Make Noise GTE: Rhythmic Alchemy and Modular Gatecraft

A key feature on display is the GTE’s ability to extract gates from the CV output of a sequencer—here, René’s pitch sequence is multed both to a sound source and to the GTE’s span input. This dual routing allows the GTE to generate gates based on pitch information, effectively translating melodic contours into rhythmic triggers. The controls are set to ensure the full range of the sequence is available to the GTE, maximising its responsiveness.

The demonstration goes further, showing how external modulation sources, such as Multi-Mod, can be used to automate and manipulate the GTE’s outputs. By adjusting the output range of René, the patcher can control which notes trigger certain GTE channels, resulting in intricate, evolving patterns. The interplay between pitch, gates, and modulation is at the heart of the patch, offering a glimpse into the kind of nuanced control that modular aficionados crave.

The workflow highlighted in the video is all about dynamic manipulation—patching and repatching to keep the sequence alive and unpredictable. By routing the first six GTE channels through the Jumbler, the patcher sets up a system where outputs can be rerouted in real time, either manually or via modulation. This approach encourages experimentation, as the destinations of rhythmic triggers can be changed on the fly.

The video demonstrates how adjusting parameters like fall time and oscillation can yield different results depending on which GTE channels are active. The patcher uses the highest notes to trigger longer ring-outs, and by tweaking the sequence range, can fine-tune which events get emphasised. This section underscores the GTE’s role as a tool for hands-on, gestural sequencing—ideal for those who like their modular rigs to surprise them.

The integration of the Jumbler module is a highlight, showcasing its ability to reroute GTE outputs and add another layer of unpredictability. By clocking Multi-Mod to the same pulse as the main sequence, the patcher uses a square wave to toggle between different Jumbler rotations. This simple automation yields complex results, as the routing of gates shifts in time with the sequence, creating evolving patterns without manual intervention.

Turning up the Radiate parameter allows for blending of outputs, further enriching the patch’s texture. The video also explores using GTE’s even and odd outputs to modulate René’s behaviour—switching locations or sequence directions based on gate activity. This interplay between modules exemplifies Make Noise’s philosophy of open-ended, patch-based composition, where each element can influence the others in unexpected ways.