Cluster v3
Price history
- On sale
- 25 of the last 90 days
- Lowest in 90 days
- $39.00
- Highest in 90 days
- $49.00
About this plugin
Cluster v3 represents a sophisticated approach to rhythmic filter modulation, positioning itself distinctly within the landscape of dynamic effects processors. Rather than treating filter movement as an afterthought, Sinevibes has constructed an entire sequencer around parametric filtering, allowing independent control of filter type, cutoff, and resonance across up to 32 steps distributed among eight patterns simultaneously.
The sound engine's core strength lies in its filter selection. Nine filter types spanning traditional topologies (low-pass, high-pass, band-pass, notch, peaking) alongside specialized models (comb, phaser, resampler) provide substantial tonal variety. The ability to cascade up to four filter stages per track with self-calibrating resonance enables complex, resonant sweeps that remain controllable across the frequency spectrum.
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What distinguishes Cluster is its envelope generator, offering over 50 modulation shapes applied per-step with variable polarity and division settings. Coupled with polymetric and polyrhythmic sequencing capabilities, this generates rhythmically sophisticated filter animations rather than simple automation curves. The elastic step sequencer algorithm handles timing with precision, while per-step pan randomization and dual-stage lag filtering ensure smooth, artifact-free transitions.
The interface philosophy favors clarity and efficiency, employing color-coding and single-screen navigation to manage considerable complexity. An integrated RMS limiter and comprehensive utility functions for pattern manipulation facilitate both exploratory sound design and precise, repeatable results.
Cluster suits producers and sound designers requiring granular control over dynamic filtering within rhythmic contexts. It excels in IDM, techno, and experimental electronic production where evolving, sequenced filter effects form integral compositional elements rather than supplementary processing.