Elk Audio OS for everyone! – Elk releases open source version of award winning Audio Operating System and Development Kit for Raspberry Pi.
Elk Audio OS is the award-winning Audio Operating System from Elk (formerly known as MIND Music Labs) that allows you to run existing VST and other plugin formats on hardware instruments and audio devices in real time with ultra low latency. And this using only general purpose ARM and x86 CPUs, opening up for a new generation of digital instruments and remote 5G network experiences. In the upcoming weeks a beta version of the Elk Audio Operating System will be made available under a Dual licensing model (open-source & commercial), but already today, the Elk Audio OS SDK & documentation is available and is free for anyone to start using. Available on elk.audio is also an Elk Audio OS Development Kit for Raspberry Pi that includes a custom Elk Pi Audio Hat.The Elk Pi Hat alone is one of the most advanced pro Audio Hats in the markets with down to 1 ms latency, multichannel and support for Raspberry 4 coming up in the very near future. “The idea behind the Elk Audio OS is to make a whole new generation of connected musical instruments possible. Instruments that can connect people around the world and spur new kinds of musical creativity. We believe there are so many potential instrument makers out there who could create fantastic things if they just had the right tools, and it is for them we have created Elk. So today I’m very happy to announce that we have reached a major milestone in our company, when we can make Elk available to everyone through the open source release.”– Michele Beninicaso CEO at Elk (former MIND Music Labs) Elk Audio OS is officially endorsed by Steinberg, owners of the VST format, is supported in the VST3 SDK and is fully compatible with plugins written in JUCE, making Elk the perfect solution for companies and makers alike interested in developing new digital hardware instruments. With VST being the defacto standard for software instruments and effects there is already a vast library of existing world class plugins out there waiting for a new life as hardware. An example of this is theRetrologue desktop prototype synth built on the VST synth with the same name debuted earlier this year at SuperBooth in Berlin. “When working with Elk Audio OS on the Retrologue we immediately recognized something that could be a game changer. Running the same VST plugin on hardware as you do on desktop opens up for new possibilities and new ways of working. Getting Elk Audio OS available under open source is really exciting and I believe that this could make Elk a standard for digital hardware instruments.”– Florian Haack, Steinberg ADCIf you are one of the lucky ones to have grabbed a spot at the Elk workshop at this years ADC (Audio Developer Conference) this news should be even more exciting. Not only will you get a hands on workshop from the core team of developers behind the Elk Audio OS, but you are also the first ones out to get access to the full Elk Audio OS Development Kit, including the Elk Pi Audio Hat. For those of you who have not secured a spot, make sure not to miss the planned talk on Elk Audio OS!
We are pleased to announce that our DELTA CEP Aand DELTA CEP A Desktop products have received an extensive update. This firmware update is available to all customers and our dealers free of charge. Devices that we have delivered since 09.09.2019 have already been equipped with this new firmware.
The following features are additions by the new version:
the [SHIFT]-key can now be locked in, additional parameters can also be reached without holding the [SHIFT]-key.
In addition to the previous effects, there is now a reverb that can be used simultaneously with the other effects.
The LFO can now be routed to a lot of destinations without patch cords.
The ADSR can now be routed to a lot of destinations without patch cords.
Each modulation target has an independent modulation strength setting.
The sound programs of the DELTA CEP A can now be switched over via MIDI.
The LFO can now be synchronized directly to a square wave signal.
The volume and intensity of the saturation of the oscillator signal can now be modulated by a control voltage.
