Scanned is an organic wavetable oscillator. It uses an unexplored technique known as Scanned Synthesis to animate wavetables that are created in real-time. This synthesis method was conceived by the father of computer music, Max Mathews, as the next paradigm in digital oscillators, and until now, has never been implemented on hardware.
The wavetables are dynamically generated from a set of “objects” tied together on a virtual string. These objects have physical properties including Mass, Stiffness, and Damping which affect the way that the string moves through space and time. Unlike physical modeling, however, this algorithm is a means of creating new electronic sounds, not replicating acoustic instruments.
To animate the waveform, the objects are morphed into the currently selected hammer shape and then released. This excitation of the sound generates evolving timbral landscapes that contain harmonic movement without external modulation. The hammer section also determines whether Scanned is a free-running oscillator, or a triggered sound source allowing it to function as a complete voice without additional filters or VCAs.
- First hardware implementation of Scanned Synthesis
- Organic wavetable generation and animations
- Can be a free-running oscillator or triggered voice
- Inject input allows external audio or CV sources to excite the string
- Evolving timbral landscapes without external modulation
- Four hammer shapes with interpolation
I have had the Strymon Magneto for some time now and I decided to shoot a short video discussing some of my thoughts.
spoiler it is a very musical module. I really enjoy the hands on control. While admittedly I was concerned about the price point. Considering I recently had purchases a Rainmaker delay module which did not last in my rack. The Magneto was met with a bit of caution. I must say however I am left quite impressed. it is deceptively deep and quite controlled and full of “sweet spots”. The ability to reverse delays and freeze moments in time is great. Check out the video and let me know what you think.
for more info check out https://www.strymon.net/products/magneto/
Dove audio is proud to announce a completely new concept in waveform morphing for it’s new oscillator module for both Euro and MU(MOTM and dotcom) modular systems.
The Window Transform Function (WTF) is a radically different way to morph between two waveforms, create a hybrid mix of two waveforms previously unheard of.
Pre-production prototype module in euro-rack format.
The concept is a relatively simple one, two waveforms are used (front and rear) and are synchronous. A ‘window’ can be opened in the front waveform allowing a portion of the rear waveform to be ‘inserted’ into the front waveform. It is also possible to have dual windowed waveforms (as shown in the picture above).
Below is a drawing showing the resultant output when windowing a sawtooth with a square wave.
Example WTF output wave in Yellow, with a red square wave for the front waveform and a blue sawtooth for the rear
Front wave, Rear wave and Window width have full independent control via CV.
A video showing the window transform function in use is given below;
The oscillator also has a tuneable noise feature, demonstrated in this video;
Two short audio demos can be found here –
The WTF oscillator will first be available in both Euro-rack and MU(dotcom and MOTM power) modules via our Kickstarter campaign, here –
About Dove Audio (www.Dove-Audio.com)
After a 12+ month break the world of synthesizer design Paula Maddox is back with a new company and fresh new ideas in the form of Dove Audio. She has a proven track record spanning nearly 20 years for delivering high quality and unique designs to the industry.
Dove Audio aims to produce unique and innovative audio products for the electronic music enthusiast and professional alike.
I plan on having Paula on a show in the Near future to discuss Dove audio and the WTF oscillator.
Download the Firmware here. http://soulsbysynths.com/oscitron-downloads/
The Vermona uniCycle is the new VCO from synth masterminds Vermona. Sharing its core with the ’14 synthesizer the uniCycle adds some tricks for the modular system.
From the vermona site
Oscillator-circuits are used in our VERMONA synthesizers, we know how to design them. But instead of copy and paste, we reworked many aspects when adapting our circuits for modular purpose. What is great for closed systems might not always be perfect for modular systems.
All that development work resulted in uniCYCLE: compact, high-performant and stable.
Simple interface and quality without compromises
Hex Inverter the mind behind the Mutant Drums series of Eurorack Modules returns to NAMM 2017 with a new filter, Rim shot and wild noise source oscillator. Winston from Balcones Whiskey steps in to assist with this coverage so big thanks to Winston and the crew at Balcones whiskey.
New Synthesizer Modules from Hex inverter at Namm 2017!
Designed to be the nucleus of a synthesizer, the Double Helix Oscillator is a modular waveform generator like no other. A set of beefy, analog oscillators paired with voltage controlled shape contouring, deep modulation and a performance-ready voltage controlled modulation matrix create a dynamic, analog waveform playground.
At the core of the Double Helix are two, wide-range precision oscillators. The primary oscillator includes a full complement of waveforms and multiple modulation options. The secondary oscillator offers a more focused set of waves and frequency modulation. Both oscillators reach deep into LFO range and can be used as voltage-controlled modulation sources.
The contour section of the Double Helix Oscillator features a highly tuned wavefolder paired with an exclusive dynamic impulse low pass gate. The contour signal chain starts with a two-channel mixer. This allows multiple waveforms or multiple oscillators to be combined before passing though the contour section. The first half of the contour section is a voltage-controlled, 6-stage wavefolder used to add odd harmonics to the incoming waveform. The timbre and timbre CV controls set the density and amplitude of the folds. When processing a sine wave, the wavefolder creates a spectral change from zero harmonics to square, with an infinite harmonic series.
The second half of the contour section is a dynamic impulse low pass gate. The effect of the low pass gate is similar to pairing a low pass filter and VCA together. As the dynamics control is opened, the filter adds harmonics and the VCA increases the amplitude of the waveform. As the dynamics control is closed, the filter removes harmonics and the VCA decreases the amplitude of the waveform. This pairing mimics how sound behaves in the real world creating a more naturally tonal response. The impulse input adds the ability to strike or ping the low pass gate circuit creating a very organic, percussive sound. The decay time of the impulse input is set by the dynamics response control allowing the strike to be tuned to a specific musical context.
The modulation section includes an LFO offering simultaneous sine, square, and random waveforms. A noise source is also available for audio or modulation use.
A pair of voltage-controlled routers manage all the CV inputs creating a dual, voltage controlled modulation matrix perfect for complex signal paths, experimentation, and live performance. The matrix consists of two voltage-controlled amplifiers designed to control the modulation amount inputs that can be routed to any of the Double Helix CV inputs. Each of the CV inputs can be switched to channel a, bypass, or channel b and mixed with a dedicated CV input.
- Panel size: 28hp
- Depth: 37mm
- Power Usage: +12v 223mA, -12v 205mA
- Does not require +5v