MORE ARTICLE WITH MultiWAVE

15. January 2026

MILES

MAKEN0ISE: Strumming the Grid – A Patch Adventure Beyond Sequencing

© Picture: MAKEN0ISE (YouTube)

MAKEN0ISE: Strumming the Grid – A Patch Adventure Beyond Sequencing

In this latest Make Noise video, the Asheville-based modular mavericks take us on a deep dive into a patch that sidesteps traditional sequencing in favour of a strumming technique. Rather than sticking to the usual grid-based routines, the patch explores slow-cycling modulation, creative signal routing, and evolving harmonic landscapes. As always, Make Noise’s approach is exploratory and open-ended, showing just how far their modules can be pushed when you think outside the step sequencer. If you’re curious about inventive workflows and the sonic quirks of Make Noise gear, this patch breakdown is a goldmine.

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8. January 2026

MILES

MAKEN0ISE MultiWave: Gliding into Polyphonic Possibilities

© Picture: MAKEN0ISE (YouTube)

MAKEN0ISE MultiWave: Gliding into Polyphonic Possibilities

Make Noise, the Asheville-based modular mavericks, kick off the new year with a deep dive into the MultiWave’s glide control—a feature that promises more than just slippery pitch bends. In this official walkthrough, the Make Noise team demonstrates how the MultiWave stands apart from typical analog VCOs, offering independent glide per voice and real-time modulation for evolving textures. For those who think glide is just a bit of portamento, think again: this module’s approach opens up a world of polyphonic movement and nuanced sequencing. If you’re curious about how a dedicated glide circuit can transform your patches, this video is

13. November 2025

MILES

Make Noise Output Mixing: Exploring Submixing on PoliMATHS and MultiWAVE

© Picture: MAKEN0ISE (YouTube)

Make Noise Output Mixing: Exploring Submixing on PoliMATHS and MultiWAVE

Make Noise, the Asheville-based modular mavericks, are back with a deep dive into output mixing on their latest modules: PoliMATHS and MultiWAVE. In this official walkthrough, the team demonstrates how both modules allow for flexible submixing, letting users group channels in unconventional ways for both modulation and voicing. The video walks through the button combinations needed to engage these features, shows off the LED feedback, and provides patch examples that highlight the creative potential of these submixes. If you’re curious about how these modules can slot into your rack for more complex signal routing, this is essential viewing.

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13. November 2025

LYRA

MAKEN0ISE MultiWAVE: MultiMod LFO Architecture for Deep Timbre Modulation

© Picture: MAKEN0ISE (YouTube)

MAKEN0ISE MultiWAVE: MultiMod LFO Architecture for Deep Timbre Modulation

Make Noise’s MultiWAVE module takes a digital deep dive into timbral modulation, harnessing a MultiMod-styled LFO to animate wavetables across two oscillators. In this official walkthrough, the Asheville-based experimentalists demonstrate how their signature modulation architecture translates into hands-on sound design, with a focus on independent shapes, modulation speeds, and advanced page 2 options. If you’re curious about how digital LFOs can sculpt complex sonic movement—or how Make Noise’s workflow philosophy manifests in their latest module—this video offers a precise, architecture-driven look at the MultiWAVE’s modulation engine.

30. October 2025

MILES

Make Noise PoliMATHS: A Deep Dive into Span Modes and Modular Possibilities

© Picture: MAKEN0ISE (YouTube)

Make Noise PoliMATHS: A Deep Dive into Span Modes and Modular Possibilities

Make Noise, the Asheville-based champions of modular experimentation, return with a focused exploration of their new PoliMATHS module. In this official video, the team walks through the three distinctive span modes—Channel Index, Round, and Parallel—each unlocking a different approach to pattern generation across the module’s eight channels. Expect a patch-oriented demonstration, with voltage addressing, clocked sequencing, and clock division all on the menu. For those who thrive on creative modulation and intricate signal routing, this is a revealing look at how PoliMATHS can become the nerve centre of a Eurorack setup.

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