REMAGEN, GERMANY: having teased the musical masses last year, then turned heads and opened ears when unveiling a preproduction prototype at The 2019 NAMM Show in Anaheim, California earlier this year, with repeat showings Stateside (at Synthplex 2019 in Burbank, California) and closer to home (at SUPERBOOTH19 in Berlin), high-quality synthesizer developer Waldorf Music is proud to announce availability of Kyra — its eagerly-awaited 128-voice, FPGA (Field Programmable Gate Array) processing-powered VA (virtual analogue) synthesizer sensation — as of October 7…
Accompanying documentation proudly proclaims that Kyra “…is one of the most powerful music synthesizers ever built.” But this is not hardware hyperbole on Waldorf Music’s part. Put it this way: with 32x oversampled hardware sound generation and 96kHz floating point sound processing providing guaranteed contention-free 128 voice channels, Kyra is guaranteed to make its musical mark as a sensational synthesizer that is as easy to use and easy on the eye as it is powerful and flexible. From first glance it is patently obvious that Kyra is a beautifully-designed desktop VA Synthesizer — as the wording elegantly emblazoned on its eye-catching front fascia subtly states. As a truly multitimbral instrument it features eight independent ‘parts’ with up to 32 notes per PART, each effectively being a complete synthesizer with sound sources (OSC GROUP 1, OSC GROUP 2, SUB 1, and SUB 2); FILTERS; modulators (EGs, LFOs, and MOD MATRIX); multi-effects unit (EFFECTS); and a USB 2.0 connection — can exchange MIDI (Musical Instrument Digital Interface) information, as well as send the audio from each stereo PART to a computer as eight stereo 24-bit streams at 96kHz (with 48kHz downsample mode available) and one stereo audio return from the computer supporting a single 24-bit stereo audio stream from the host DAW (Digital Audio Workstation). With that being said, the only other resource they share are the four balanced, stereo output pairs — OUT A (Right and Left),OUT B (Right and Left), OUT C (Right and Left), and OUT B (Right and Left) — using 32-bit DAC (Digital-to-Analogue Conversion) running at 96kHz sampling rate connected to four internal stereo busses and that powerful pool of 128 hardware voices. Versatility further abounds as each PART has a dedicated multi-effects unit comprising nine stereo effects modules — namely, three-band EQ, Formant filter, input Limiter, Distortion module, Delay module, six-state Phaser, Chorus flanger, Stereo reverb, and output Limiter — with dedicated audio stream via USB (Universal Serial Bus). Better still, each PART hosts a Patch from the pool available to the system. Speaking of which, Kyra has a generous Patch storage capacity of 26 banks — A through to Z, each containing 128 patches. That’s a total of 3,328! The first seven banks are ‘user’ patches stored in RAM (Random Access Memory), meaning users can change them quickly and individually using the Store sequence. The remaining 19 banks are ROM (Read-Only Memory) patches that users can recall and use just like RAM patches but cannot be replaced using the Store sequence. It is, however, perfectly possible to freely copy whole banks between RAM and ROM, so all are user- programmable. And any Patch can be recalled via MIDI program changes and Bank select commands. Whatever way anyone views it, Kyra far from short-changes from a live performance perspective or when working with it in a studio setup as an alternative. As a sensational synthesizer with a spectacular specification, Kyra doesn’t disappoint from the all-important sound standpoint, starting with two primary virtual alias-free oscillator groups (OSC GROUP 1 and OSC GROUP 2) per voice, each with Saw (sawtooth); Wave (waveform) — with no fewer than 4,096 18-bit linear PCM (Pulse Code Modulation) single-cycle 32x oversampled wavetables covering a huge range of synthetic and emulated sound sources with two wavetable sources per voice; Pulse; and noise simultaneously available. Also OSC GROUP 1 and OSC GROUP 2 each has an independent detune-able oscillator — SUB 1 and SUB 2 — with four selectable shapes and two selectable (Octave) pitches. Real Hard Sync, ring modulation, and FM (Frequency Modulation) are available between those oscillator groups. Get this, though: switching from Wave mode — meaning Kyra adopts a virtual analogue synthesis model which has the advantage that it is easy to construct sounds using intuitive subtractive synthesis — to Hypersaw mode configures the voice to use