YOUTUBER: MAKEN0ISE

29. April 2025

MILES

Make Noise Jumbler: Patch Routing Gets a Shake-Up

© Picture: MAKEN0ISE (YouTube)

Make Noise Jumbler: Patch Routing Gets a Shake-Up

Make Noise, the Asheville-based maestros of modular mischief, unveil the Jumbler—a six-by-six analog signal combiner and distributor for Eurorack. This module isn’t just another matrix mixer; it’s a voltage-controlled playground for rerouting, blending, and mutating signals on the fly. In their latest video, Make Noise walks through the Jumbler’s unique approach to patch rearrangement, showcasing its two-parameter control scheme and VCA-based architecture. If you’ve ever wished your patch cables could dance, this might be the closest thing yet.

17. April 2025

MILES

Make Noise XPO: Dual 1v/Oct Inputs—A Patchable Playground

© Picture: MAKEN0ISE (YouTube)

Make Noise XPO: Dual 1v/Oct Inputs—A Patchable Playground

Make Noise, never one to shy away from unconventional design, brings us the XPO—a stereo oscillator with not one, but two 1v/oct inputs. In this official video, the Make Noise team dives into the practical and creative implications of this rare feature, exploring everything from exponential FM to hands-on transposition and evolving sequences. For those who like their oscillators to do more than just drone in tune, this walkthrough offers a patch-oriented look at how the XPO’s dual pitch inputs can unlock new layers of control and musicality. If you’re curious about stacking sequences, dynamic key shifts, or just want

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10. April 2025

MILES

Chunky Orbits and Stepped Realities: Make Noise Explores MultiMod’s Shaping Power

© Picture: MAKEN0ISE (YouTube)

Chunky Orbits and Stepped Realities: Make Noise Explores MultiMod’s Shaping Power

Make Noise, the Asheville-based champions of modular mischief, return with a deep dive into MultiMod’s more eccentric read shapes. This official walkthrough eschews the usual smooth LFO fare, instead focusing on staircase, ramp, and randomised orbits—each offering a different flavour of discontinuity. The video methodically demonstrates how these shapes can be harnessed for everything from stepped modulations to unpredictable gate streams, all while keeping the patching practical and the metaphors suitably crunchy. For those interested in sound design that’s more coleslaw than consommé, this is a must-watch.

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3. April 2025

MILES

Make Noise MultiMod: Replicating and Shifting CV in Modular Melodies

© Picture: MAKEN0ISE (YouTube)

Make Noise MultiMod: Replicating and Shifting CV in Modular Melodies

In this latest video from Make Noise, the Asheville-based modular mavericks dive deep into the MultiMod module’s knack for replicating and shifting quantized pitch CV across multiple oscillators. True to Make Noise’s exploratory spirit, the demonstration isn’t just about technical prowess—it’s a hands-on journey through phase-shifted melodies, gestural control, and creative voltage routing. If you’re curious about how MultiMod can transform your melodic sequences, or how time base and phase delays can sculpt evolving soundscapes, this walkthrough offers a patch-oriented perspective with plenty of practical examples. Expect arpeggios, rhythmic interplay, and a few classic Maths cycling tricks along the way.

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27. March 2025

MILES

Make Noise MultiMod: Orbits, Abstractions and Eightfold CV Mayhem

© Picture: MAKEN0ISE (YouTube)

Make Noise MultiMod: Orbits, Abstractions and Eightfold CV Mayhem

Make Noise, the Asheville-based purveyors of modular oddities, return with the MultiMod—a module that throws conventional metaphors out the airlock in favour of planetary orbits and abstract signal choreography. In their latest video, the Make Noise team walks us through the MultiMod’s ability to generate and manipulate multiple control voltages simultaneously, sidestepping the usual tape loop and buffer analogies for a more cosmic approach. With eight independent outputs, shifting speeds, and a suite of shape controls, this module promises to be a playground for those who see their Eurorack as a solar system of modulation. If you’re after a tool

