Massive X

A configurable synthesis network

MASSIVE X centers on two wavetable oscillators, but the routing architecture is as important as the sources. Oscillators, noise, filtering and insert processors can be connected into different per-voice signal paths. Phase-modulation and feedback buses make those paths useful for more than subtractive synthesis, including complex waveshaping and resonant physical-modeling-style sounds.

Separate voice design from stereo finishing

The polyphonic area processes each voice independently. Its outputs feed a monophonic area containing three stereo effects, which process the combined voices. Modulation sources and macros can address parameters throughout the instrument, while three Performers supply detailed rhythmic movement and switchable patterns.

Explore first, then edit

The linked manual includes Play view, where eight macros and a Morpher make a preset immediately playable. The Morpher moves between macro snapshots, and Animator can automate that movement. Edit view exposes the synthesis network and deeper controls. Start from the initialized routing when building a sound, establish one oscillator and a clear output path, then add modulation and processing deliberately.

Source: Manual, “Play view,” pp. 9–14; “Edit view / Instrument structure,” pp. 31–35; “Routing,” pp. 52–55; “Wavetable oscillators,” pp. 60–62.

Play view and macros

Use the side-pane browser to search presets and mark favorites. Macros 1–8 expose the preset's assigned controls. Store four different macro states with the Morpher's Store Snapshot buttons and move the cursor between them. A macro's Morph switch determines whether it participates, allowing an effect amount or another setting to remain fixed. Animator supplies automatic movement between snapshots. These Play-view features reflect the version covered by the linked manual.

Oscillator and tone modules

Each wavetable oscillator has Level, Wavetable Menu, Wavetable Position and Pitch controls. Position scans the selected table; Pitch Mode selects Keytrack, Ratio or Fix behavior. Wavetable Modes, including Standard, Bend, Formant and others, change how the table is read and expose their own controls. Audition mode and table together rather than assuming the same knob movement has the same effect across modes.

The PM Aux Assignment enables phase-modulation feeds. Two Noise sources supply additional material. Choose a Filter type for the intended response; some filter types also expose an audio-rate FM input. Insert Effects A/B/C can process individual voices, and their oscillator options can add generators.

Routing page

Connect generator outputs to processors and then to an input of the monophonic area. A disconnected chain produces no final audio even if its individual modules are enabled. PM Aux allows signal-path sources to phase-modulate the wavetable oscillators. The FB loop returns signal for nonlinear or resonant behavior; add it gradually.

Stereo effects X/Y/Z can be chained, run X and Y in parallel into Z, or summed in parallel. Choose this arrangement before balancing their contributions. Use the initialized preset when you want a complete conventional route without drawing every connection.

Modulation and voice behavior

Drag a source's assign icon to a parameter slot and adjust the slot's modulation amount. Color-coded rings show depth. Sidechain modulation lets another source govern that depth, useful for bringing in motion with a performance control. Available modulators include envelopes, Switcher LFO and Random LFO; the three Performers provide editable rhythmic patterns. Remote Octave selects Performer pattern variations using key switches.

The Voice page controls polyphony, glide, oscillator/noise behavior, unison, detuning and harmonization. Balance voice stacking against playability and processing load. Finish by mapping the important changes to macros rather than exposing every internal route during performance.

Source: Manual, “Play view,” pp. 9–14; “Modulation,” pp. 36–39; “Voice page,” pp. 41–49; “Routing,” pp. 52–55; “Wavetable oscillators overview,” pp. 60–62; “Edit view,” pp. 31–35.