649.00*
(5% saved)
4ms - RCD Breakout (Black)
only 1 left
The RCD Breakout adds features to the Rotating Clock Divider module.Six switches allow you to set the maximum Divide-by amount, Gate or Trigger mode, Counting mode, Spread mode, and Auto-Reset. The RCD Breakout requires the RCD to function, and does not use any extra power.DIY-Kit-Type:THT-Kit-1. This is a Do-It-Yourself kit, not an assembled module. The kit includes all parts to build the module. Only trough-hole parts to solder. Make sure to check the build guide before you buy. For build guide, more info, videos etc. please check the buttons below.
€49.98*
4ms - RCD Breakout (Silver)
sold out at the moment
The RCD Breakout adds features to the Rotating Clock Divider module.Six switches allow you to set the maximum Divide-by amount, Gate or Trigger mode, Counting mode, Spread mode, and Auto-Reset. The RCD Breakout requires the RCD to function, and does not use any extra power.DIY-Kit-Type:THT-Kit-1. This is a Do-It-Yourself kit, not an assembled module. The kit includes all parts to build the module. Only trough-hole parts to solder. Make sure to check the build guide before you buy. For build guide, more info, videos etc. please check the buttons below.
€49.98*
4ms - Rotating Clock Divider (Black)
sold out at the moment
The Rotating Clock Divider (RCD) produces eight divided clock tempos from a single input clock. The divisions range from /1 to /64, including all odd and non-standard divisions such as /3 and /17 and /62. A Rotate CV input re-assigns the division number of each jack, allowing for creative mix-ups and experimentation. A Reset input jack helps to sync/start with an external clock.Features:• Divide-by-1 to Divide-by-64, on 8 output jacks• CV Rotate jack to shift divide-by amount on each jack• CV Reset jack to reset/re-sync all jacks• Optional break-out panels to expand functionality (Auto-reset, selectable Divide-by range, Gate/Trigger, Up/Down-counting)DIY-Kit-Type:THT-Kit-1. This is a Do-It-Yourself kit, not an assembled module. The kit includes all parts to build the module. Only trough-hole parts to solder. Make sure to check the build guide before you buy. For build guide, more info, videos etc. please check the buttons below.
€104.96*
4ms - Rotating Clock Divider (Silver)
available
The Rotating Clock Divider (RCD) produces eight divided clock tempos from a single input clock. The divisions range from /1 to /64, including all odd and non-standard divisions such as /3 and /17 and /62. A Rotate CV input re-assigns the division number of each jack, allowing for creative mix-ups and experimentation. A Reset input jack helps to sync/start with an external clock.Features:• Divide-by-1 to Divide-by-64, on 8 output jacks• CV Rotate jack to shift divide-by amount on each jack• CV Reset jack to reset/re-sync all jacks• Optional break-out panels to expand functionality (Auto-reset, selectable Divide-by range, Gate/Trigger, Up/Down-counting)DIY-Kit-Type:THT-Kit-1. This is a Do-It-Yourself kit, not an assembled module. The kit includes all parts to build the module. Only trough-hole parts to solder. Make sure to check the build guide before you buy. For build guide, more info, videos etc. please check the buttons below.
€104.96*
AtoVproject - lx-euclid
sold out at the moment
The AtoVproject lx-euclid is a 4-channel trigger sequencer with a standout feature: two touch-sensitive rings that redefine hands-on control. These rings, paired with full color circular display, offer an unparalleled, intuitive interface designed for fast, real-time performance. The touch rings make it incredibly easy to interact with your sequences, allowing you to apply mutes, fills, and resets on the fly. This immediate tactile response puts creative control directly at your fingertips, making it perfect for both live improvisation and studio work.In addition to its touch-sensitive rings, the lx-euclid boasts 4 assignable CV inputs, probability settings, and 8 save slots, offering endless possibilities for pattern creation and variation. The module also introduces new twists on traditional Euclidean rhythms, with Exponential, Inverse Exponential, and Mirrored Exponential algorithms for even more flexibility and evolving beats. Whether you're looking to unlock new creative possibilities or elevate your live set, the lx-euclid’s touch rings bring a whole new level of expression to your modular rig.Features:• Four trigger sequencers • Two touch capacitive rings• Performance macro (Mute, Fill, Reset, etc)• 4 fully assignable CV inputs (+/-5V input range)• 4 rhythm generative algorithms• 8 save slotsDIY-Kit-Type:SMD-Kit-1. This is a Do-It-Yourself kit, not an assembled module. The kit includes all parts to build the module. All SMD parts are pre-soldered, only trough-hole parts to solder. For build guide, more info, videos etc. please check the buttons below.