a special algorithm comprising six real oscillators to quickly create lush-sounding soundscapes. Digging deeper, Hypersaw mode replaces Wave mode’s two oscillator groups with a single source whose tonal content is constructed with just two adjustable controls — Hypersaw Intensity and Hypersaw Spread (geometric detuning). Built entirely out of multiple, harmonically-rich sawtooth waves or ‘partials’ each adjusted to that special algorithm, the Hypersaw provides characteristic soundscapes ideal for a wide range of uses — from high-impact lead sounds through to lush, animated pads. Placed in Dual Mode, the Hypersaw has 12 real oscillator sources with an additional adjustable stereo spread. Successfully synthesizing sound is inextricably linked with flexible filtering. Fortunately for discerning users, Kyra’s FILTERS front panel perfectly positions powerful control, creatively implementing accurate emulations of classic analogue ladder filters with 2-pole (12dB/octave) low pass (12dB LP), band pass (12dB BP), and high pass (12dB HP), plus 4-pole (24dB/octave) low pass (24dB LP), band pass (24dB BP), and high pass (24dB HP) configurations. Creatively, 128 filters are configurable for single or dual parallel (Dual Filter) true stereo operation. Onwards and upwards, three fast-response ADSR (Attack, Decay, Sustain, Release) envelope generators with EG Slope setting are also at hand. Helpfully, one is assigned to the VCA (Voltage Controlled Amplifier), another to the filter, while the third can be freely assigned. All are available in the MOD MATRIX (modulation matrix), itself being a six-channel affair with up to three destinations per channel giving a maximum of 18 routings. It is also worth noting that the three LFOs (Low Frequency Oscillators) — with 128 wavetable shapes, monophonic, polyphonic, random, anti-phase, and quadrature stereo phase settings — are also available in the MOD MATRIX and additionally as a MIDI clock sync source. Creativity continues courtesy of an arpeggiator (ARP) on each PART with 128 preset patterns; Up, Down, Random, and Chords modes; and an ability to synchronise to MIDI clock. Arpeggiators are aimed at live performance, primarily, but can clearly complement composition. Kyra’s ARP is an integral part of a Patch, so settings are always stored. Far from forgetting its helpful high-resolution 256×64 pixel graphic OLED (Organic Light-Emitting Diode) display alongside the traditional array of MIDI In, Out, and Thru connections — complimenting USB 2.0 — on five-pin DIN, as well as full key microtuning capability with MIDI Tuning Standard (MTS support), it is fair to say that Kyra is, indeed, one of the most powerful music synthesizers ever built… a sensational synthesizer with a spectacular specification, set to take performances and compositions to higher states of musicality and sound design! The Kyra VA Synthesizer is available through Waldorf Music’s growing global network of distributors (https://www.waldorfmusic.com/en/international-distributors) at an SRP (Suggested Reseller Price) of €1,843.00 EUR (excluding tax). For more in-depth information, please visit the dedicated Kyra VA Synthesizer webpage here: https://www.waldorfmusic.com/en/kyra Watch Waldorf’s wonderment-causing Kyra VA Synthesizer promo video here: https://youtu.be/HafV6CGS43Y
Pico LFO/S&H, Pico Mixer and PSU Input Module now shipping; New Graphic VCO firmware update features ‘drum’ mode’Riga, Latvia, July 8, 2019 — Erica Synths announces three new Eurorack modules, available immediately. The new modules include two Pico units — an LFO/S&H and Mixer — as well as a new power supply unit (PSU) input module. Additionally, the company announced a firmware update to its Graphic VCO, which adds significant new features requested by customers and also includes minor bug fixes. Pico LFO/S&H Pico LFO/S&H is full analogue modulations source — including both LFO and Sample and Hold — providing a new dimension of controlled randomness to your modular setup in a small package. Pico LFO/S&HFeatures of the Pico LFO/S&H include: Full analogue circuitLFO with triangle and square wave outputsHighly stable S&H circuit based on AS1100CK2 ICInput and output protection against over-voltageProtection against reverse PSU connection Pico MixerPico Mixer Meantime, Pico Mixer is simple 3 channel DC coupled mixer intended to mix audio signals and CV signals in order to obtain more complex modulations. The unit may also serve as a CV and audio attenuator. The Pico Mixer Features:3 inputsDiode protection against