GTE Gestural Time Extractor

Make Noise GTE

Make Noise expands their NUSS system with the Gestural Time Extractor (GTE), an 8-channel pulse extractor and channel index translator for CV that derives pulse and gate signals from a single CV source. The GTE is capable of generating up to eight individual channel pulses, a pulse stream derived from motion of the input signal, as well as two gate sources representing either even or odd channels. Patch in any CV signal, and you'll find unique rhythms and gate patterns related to the signal's movement, allowing for complex rhythmic results from relatively few ingredients, all with a cohesive movement signature that helps make patches feel organic and connected. While GTE offers plenty of creative capabilities beyond systems using other NUSS modules, it is particularly powerful with PoliMATHS, giving you a direct translation of the Channel Index signal by extracting gates as the index shifts from one channel to the next, and allowing for other timed events to move in lock-step with channel movement.

Using the Space control, you can adjust the sensitivity of GTE's channel switching by controlling the threshold proximity of each channel to the next, making GTE more or less responsive to channel switching. A Clock input makes it so that an output channel will only change upon reception of a trigger or gate, making it a cinch to sync with other events. Whether you're directly integrating with another NUSS module for channel index timing control or extracting gates and pulses from any unique CV source in your system, the GTE expands the expressive depth of any rack by creating complex rhythms and timing signals from a singular input. The Make Noise GTE is exceptional for generating rhythms, useful for individual or multi-voice timing, and of course is an integral part of the NUSS system.

GTE Features

• 8 Channel pulse extractor and NUSS Channel Index translator
• Span input takes CV and converts to pulses that correspond to signal motion
• Clock input syncs pulses to clock
• Syncs channel activations from PoliMATHS and MultiWAVE
• Space parameter adjusts threshold proximity of the channels
• Works great as a Channel Index Translator for PoliMATHS