€249.00*
Befaco - Burst
only 2 left
Burst is a trigger processor and generator, designed to add an organic chain of events to your modular setup. You can see it like “Trigger Activated Trigger Burst”. Each time it is activated, either manually or with an external trigger, a given amount of triggers are generated. You can control Time Division, Distribution, Quantity, and Probability of the bursts.• With Burst synced to your tempo, you can create all kind of ratcheting effects and multiplications leading to doubles, triplets, quintuplets, and true Poly Rhythms for your modular system.• With very short time windows, Burst can help to synthesize fast repeating transients for “hand-clap like” sounds or modern drum hits.• Working in Cycle Mode, is also an excellent master clock with tap tempo functionality, and is able to achieve non linear distributed clocks.Features:• Custom trigger bursts up to 64 triggers.• Voltage Control burst Quantity with dedicated attenuator.• One Shot and Cycle play modes activated via manual controls or dedicated Trig Input.• Pingable clock input.• Voltage Control burst Distribution, Time Division and Probability.• Tempo and End of Cycle individual outputs for sync other modules.DIY-Kit-Type:THT-Kit-1. This is a Do-It-Yourself kit, not an assembled module. The kit includes all parts to build the module. Only trough-hole parts to solder. Make sure to check the build guide before you buy. For build guide, more info, videos etc. please check the buttons below.
€117.81*
Befaco - Muxlicer
available
Muxlicer is a sequential signal processor designed for add a huge range of special functions to your modular setup in the minimum space.Is divided in three main blocks: a Digital Step Controller, a Gate Generator and an Analog Switch (a.k.a. Mux/DeMux)The module is designed with high “function to HP ratio” philosophy , to have maximum flexibility in minimum space.An analog switch is a device capable of switching or routing analog signals. In the case of Muxlicer, the switch is reversible, so you can send 8 different signals to 1 destination and viceversa.Through Common I/O you can either send a signal to the Mux I/Os or receive a signal from them. (Depending on how the module is connected). It is also used as CV Out when nothing is connected to “All In” or “Mux I/Os”. The eight Mux I/Os are normalled to “All In” jack, so any signal present at this input will go to all of them.Imagine you want to send a signal to steps 1,2,4,5,6 and 8 and two more signals to 3 and 7 respectively. You just need three wires for this: plug the first one to All In and the other two to 3 and 7 Mux I/Os and you are done!Features:• Route any modular signal from one IN up to eight different Outs or vice versa.• Generate CV and Gate signals, been able to work as sequential voltage source a.k.a. sequencer.• Cut audio signals in rhythmical slices with independent volume.• Generate complex and dynamic patterns from any audio or modulation signal.• Create powerful Gate sequences with control voltage retriggering for each step.• Select easily when your signals act on your patch with the Address function.DIY-Kit-Type:THT-Kit-1. This is a Do-It-Yourself kit, not an assembled module. The kit includes all parts to build the module. Only trough-hole parts to solder. Make sure to check the build guide before you buy. For build guide, more info, videos etc. please check the buttons below.
