In this video resident expert Nick Bigelow of Patchwerks shares a few practical ways to the use the new Make Noise 0-CTRL with his trusty companion the Rossum Trident.
The Make Noise 0-CTRL is a patchable, clockable controller and step sequencer for voltage controlled synthesizer systems. Designed to be patch pals with the 0-Coast, it is a tabletop device whose inputs and outputs follow Eurorack standards, making it also a great partner for a modular system or another patchable tabletop synth.
Fully analog and patch programmable, no menus or modes, what you patch is what you get!
Sequence and Control the Pitch, Strength, and Time of your synthesizer voice, per step.
Voltage control over Stop and Direction.
Dynamic Reset, select Reset Step while sequencing.
Pressure and Touch Gate outputs for human generated events and expression.
Dynamic Envelope and Gate outputs allow for voice loudness/ strength per note.
Gate output per step for patch programming sequence behavior and triggering unique events per step.
Synchronize the 0-CTRL via the Clock In, or clock other machines with the Clock and/ or Gate Outs.
Sequence your synthesizer and play it by hand simultaneously with Sequence Interrupt.
Order your 0-CTRL here: bit.ly/mn_0ctrl
The latest brainchild of synth pioneer Dave Rossum, TRIDENT is a 100% analog, triple oscillator module that opens up a universe of dynamic timbral textures.
At its most basic level, TRIDENT is three precision audio VCOs, each sporting a unique variety of control voltage inputs.
The main or “Carrier” oscillator provides its three waveforms simultaneously. The two Modulation Oscillators each have a single output and a waveform selector. The Modulation Oscillators also have a voltage controlled Symmetry parameter which varies the duty cycle of the triangle wave output from sawtooth to triangle back to time reversed sawtooth, and also varies the sawtooth output to have an upward or downward kink in the middle, as well as controlling pulse width when the pulse waveform is selected.
And while each oscillator can be used independently if desired, it’s when they’re combined into a synchronous ensemble that the real sonic magic happens.
That magic is what we call Zing Modulation. Each of the Modulation Oscillators can modulate each of the Carrier outputs in an amount controlled by the Zing parameter. Zing Modulation is mathematically akin to ring modulation, but due to the synchronization of the oscillators (when an oscillator’s Sync button is on), the aharmonic sum and difference sidetones of ring modulation transform into complex but purely harmonic overtone spectra, which vary dynamically and dramatically with the frequency and waveshape modulations of the modulation oscillators. Each change in the Modulation Oscillator parameters - Frequency, Symmetry, Waveshape, Zing, and (in the case of Modulation Oscillator 2) Phase - will have a different effect on the timbre of each of the three Carrier waveshape outputs.
When the modulation oscillators are set to track the carrier oscillator, the waveshape will remain constant as the carrier frequency changes. In this case the overtone structure is determined by the settings and CV modulations of the modulation oscillators. If instead the modulation oscillators do not track the carrier, some of the overtone structure will vary relative to the carrier frequency.
What all this means is that whether you take advantage of Trident’s unique synchronous modulation capabilities (which you, of course, should), or just treat it as three superb, wide-range analog oscillators, TRIDENT offers a vast variety of dramatic sonic textures.
Order a Rossum Trident here: bit.ly/rossum_t...
patchwerks.com/
Demo by: Nick Bigelow
Video by: Matthew Piecora (aka EZBOT)
www.ezbot.live
15 окт 2024
