Make NoiseJumbler Analog Signal Combiner + Distributor

Make Noise Jumbler

In a modular synthesizer ecosystem obsessed with control, precision, and the delicate ballet of voltage, the Make Noise Jumbler offers something stranger and more poetic: uncertainty with intent. A six-by-six analog signal combiner and distributor, the Jumbler is a sculptural take on routing, using a pair of voltage-controlled parameters—Rotate and Radiate—to rearrange connections not with the cold finality of a switch, but with the fluid nuance of a VCA-driven mix. It doesn't so much route signals as remix them, in real time, while you watch your patch subtly evolve into something new.

Where traditional matrix mixers assign strict inputs to outputs, the Jumbler invites a looser, more improvisational approach. Rotate cycles the positions of inputs through the outputs, like a lazy Susan for voltage, while Radiate controls how much of each signal gets sent—blending, bleeding, or even fully eclipsing other sources. What results is not just a reconfiguration of patch architecture, but the possibility of entirely new behaviors: composite rhythms made from gate pulses, drones that swirl between oscillator voices, even the elegant misbehavior of feedback loops spiraling in and out of control.

This is not a module for those seeking simple utility. The Jumbler belongs to the Make Noise tradition of philosophical devices, asking questions as often as they answer them. Whether it's being used to gently remix modulation signals across a performance or to aggressively mutate the core architecture of a generative system, the Jumbler brings with it a sense of play, instability, and transformation. You've patched a system. Now try jumbling it.

Jumbler Features

• Re-routes up to six signals to six outputs
• Combines and blends CV, audio, gates, or clocks
• Rotate and Radiate controls offer intuitive voltage control
• Perfect for waveform mixing and rhythm generation
• Analog design with 36 VCAs
• Functions like a dynamic matrix mixer
• Ideal for patch mutation, feedback, and effects rerouting