€146.37*
Befaco - Sampling Modulator
available
The Sampling Modulator is a multi-function module that lies somewhere between a VCO, a Sample & Hold, and an 8 step trigger sequencer.Sequencer Clocked Sample & Hold In this mode it acts like a regular Sample and Hold (S&H) but since it is “sequencer clocked”, it is capable of much more interesting patterns than the usual S&H melodies.The CLOCK input can work in two ways: 1. As a typical clock 2. In “positive going hard sync” mode allowing you to create shuffling and polyrythmic effects.The HOLD input can be used to keep certain notes playing.Analog Down-Sampling Effect In this mode (with the clock running at audio rates) you can go from nasty and harsh sampling rate reduction to an almost clean signal. (The clock run up to 25Khz without external CV and up to 200Khz with CV on the input).Sampling Modulator/Shaper Thanks to the V/Oct clock, by feeding a simple waveshape such as a sine wave to IN, and pitch CV to the VCO as well as to the Sampling Modulator CV input, their related frequencies and aliasing caused by the sampling rate reduction are capable of creating clangorous metallic sounds, 8 bit textures and much more.The game becomes much more interesting when you try to destroy the wave by flipping on and off the switches of the sequencer (which at times can make it sound like three VCOs running in unison).To understand how the Sampling Modulator works, keep in mind that we are working with a temperature compensated ramp core VCO with more than 4 octaves of tracking. This allows the timbre to stay the same while you move through the scale as the internal and external VCOs are synced in a fashion similar to “frequency related sampling rate modulation”Unusual V/oct VCO You can use the trigger outputs as a pulse VCO. Flipping the switches on and off the switches can offer a lot of interesting timbral changes.Sequencer Clocked Sample & Hold In this mode it acts like a regular Sample and Hold (S&H) but since it is “sequencer clocked”, it is capable of much more interesting patterns than the usual S&H melodies.The CLOCK input can work in two ways: 1. As a typical clock 2. In “positive going hard sync” mode allowing you to create shuffling and polyrythmic effects.The HOLD input can be used to keep certain notes playing.Analog Down-Sampling Effect In this mode (with the clock running at audio rates) you can go from nasty and harsh sampling rate reduction to an almost clean signal. (The clock run up to 25Khz without external CV and up to 200Khz with CV on the input).Sampling Modulator/Shaper Thanks to the V/Oct clock, by feeding a simple waveshape such as a sine wave to IN, and pitch CV to the VCO as well as to the Sampling Modulator CV input, their related frequencies and aliasing caused by the sampling rate reduction are capable of creating clangorous metallic sounds, 8 bit textures and much more.The game becomes much more interesting when you try to destroy the wave by flipping on and off the switches of the sequencer (which at times can make it sound like three VCOs running in unison).To understand how the Sampling Modulator works, keep in mind that we are working with a temperature compensated ramp core VCO with more than 4 octaves of tracking. This allows the timbre to stay the same while you move through the scale as the internal and external VCOs are synced in a fashion similar to “frequency related sampling rate modulation”Unusual V/oct VCO You can use the trigger outputs as a pulse VCO. Flipping the switches on and off the switches can offer a lot of interesting timbral changes.Features:• Sequencer Clocked Sample & Hold• Analog Down-sampling Effect• Sampling Modulator/Shaper• 8 Step Trigger Sequencer• Unusual V/Oct VCODIY-Kit-Type:THT-Kit-1. This is a Do-It-Yourself kit, not an assembled module. The kit includes all parts to build the module. Only trough-hole parts to solder. Make sure to check the build guide before you buy. For build guide, more info, videos etc. please check the buttons below.
€124.95*
Herbs and Stones - Liquid Foam
only 1 left
Liquid Foam is a modular monophonic analog groovebox that revolves around a dual sequencer designed to encourage complex pattern exploration. At the core there’s an analog VCO with two stages of waveshaping, a decay-only EG that can be inverted any step and a 2-pole resonant VCF.Features:• Two sequencers• Newly designed filter and wave mixer• Separate trig and envelope output• Newly added bandpass filter outputDIY-Kit-Type:SMD-Kit-1. This is a Do-It-Yourself kit, not an assembled module. The kit includes all parts to build the module. All SMD parts are pre-soldered, only trough-hole parts to solder. For build guide, more info, videos etc. please check the buttons below.