over-voltagePSU Input ModulePSU Input Module If you would like to use rack ears to mount an Erica Synths 84HP enclosure in a studio rack, you may want to access the PSU connection from the front of the case rather than the top side. Then the 4HP PSU connection module is a solution for this.Recommended retail pricing for each new module is as follows: Pico LFO S&H – 80 EUR (VAT excl.)Pico Mixer – 50 EUR (VAT excl.)PSU Input Module – 15 EUR (VAT excl.)Graphic VCO firmware 1.1New Graphic VCO firmware update Erica Synths also announces the Graphic VCO firmware 1.1, available by following simple steps here and using the Erica Synths firmware updater app. By updating the firmware, users will be able to access the following new features and upgrades: DRUM mode (allows to use GVCO as a drum voice)Fine tuningCalibrationMinor bug fixes
Radikal Technologies announces availability of DELTA CEP A paraphonic semi-modular synth following several successful showcases MÜNCHEN, GERMANY: fresh from turning heads and opening ears on both sides of the Atlantic, having showcased Eurorack module and desktop versions of its DELTA CEP A paraphonic semi-modular synthesizer — serving up nine essential synthesis ‘modules’ melded together to form a potent yet straightforward starting point to the ever-widening world of the Eurorack small-format modular system — starting with an award-winning appearance at The 2019 NAMM Show in Anaheim, CA (January 24-27), followed by another head-turning, ear-opening Stateside showcase at Synthplex 2019 in Burbank, CA (March 28-31), then moving closer to home for an appearance at SUPERBOOTH19 in Berlin (May 9-11), before making its well-travelled way to support SynthFest France 19 in Nantes (7-9 June), cutting-edge sound synthesis specialist Radikal Technologies is proud to announce all-round availability of its latest creation through a growing global network of authorised dealers… Radikal Technologies’ DELTA CEP A can function as a standalone synthesizer or — when removed from the chassis — a 68HP-occupying Eurorack module forming the centre of a powerful modular voice. Whichever way it is brought into play — purchasable as a desktop paraphonic semi-modular synthesizer or Eurorack paraphonic semi-modular synthesizer module, the deftly-designed DELTA CEP A is the perfect starting point for any modular user. Undeniably it lives up to the PARAPHONIC- MODULAR wording boldly blazoned across its featured-packed fascia. For the benefit of the uninitiated, a paraphonic synthesizer is one where all of the notes generated go through a single filter and VCA (Voltage Controlled Amplifier) combination. “Paraphonic synthesizers can be played polyphonically, because their oscillators allow for independent pitching according to chords.” So states the DELTA CEP A owner’s manual, before positing: “Polyphonic oscillator control allows for multiple voices to be played simultaneously, which is ideal for pad sounds. The DELTA CEP A sounds particularly good in paraphonic mode, because it consists of two oscillators per voice, which provide a nice beating effect when two oscillators are detuned against each other.” On the face of it, a semi-modular synthesizer has hardwired connections for its most essential sound generating and altering attributes — as opposed to a modular synth system, where the user has to establish all the connections between the separate modules with patch cables to generate tones and sound effects. “So much freedom can quickly become confusing,” claims that owner’s manual. “That’s why semi-modular systems such as the DELTA CEP A have pre-wiring, which greatly simplifies entry into the world of modular systems and, ultimately, electronic sound generation.” As such, users can play the DELTA CEP A right out of the box, but, of course, can boldly go a step further and add their own patching. Perusing the DELTA CEP A’s featured-packed fascia from left to right immediately introduces its uniqueness when pitched headlong into a competitive world where Eurorack edges towards ubiquity. Underpinning that uniqueness is the INTERPOLATOR. In a nutshell, this intriguing section has an ability to store so-called ‘snapshots’ of sound creations into the DELTA CEP A’s internal memory; moreover, users can consequently play those snapshots sequentially, creating cool sonic sequences. Saying that, they can cleverly create smooth transitions from one snapshot to another, allowing for some stunning sound morphing effects! Independent from the INTERPOLATOR itself, the snapshot memories