Verbos ElectronicsRandom Sampling
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Verbos Random Sampling
Inspired by the Buchla 265 & 266 and the legendary ASR Fortune module, the Verbos Electronics Random Sampling module adds uncertainty and randomness to any flavor of Eurorack modular synthesizer patch. The module features two fluctuating random outputs with dedicated CV inputs for controlling the fluctuation speed. Additionally, there’s a random gate output that loosely follows the fluctuating voltages, though it can still produce some singularly surprising results.
The module’s features do not stop there. A quantized random voltage section provides stepped random voltages with selectable number of random "options," allowing users to hone in on exactly how random the outputs should be. If all that isn’t enough, there’s also an analog shift register on board that brings four phases of a chained sample and hold. The sample and hold is also able to be used as four separate S&H channels and makes the module even more prone to sonic unpredictability.
Random Sampling Features
- Two Channels of variously shifting Random Control Voltage
- Random Gate output for each channel
- CV inputs for fluctuating random speed control
- Quantized random voltages for stepped waveforms
- Quad Analog Shift Register
- Four independent Sample and Holds
- Noise Source with White, Pink and "Metallic" noise
- Eurorack Module
- Width: 18HP
- Depth: Under 1""
- Current Draw: 120mA@+12V, 80mA@-12V
Audio-Controlled SynthesisConverting Audio to MIDI + CVBuying Guide: Eurorack DelaysThe Best Echo Effects for Your Modular SynthesizerLearning SynthesisAn Introduction Learning Synthesis: NoiseWhat is Noise and Why Do We Need It?Learning Synthesis: Randomness Pt. 2Pt. 2: Foundations with Buchla and SergeLearning Synthesis: Sequencers Part 1Part One: A Brief History of SequencingPolyphonic Modular Synth: Classic ApproachesVoice Allocation Tactics + Analog Shift RegistersWhat is West Coast Synthesis...Really?A Closer Look at Don Buchla's Legacy of Outsider Instrument DesignAn 8 step sequence from the Voltage Multistage was sent into the "c.v. input" of the Analog Shift Register which was then, triggered (or advanced) by the Voltage Multistage. the first A.S.R output was sent into the "pitch" CV input of the Complex Oscillator while output 4 was sent to the Harmonic Oscillator. In effect, the Complex Oscillator was receiving the CV information first then the Harmonic Oscillator was receiving the same version, delayed by 3 steps.
In the video, we slowly build the sequence so it is easily to follow visually. Watch the LEDs of the Analog Shift Register as we input control voltage signal, additionally, the voices are panned slightly left/right so use headphones to fully hear the effect.