€236.00*
Making Sound Machines / DivKid - DivSkip
available
DivSkip is a 4 Channel Trigger and Gate Processor, with loads of great modes. Bernoulli Gates, Clock Division, Turing, Euclidean Split, Euclidean Classic, Ramp / Gate Length, Retrigger and Pattern.Plug in triggers or gates from a clock, logic module or sequencer and generate new rhythms and variations. Modes include Probability, Clock Division, Turing, Euclidean, Retrigger, Gate Delays and 64 step preset patterns.Features:• 4 Channels of Triggers or Gates• push-to-mute• 8 modes per Channel• LED rings for visualizationDIY-Kit-Type:SMD-Kit-1. This is a Do-It-Yourself kit, not an assembled module. The kit includes all parts to build the module. All SMD parts are pre-soldered, only trough-hole parts to solder. For build guide, more info, videos etc. please check the buttons below.
€158.00*
New
Modulove - A-RYTH-MATIK
available
A-RYTH-MATIK Eurorack sequencer with its 6-channel gate/trigger outputs. This 6HP module delivers complex Euclidean rhythms through an intuitive interface, featuring a 128x64 pixel OLED display and a Rotary encoder. Alternative firmwares like Bit Garden, Time Bandit, and Uncertainty, makes it a playground for musical experimentation.Designed for performance and community hackability.Features:• 6 outputs with LED indicators• External Clock (TRIG IN) and Reset Trigger (RESET)• 128x64 pixel 0.96” OLED Display• Rotary encoder with push button• Alternative Firmware Options and flip panel for mounting the module upside down.Alternative Firmware Options:• nEuclidean• Gate Sequencer with auto Mode• Bit Garden• Euclidean - Pam's style• Time Bandit• UncertaintyDIY-Kit-Type:SMD-Kit-1. This is a Do-It-Yourself kit, not an assembled module. The kit includes all parts to build the module. All SMD parts are pre-soldered, only trough-hole parts to solder. For build guide, more info, videos etc. please check the buttons below.
€140.00*
Music Thing Modular - Pulses (Turing Machine Expander)
only 1 left
Eleven rhythmic outputs for wONkY drum patterns.• Pulses turns the sequence from the main Turing Machine into a series of repeating rhythmic semi-random clock signals, that are based on the main clock input.• Seven of the 11 outputs are just the binary steps of the sequence on the front panel of the main module. The other four are derived from those pulses - so when steps 1+2 are active, the 1+2 output pulses.• As with most of the Turing Machine features, it is hard to explain, but very easy and intuitive in practice: send pulses from the module to anything that takes a rhythmic pulse; envelope generators, FM Index inputs, drum modules or other sequencers. Very complex polyrhythms come easily.• Because the Pulses are all related to the main module, they randomise, lock and change with that module. With the main module's big knob at 12 o'clock, the pulses are random. At 5 o'clock, they are locked, and at 3 o'clock they will 'slip' slowly over time.• You can try out a fully operational Turing Machine + Pulses + Volts in the free VCV Rack software.• Pulses connects around the back with a 16-way ribbon cable and works with any Turing Machine (Mk2, or Mk1 with the backpack).• Pulses uses Surface Mount components but is still a very simple build for anyone who has done a bit of through hole soldering beforehand.• Here is an epic series of videos from mixolydian2010 that documents the whole build process• Here's a very old audio demo from when I was developing Pulses, which shows the kind of polyrhythmic craziness it can create.• Despite involving SMD components, Pulses is a very straightforward DIY build, that most people complete without any problems. If you get stuck, the Pulses Github Issue List or the main Turing Machine issue list are probably the best places to start.DIY-Kit-Type:SMD-Kit-2. This is a Do-It-Yourself kit, not an assembled module. The kit includes all parts to build the module. It includes SMD and through-hole parts! For build guide, more info, videos etc. please check the buttons below.