can also be used as preset memories, and are filled with wonderful sounds from Radikal Technologies’ team of skilled sound designers. DELTA CEP A also packs a well-equipped MIDI (Musical Instrument Digital Interface) to CV (control voltage) interface in its aptly-monikered MIDI2CV section — significant when wanting to use the instrument in PARAPHONIC mode, meaning users can play chords, transforming the DELTA CEP A into the perfect pad and ensemble section. The MIDI2CV section helpfully has additional outputs for connecting to external Eurorack modules, and a dedicated digital bus for controlling Radikal Technologies’ radical-sounding RT-311 SWARM OSCILLATOR — an advanced DSP-driven oscillator Eurorack module that, as implied by name, goes far beyond the realms of standard oscillator fare, firstly thanks to two oscillators that can both build swarms of (up to eight) oscillator ‘clones’ capable of being pitched in musical intervals, chords, clusters, or fat detunes, dutifully backed by having all parameter settings saveable as interpolatable snapshots, enabling even more radical results — directly with notes and chords to layer additional voices in monophonic and chords mode. Moving more speedily along, the LFO 1 section features five waveforms, MIDI and clock synchronisation, and an invertible DEPTH control for modulation purposes. Providing up to eight oscillator clones of its own, DELTA CEP A’s single swarm oscillator is accessed via the SWARM OSC section; PARAPHONIC play mode (allowing four voices to be simultaneously played), PITCH quantisation, and easy tuning (DETUNING) access are amongst its edited highlights. However, more familiar territory follows thereafter; the MIXER section mixes the outputs from the swarm oscillator and the noise source or an external signal for the filter. Familiarity continues with the powerfulVCF (Voltage Controlled Filter) section, centred around an analogue 12 dB multimode filter alongside a stereo digital emulation of that 12 dB multimode filter, plus a digital 24 dB lowpass filter. Furthermore, an ADSR section supplies an envelope generator with snappy-sounding curves, together with ATTACK and DECAY voltage control inputs. Its VCA neighbour can be controlled by either the ADSR envelope or GATE signal, while also providing external inputs for the following FX processor section — itself really representing the icing on the DELTA CEP A’s advanced audio engine with mind-blowing modulated stereo delay effects, as well as chorus, flanging, and phasing par excellence! Encompassing no fewer than 23 knobs, 14 buttons, 28 RGB LEDs, 14 outputs, and 17 inputs straightforwardly spread across its feature-packed facia, DELTA CEP A duly delivers on its potent potential for serious synthesis — still further boosted by adding additional modules. Carefully chosen connectivity provides users with welcomed freedom to integrate it into their existing Eurorack small-format modular system. Or opt to use it as an independent standalone synthesizer with Radikal Technologies’ desktop-destined alternative, courtesy of the tailor-made chassis — complete with integrated stereo OUTPUT; stereo FX-INPUT; MIDI IN, OUT, and THRU; and DC 12-19V, 2A DC-IN connections, plus onboard ON/OFF switch. Those transatlantic trade show attendees who witnessed whichever version of the DELTA CEP A in action or even spent some time trying one out for themselves will surely be happy to hear that they can consider adding one (or more) to their own studio or stage setups now that they are available all over the world from Radikal Technologies’ growing global network of dealers. DELTA CEP A is now available for purchase — priced at an RRP of €899.00 EUR/$999.00 USD (Eurorack) and €1,198.00 EUR/$1,298.00 USD (desktop) — through Radikal Technologies’ growing global network of authorised dealers. For more in-depth info, please visit the dedicated DELTA CEP A webpage here: https://www.radikaltechnologies.com/delta-cep-a-2/ Watch Radikal Technologies Product Designer Jörg Schaaf’s sonically-stimulating DELTA CEP A video playlist here:https://www.youtube.com/watch?v=_YkvgTVZQ3E&list=PLysQPMsmJseFLtTQxGL9tJROrferQtfLs