20. March 2025

MILES

MAKEN0ISE’s MultiLevel Gate Delay: Replicating Rhythms Across Time

© Picture: MAKEN0ISE (YouTube)

MAKEN0ISE’s MultiLevel Gate Delay: Replicating Rhythms Across Time

Make Noise, Asheville’s resident mad scientists of Eurorack, return with a deep-dive into the MultiLevel Gate Delay—a tool for splintering gate sequences into intricate, time-shifted patterns. In this video, the Make Noise team demonstrates how gate replication can transform a simple rhythmic sequence into a sprawling lattice of evolving triggers, all with the twist of a few knobs. Expect a patch-oriented exploration that’s less about marketing and more about what happens when you let gates spill and overlap across multiple channels. If you’re after new ways to animate your modular rig, this is a masterclass in rhythmic mutation and modular

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13. March 2025

MILES

MAKEN0ISE MultiMod: Sequence Replication and Signal Hijinks in the Modular Realm

© Picture: MAKEN0ISE (YouTube)

MAKEN0ISE MultiMod: Sequence Replication and Signal Hijinks in the Modular Realm

Replicating a sequence in modular synthesis isn’t just about copying notes—it’s about choosing where to tap into the signal flow and what you want to manipulate. In this latest video from MAKEN0ISE, the Asheville-based champions of experimental Eurorack, we’re treated to a deep dive into the MultiMod module’s ability to clone, phase, and mutate sequences at multiple points in your patch. The video walks through practical examples, from clock duplication to oscillator output copying, and explores how phase control, tempo syncing, and variable read shapes can transform rhythmic patterns. If you’re curious about new ways to disrupt and reimagine your

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6. March 2025

MILES

MAKEN0ISE MultiMod: Lifting the Veil on Tape & Microsound Alchemy

© Picture: MAKEN0ISE (YouTube)

MAKEN0ISE MultiMod: Lifting the Veil on Tape & Microsound Alchemy

Make Noise returns with a deep patching session, introducing the MultiMod as a pivotal upgrade for the Tape & Microsound Music Machine. In classic Make Noise fashion, the video explores how MultiMod’s signal processing and modulation prowess can transform a familiar system into a more versatile, expressive instrument. Drawing inspiration from Tony Rolando’s evocative compositions, the walkthrough blends technical patching with creative sound design, inviting viewers to rethink how new modules can breathe life into established setups. Expect a haze of morphing voltages, layered textures, and a few nods to the unpredictability of modular workflows.

27. February 2025

MILES

Make Noise MultiMod: Eightfold Modulation Mayhem in the Modular Realm

© Picture: MAKEN0ISE (YouTube)

Make Noise MultiMod: Eightfold Modulation Mayhem in the Modular Realm

Make Noise, the Asheville-based purveyors of modular mischief, hand the spotlight to James Cigler for a deep dive into the MultiMod—a module designed to splinter a single input into eight correlated outputs. In this video, Cigler demonstrates how the MultiMod isn’t just another LFO, but a versatile tool for transforming modulation and audio alike. From subtle filter animation to wild, time-smeared textures, the MultiMod’s creative patching options are explored with Make Noise’s trademark experimental flair. If you’ve ever wondered how to wring maximum movement from minimal sources, this walkthrough is a patcher’s delight.

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20. February 2025

MILES

MAKEN0ISE MultiMod: Stretching Time and Control Signals in Eurorack

© Picture: MAKEN0ISE (YouTube)

MAKEN0ISE MultiMod: Stretching Time and Control Signals in Eurorack

Make Noise, the Asheville-based champions of modular experimentation, take a deep dive into the MultiMod’s slowest realms in their latest video. This isn’t your usual quick-fire demo—instead, we’re treated to a meditation on long time settings, stretched control signals, and the subtle art of letting modulation breathe. The MultiMod is shown not just as a utility, but as a tool for navigating musical timescales, with creative uses of its spread, hold, and phase controls. For those who think in voltages and crave nuanced modulation, this is a patch-oriented exploration worth your attention.