€52.00*
Music Thing Modular - Turing Machine mk2
only 1 left
The Turing Machine is a binary sequencer based on a 16-bit shift register. Instead of precise programming, you steer its output.You can’t save or recall sequences—once changed, they’re gone.It generates clocked, stepped random control voltages (melodies, basslines, sequences) that can loop based on the length control.Since 2012, it’s been a popular Eurorack DIY project. Check #turingmachine on Instagram for demos.DivKid's 27-minute video explains it all, and here’s a 20-minute talk on its design.Sound on Sound Magazine published a nice review.Expanders connect to the module and modify sequences:• Volts: Extra voltage output controlled by five pots.• Pulses: Converts sequences into beats with 11 rhythmic outputs.• Voltages: Adds two CV outputs controlled by 8 faders.• Vactrol Mix: A matrix mixer for rhythmic audio cutting and panning.Looping is controlled by the big knob:• Noon = Random sequences.• 5 o’clock = Locked repeating sequence.• 7 o’clock = Double-length loop.• 3 or 9 o’clock = Loops with occasional changes.A free, virtual version exists in VCV Rack.Inspired by classic shift register synth circuits (Triadex Muse, Buchla 266, Noisering).Musically, it draws from 60s/70s minimalist composers like Steve Reich and Terry Riley.A Random Reading List covers its historical influences, from Marvin Minsky to Don Buchla.Open-source design has led to many clones and software versions (e.g., Mystic Circuits' Vert, VCV Rack modules, Mutable Instruments' Marbles).Despite the name, it’s not a true Turing Machine—just a looping data system.The original Mk1 documentation includes a detailed block diagram.It’s a dense but straightforward through-hole DIY build—better for experienced builders. Docs are on Thonk; troubleshooting on GitHub. DIY-Kit-Type:THT-Kit-1. This is a Do-It-Yourself kit, not an assembled module. The kit includes all parts to build the module. Only trough-hole parts to solder. Make sure to check the build guide before you buy. For build guide, more info, videos etc. please check the buttons below.
€129.00*
Music Thing Modular - Vactrol Mix (discontinued)
sold out at the moment
• Vactrol Mix combines four audio or CV signals into two channels, determined by the random sequence. It’s a great way to create stereo effects, complex waveforms or feedback loops.• This expander is 4 in, 2 out vactrol matrix mixer controlled by the Turing Machine, connected around the back by a 16 pin ribbon cable.• There are four inputs, for audio or CV sources. The four knobs set the level for each input. Next to each knob is a pair of LEDs. When the LED on the left is lit, the signal goes to the left output. When the LED on the right is lit, the signal goes to the right output. The LEDs are controlled by the Turing Machine module. The two outputs are both doubled (mult-ed) to make it easier to patch feedback loops.• Despite being less popular or widespread than Pulses or Volts, this is my favourite Turing Machine expander. It is a unique device that turns mundane source material into wild, unpredictable but rhythmically accessible patterns of sound. It’s a great way to create stereo effects, shifting drones, complex waveforms or feedback loops, and can be the heart of small (but chaotic) system.• Vactrols are electro-optical devices; a light shining on a light-dependent resistor. They have an extraordinary history, from powering the optical soundtracks on the first sound films in the 1920s to studio compressors, the tremolo in Fender guitar amps, and many of Don Buchla's 1970s synth designs. Modern vactrols are an LED pointing at a cadmium light dependent resistor, sealed together in a little black plastic box. Because the LDR reacts relatively slowly, the signals cut together smoothly, with no clicks or pops. Unfortunately, the cadmium in light dependent resistors is banned in Europe, so Vactrols are becoming harder to find.• Feedback is where this module gets really interesting. Try sending the (bottom) left and right outputs to your output mixer, and the (top) left and right outputs to spring reverbs or delays, patching the delay/reverb outputs back into input channels. Carefully ride the input levels, and you'll get snippets of feedback. The main clock speed can have a huge effect on feedback levels, because it takes a while to build up.• There are lots of Vactrol Mix audio examples in my Soundcloud: Twenty Minutes of Madness, Contact Mic Feedback and this ancient track recorded using the breadboard prototype.• The Vactrol Mix is DC coupled, so you can also rhythmically cut up DC sources; mix LFOs at different speeds with audio rate oscilllators, and frequency modulating a pair of oscillators using the two outputs.