Pittsburgh Modular Synthesizers showcase completely different, organic analog synthesizer at SUPERBOOTH19 PITTSBURGH, PA, USA: musician- and sonic architect-attentive electronic instruments-maker Pittsburgh Modular Synthesizers is proud to debut Voltage Research Laboratory — a completely different, organic analog synthesizer, functionally influenced by the behaviours and systems of the natural world, with which adventurous users can explore the natural systems and lesser-known fringes of analog synthesis as a wildly experimental and extremely deep sonic playground — at SUPERBOOTH19 in Berlin, May 9-11… As Pittsburgh Modular Synthesizers’ most ambitious and experimental synthesizer offering to date, Voltage Research Laboratory comprises three separate modules that are 100% compatible with the ever-popular Eurorack small-format modular system, housed together in a purpose-built, handmade Eurorack case. Collectively they are so much more than an assemblage of tools and functions, rather representing a unique modular synthesizer seriously designed to reward deep experimentation, encouraging the creation of unique sonic systems. Central to Voltage Research Laboratory’s unique sound palette is its lifeforms voltage lab module. Musically or otherwise, it originates with a complex oscillator pair — primary oscillator and secondary oscillator — that utilise a wide range of shaping and manipulation options to move away from basic geometric shapes to more harmonically rich tones. There is also a custom wave folder with enhanced waveform warping, linear FM, amplitude modulation, ring modulation, waveform cycling, hard sync, and more besides — all available for serious sonic research. More manipulation comes courtesy of a set of multi-function generators — function generator a and function generator b, which work as interactive voltage processing systems to create and modify complex control voltages. Acting as voltage-controllable envelopes, LFOs, slew generators, and more, these function generators give life to evolving control signals. Thereafter, twin dynamics controllers — dynamics controller a and dynamics controller b — bring everything together. After all, as a unique circuit expanding on the classic low pass gate, the dynamics controller with variable response adds an organic depth to the lifeforms voltage lab module by simulating the natural behaviour of sound. Saying that, the multi-mode signal processor features a 12dB resonant filter, VCA, and percussive low pass gate modes. Meanwhile, back in the natural world, sound interacts with its surroundings, so the lifeforms voltage lab module makes use of an analog delay to simulate this interaction and create an artificial sense of time and space. Sonic manipulation of delay time and feedback add depth and warmth through chorus-, Doppler-, echo-, flanger-, reverb-, and slapback-type effects. Chaos can be found everywhere. Electronically, random gates and control voltages spark uncontrolled reactions, disrupt systems, and generate ideas. It is for that very reason that the lifeforms voltage lab module includes noise, stepped random CV, a pseudo-random sequence generator, pitched random CV, pitched random sequences, and random gates to add multiple levels of unpredictability to any patch. Pittsburgh Modular Synthesizers’ Voltage Research Laboratory itself includes the lifeforms touch controller module. Intuitive and inspiring, it effectively overcomes the creative restrictions of a traditional chromatic keyboard with a set of fully-configurable, multi-dimensional touch pads as a duophonic touch controller. By bringing into play two sets of five touch pads, it offers a flexible and interactive performance surface, so performances can be interpreted with a unique combination of monophonic and duophonic responses. The lifeforms touch controller module’s channel animator also allows speedy generation of complex sequences or glitchy chaos — all in all, then, the perfect launchpad for any experimental journey, be it musical or otherwise. As a Voltage Research Laboratory exclusive, the lifeforms utility module features a unity gain signal mixer/splitter along with stereo headphone and line outputs, rounding out the functionality of this completely different, organic analog synthesizer. The three Voltage Research Laboratory modules are housed in a beautiful 96hp Eurorack enclosure, shaped with the warmth of walnut and the strength of steel. Suitably named, the Lifeforms Research Console case perfectly pairs classic desktop synthesizer ergonomics with a modern Eurorack form factor and a clean, reliable power supply. Showcasing Voltage Research Laboratory for all to see and hear for the time first time on booth (O226) at SUPERBOOTH19 — Europe’s first and largest trade fair for electronic musical instruments — in Berlin, May 9-11, Pittsburgh Modular Synthesizers has launched its funding campaign on Kickstarter.
