Intellijel Multigrain: A Deep Dive into Modulation Possibilities

Multigrain’s three assignable CV inputs—X, Y, and Z—form the backbone of its modulation matrix. Each input can be routed to any parameter, with individual depth and polarity settings, making it possible to sculpt intricate modulations per scene. The video walks through the process of assigning modulation, demonstrating how the mod pages allow for quick and intuitive mapping. Attenuverter controls and visual feedback via LEDs ensure you know exactly how your CV is being applied.

Random modulation is given equal weight, with a dedicated RAND page offering per-parameter randomness that can be positive or negative in depth. The inclusion of two assignable modulation outputs, A and B, rounds out the feature set, enabling users to route modulation signals out to other modules or even back into Multigrain itself. This flexibility is a nod to Intellijel’s modular philosophy—everything is patchable, and nothing is locked in.

The video dives into practical sound design, showing how modulation can be assigned to different parameters across scenes for evolving textures. By patching sources like the FSR 1U or Tangrams into the X or Y inputs, users can modulate pitch, tone, size, and more, with each scene holding its own unique modulation assignments. This per-scene approach means you can morph between entirely different modulation setups, opening the door to dynamic transitions and animated sonic landscapes.

Morphing itself is a highlight, with the morph fader serving as both a manual and CV-controllable macro. By patching an LFO from Dixie into the morph input, the video demonstrates automated movement between scenes, with the morph fader’s LED providing real-time visual feedback. The ability to automate or perform scene morphs adds a performative dimension to Multigrain’s modulation capabilities.

The editorial takeaway is that Multigrain’s modulation system isn’t just about tweaking parameters—it’s about orchestrating movement and evolution across your patch. The module encourages experimentation, letting users layer modulations and morph between them for rich, ever-changing results.

Intellijel showcases a range of modulation tricks that push Multigrain beyond the basics. Quantised random modulation is a standout, allowing users to apply random pitch modulation and then lock it to musical intervals via the built-in quantizer. This makes it easy to generate melodic sequences that are both unpredictable and harmonically grounded—a boon for generative and experimental patches.

Looping and freeze functions add further depth, with the ability to modulate the looping recorder’s freeze state from any modulation source. The video demonstrates how to assign gates or CV to freeze, enabling stuttered or time-locked effects. These techniques are presented as tools for creative workflow, encouraging users to think beyond static modulation and embrace evolving, interactive control.