• This module was inspired by Grant Richter's Cadavre Exquis voltage controlled mixer, which was inspired by André Breton's surrealist game Exquisite Corpse. Richter's mixer also inspired the RxMx module by Make Noise.• Jonathan Higgins, on Facebook: 'There isn't a patch I don't use it on. People often thing you can only use it for crazy stereo percussion (which it is amazing at). But I also often patch all four outputs from the humpback filter into it for evolving stereo drones.'• The Vactrol Mix is a very straightforward through-hole DIY build. If you get stuck, the Github Issue List is probably the best place to start - remember to check closed issues as well as open ones.DIY-Kit-Type:THT-Kit-1. This is a Do-It-Yourself kit, not an assembled module. The kit includes all parts to build the module. Only trough-hole parts to solder. Make sure to check the build guide before you buy. For build guide, more info, videos etc. please check the buttons below.
€99.90*
Music Thing Modular - Voltages (Turing Machine Expander)
sold out at the moment
• CV expander with 8 faders.• This is an eight stage random looping sequencer with illuminated faders, controlled by the main Turing Machine. Unusually, any number of stages can be active at once, creating unpredictable results.• It has two outputs, one normal – with a scale control that works in the same was as the similar control on the main module – and one inverted. The inverted output has a ‘shift’ control which raises (offsets) the voltage by up to 9 volts. This means you can drive positive-only modules (i.e. quantizers) with the inverted output.• In some ways, this module has been replaced by the smaller Volts expander, but some people still enjoy it. It's bigger and more tactile, and the two outputs interact in interesting ways.• Volts is a shrunken version of the original Voltages expander, and was designed in one day while on holiday in Cornwall.• This module is compatible with all versions of the Turing Machine. With the older Mki Turing Machine the Backpack module is also required.• Voltages is a very straightforward through-hole DIY build, that would be a good first DIY project. If you get stuck, the Voltages Github Issue List or the main Turing Machine issue list are probably the best places to start, although very few people have ever had difficulty with this module.DIY-Kit-Type:THT-Kit-1. This is a Do-It-Yourself kit, not an assembled module. The kit includes all parts to build the module. Only trough-hole parts to solder. Make sure to check the build guide before you buy. For build guide, more info, videos etc. please check the buttons below.
€79.00*
Neutral Labs - Scrooge (Eurorack)
available
This is the DIY Eurorack version of this unit with black panel.Scrooge is a sequenced malfunction generator, available as a 42 HP Eurorack module or semi-modular desktop synth. While you can convince it to deliver boomy kick drum sounds, clicky hi-hats or metallic snares, it would much rather be making glitchy artifacts, hollow crackles and horribly distorted growls. It contains a sophisticated and performance-oriented step sequencer with parameter locking and the possibility to control all steps across multiple tracks at once. Its 5 distinct and fully analog voices are made up of special circuits that work without dedicated power supplies, scrounging power from the sequencer control signals instead, which gives them an organic and unstable quality. As a bonus, it means you won’t have to power the unit itself if you sequence it from external gear.Features:• 5 distinct analog voices• device can work passively without a power supply if sequenced from external gear• each voice can be routed to either of 2 main outputs (headphone compatible)• individual voice outputs• individual voice CV inputs that respond well to audio signals• 2 modulation tracks, individually routable to voices• 2 modulation CV inputs• onboard step sequencer * parameter locking per step * "control all" mode (change parameters for several steps and tracks at once), great for interactive playing * arbitrary step length per track (up to 64 steps) * generative algorithm builds random variations on patterns (available while performing), or creates random patterns from scratch * pattern chaining (up to 32 patterns) * stores up to 128 patterns in 16 banks * microtiming * CV slew limiter per track• can sequence external gear• sync output• sync and reset inputs• MIDI input (TRS type A)DIY-Kit-Type:SMD-Kit-1. This is a Do-It-Yourself kit, not an assembled module. The kit includes all parts to build the module. All SMD parts are pre-soldered, only trough-hole parts to solder. For build guide, more info, videos etc. please check the buttons below.