Note that Pittsburgh Modular Synthesizers will also be selling the lifeforms voltage lab and lifeforms touch controller Eurorack modules and Lifeforms Research Console case separately with SRPs of $899.00 USD, $399.00 USD, and $349.00 USD, respectively — discounts available to Kickstarter supporters, while the lifeforms voltage lab module will also be available as the Voltage Lab Blackbox standalone synthesizer with an SRP of $999.00 USD — discount available to Kickstarter supporters. Watch Pittsburgh Modular Synthesizers’ intriguing introductory video for Voltage Research Laboratory here:https://youtu.be/fk2D0SAVtYU
Gamechanger | Audio unveils revolutionary electro-mechanical Motor Synth at SUPERBOOTH19 RIGA, LATVIA: having presented an initial proof-of-concept prototype product at The 2019 NAMM Show in Southern California, January 24-27, uncharted music electronics territories explorer Gamechanger | Audio is proud to unveil the revolutionary Motor Synth — a digitally-controlled analogue electro-mechanical synthesizer that uses a system of electromotors (to convert electrical energy into mechanical energy) as its main sound source — in its finished desktop design at SUPERBOOTH19 in Berlin, May 9-11… Motor Synth really represents a new method of analogue audio signal synthesis since digitally-controlled electromotors have never been used as the principal sound source for a commercial musical instrument — indeed, nothing like it has ever been built before! But actions always speak louder than words. So how, exactly, does the revolutionary Motor Synth work? Well, simply speaking, Motor Synth produces sounds by accelerating and decelerating eight electromotors to precise rpm (revolutions per minute) that correspond with specific musical notes. Needless to say, the instrument in question’s eight-electromotor configuration means that it is a four- note true polyphonic synth with two voices per key played. Digging deeper, Motor Synth takes a two-pronged approach to producing its core sound, starting with magnetic pickups placed on each of its eight electromotors; those electromotors’ spinning coils result in a very industrial-sounding, ridiculously over-the-top analogue tone — think eight harmonious revving engines pumping out an intimidating noise! Next, specially-designed reflective optical disks have been attached to the shafts of each electromotor. Each disk contains a graphical representation of some standard audio wave-shapes. As the electromotors spin, the disks are set into circular motion, and each wave-shape is read by a dedicated set of UV (ultraviolet) sensors, then converted into an audio signal. So the wave-shapes on the reflective optical disks become precise musical notes, corresponding to the speed of the electromotors. Elsewhere, Motor Synth still features familiar analogue audio processing circuits — filters, envelopes, et al — alongside arpeggiation, cross- modulation sequencing, and multiple polyphonic mode facilities, as well as an innovative looping system that allows adventurous users to layer rhythm and melodies, just like when using a loop station. Manifestly, Motor Synth is a desktop design — unlike its initial proof-of-concept prototype predecessor, but it can still be played out of the box via eight built-in control keys and four floating tuning pots. Performers and composers can, of course, connect any standard MIDI (Musical Instrument Digital Interface) controller, like a keyboard or DAW (Digital Audio Workstation), while Motor Synth is also capable of tracking a monophonic audio signal, such as guitar or bass, via its 1/4-inch mono input. Interestingly, Motor Synth can be configured to act as a harmonizer for electric guitars or other melodic instruments, recognising the pitch of a musical tone and instantly generating a complimentary tone by operating an electromotor at a matching frequency. Furthermore, users can create intervals and chords based on the frequency of the incoming signal with no need (necessarily) for a MIDI controller or inputting preprogrammed musical information. Whatever way anyone chooses to play Motor Synth, a stunning visual experience is guaranteed. Get this: Motor Synth’s see-through protective glass cover above its core sound system of eight electromotors enables users to receive visual feedback from the instrument itself by being able to see those spinning electromotors in action. But better still, the visual experience is enhanced still further by the also-visible set of reflective optical disks attached to the electromotors’ shafts being coupled to a set of eight mini strobe lights, so those spinning disks themselves turn into a hypnotic light show, courtesy of the strobe effect! As an instrument that uses electromotors as its main sound source, Motor Synth inherently possesses many unique sound traits that will surely appeal to many musicians that favour analogue electronic instruments and synthesizers in particular. Put it this way: with its unusual tonal and timbral qualities, unlimited microtonal pitch adjustment and modulation abilities, and note attack and decay properties influenced by the acceleration and deceleration curves of electromotors, Motor Synth works well across a wide range of musical styles. Showcasing its third revolutionary product, Gamechanger | Audio will be proudly unveiling Motor Synth on booth (H320) at SUPERBOOTH19 — Europe’s first and largest trade fair for electronic musical instruments — in Berlin, May 9-11. Thereafter, it will be following in the super-successful crowdfunding footsteps of Gamechanger | Audio’s PLASMA Pedal, perfectly realising a revolutionary approach within the realm of overdrive and distortion by transforming the connected instrument’s live signal into a series of continuous high-voltage discharges within a xenon-filled tube, thanks to achieving 921% funding on Indiegogo in April 2018 (https://www.indiegogo.com/projects/plasma-pedal-high-voltage-distortion-unit–3#/). No doubt the equally- revolutionary electro-mechanical Motor Synth will follow suit, successfully realising a new method of analogue audio signal synthesis.