€339.00*
Patching Panda - Particles
only 2 left
Particles, is 4 channels of trigger modulation, capable of mathematically variating and manipulating your patterns with a combination of fun 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, different options for arpeggios, and even bass line grooves, the limits are decided by you.Features:• 4 trigger inputs/outs.• Repetitions with different distribution time to choose from.• Manually shift the output channels, scramble them randomly or clocked them in foward mode.• Reset the ouputs to 4 different shift modes.• Dissapear repetitions by probability per channel.• Dissapear the input trigger by probability per channel.• Mute each channel with clock divisions from input clock.• Mute manually the outputs• Disable triplets from repetitions to have musical patterns• Random volatges output clocked from clock input.• The slider keeps the adjusted value from each feature.DIY-Kit-Type:SMD-Kit-1. This is a Do-It-Yourself kit, not an assembled module. The kit includes all parts to build the module. All SMD parts are pre-soldered, only trough-hole parts to solder. For build guide, more info, videos etc. please check the buttons below.
€244.00*
Rebel Technology - Klasmata
available
Κλάσματα is a single channel, voltage controlled Euclidean sequencer.It offers a range of 1-32 steps, opening up more possibilities for complex patterns. With voltage controlled sequence length and fills, Κλάσματα can transpose, shift and modulate rhythmic patterns at up to audio speeds.Just like Stocheia there is a normal and a toggling operating mode. The three-way switch is also used to stop and reset the sequence.The voltage controlled parameters have individual level settings. The controls are otherwise identical to Stocheia.For more infos, please visit the Rebel Tech website.DIY-Kit-Type:THT-Kit-1. This is a Do-It-Yourself kit, not an assembled module. The kit includes all parts to build the module. Only trough-hole parts to solder. Make sure to check the build guide before you buy. For build guide, more info, videos etc. please check the buttons below.
€122.57*
Rebel Technology - Stoicheia
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Στοιχεῖα is a dual Euclidean Sequencer. It algorithmically generates rhythmic sequences from an input trigger signal. The name (Στοιχεῖα, Stoicheia, or Elements) comes from the title of Euclid’s book Elements in which the algorithm was first described.HistoryThis goes way back. In the third century BCE, the Greek mathematician Euclid described a way to determine the largest common denominator of any two integers. As it turns out, his method is the same as what people have used to divide beats into rhythms. Across the globe, from ancient to modern times; the rhythms that pervade human existence can be generated using the same, simple algorithm.The cultural and historical range covered by these rhythms is nothing short of breathtaking. From Brazilian Samba and Bossa-Nova, to Bulgarian folk dances, thirteenth century Persian drum patterns, and complex poly-rhythms of West and Central Africa.Of course, Euclid’s work can be applied to more than just rhythmic patterns. A scientist named Bjorklund applied it to nuclear physics, in order to optimise the operation of the SNS particle accelerator. He also published his work with a proof of the efficiency of his method. Then, in 2005, a Professor of Computer Science called Godfried Toussaint linked up the dots and presented in a research paper the connection between the work of Euclid, Bjorklund, and musical rhythms.We have based our implementation on the work of Toussaint, Bjorklund and Euclid.Getting StartedConnect the left sequence output (second jack from the bottom left) to an envelope gate input controlling a sound source, or something like the trigger input of a drum module.Make sure the middle switch is in the centre position, and the left switch is in the up position. Now connect an LFO to one of the two clock inputs (bottom left or bottom right jack) and you should see the centre LED light up when a signal is received. If the LFO is very fast, the LED will appear to be dimly on - turn the speed down (or up) to where it is flashing at a regular pace.When an input clock signal is received, the centre LED will light up. When a sequence triggers an output gate signal, its corresponding LED will light up.Turn all the knobs in the left column to their centre positions. You should know have a sequence of length 8 with 4 fills (50% of the step length). This means that every other beat will be ‘on’, and you should see the sequencer LED flash on every second input clock. Consequently, the sequence output should generate a gate signal, triggering the module you have connected it to.If you turn the bottom left knob in the anti-clockwise direction, you will hear progressively fewer ‘on’ beats in the sequence until only one in 8 (the sequence length) beats is on. Turning in the clockwise direction, the sequence will start filling in more and more beats, until every beat is on.Now connect a different envelope or sound source to the other sequence and repeat!InstructionsEach sequence is controlled by a column of three knobs and a switch. The input parameters to the algorithm are sequence length and fills.The length of the sequence, measured in clocks or beats, is controlled by the second knob from the top. The range goes from 1 (fully counter clockwise) to 16 (fully clockwise), with 8 in the centre position.The number of fills, or on-beats, is set by the third knob. In fully counter-clockwise position, this is set to 1. Centre position will set every other beat ‘on’, or 50% . Fully clockwise sets every beat ‘on’, in other words: the number of fills are equal to the sequence length.The top knob adjusts which beat the sequence starts on - and hence resets to. In its centre position, the sequence will start on its first step. The start position can be changed by turning the top knob left or right: this will have the effect of rotating the sequence left or right, respectively.Trigger ModeWith its switch in the centre position, the sequence is turned off. To turn it on (Trigger Mode), push the switch up. In trigger mode, the sequence will switch its output high when receiving a clock signal rising edge (low to high transition), provided the next beat in the sequence is ‘on’. When the clock signal falling edge is received (high to low transition), the output will be switched back to low (0v). This means that the output trigger signals have the same pulse width as the input clock. So if the clocks are generated with very short pulses, the output triggers will be equally short. As a consequence, a pulse width modulation on the input clock signal will be passed on through the sequencer.Alternating ModePushing the switch down from its centre (off) position puts the sequence into Alternating Mode. In alternating mode, the output goes high on the first ‘on’ beat, and remains high until the next ‘on’ beat. In other words, the output toggles on every ‘on’ beat in the sequence. The up and down transitions occur on the rising edge of the input clock.ResetThe centre jack can be used to connect a reset trigger. When a reset is received, both sequences restart at their first position. This takes into consideration the rotation setting: If sequence A and B have different rotations, they will remain offset in respect to each other. Reset can also be manually triggered by pushing the centre switch momentarily upwards.Chained ModeThe centre switch can be pushed down, which enables Chained mode. When chained, the two sequences are repeated one after the other, instead of concurrently. This is very useful to build up more complex patterns. In chained mode, the output of the combined sequence is available at both output jacks. On startup, the first sequence will play through to its determined length. It will then stop, and the second sequence will play through to the end, at which point the first one starts up again. For example, setting the first sequence to length 12, and the second to length 4, will result in a combined 16-step sequence. A reset signal in Chained mode brings the combined sequence to the start of the first pattern. Rotation works as in regular mode. Chained mode can also be used to create sequences longer than 16 steps.DIY-Kit-Type:THT-Kit-1. This is a Do-It-Yourself kit, not an assembled module. The kit includes all parts to build the module. Only trough-hole parts to solder. Make sure to check the build guide before you buy. For build guide, more info, videos etc. please check the buttons below.
€122.57*