DrumSpillage 2
Professional-grade algorithmic drum synthesis and rhythmic sound design for macOS.
Updated 14d ago
PricingPaid
Free to $103
Percussive sound synthesis
Generative drum patch creation
Transient shaping and modeling
Eventide Physion
4.8
Paid Users praise the unique ability to process transients and tones separately without artifacts, citing it as a 'cheat code' for mixing.
Structural audio splitting for surgical transient and tonal sound manipulation.
CreativityPaid pricingUpdated 2026-03-17
Best fits
Audio Source SeparationTransient Shaping
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About Eventide Physion
Eventide Physion (specifically Physion Mk II) represents the pinnacle of structural audio processing, moving beyond traditional frequency-based manipulation. At its core is Eventide's patented 'Structural Split' technology, which deconstructs audio signals into their fundamental components: Transients (attacks, impact, rapid changes) and Tonal (sustains, pitches, resonances). In the 2026 audio production landscape, Physion remains an essential tool for sound designers and mix engineers who require surgical precision that EQs and compressors cannot provide. The Mk II iteration utilizes improved SIFT (Spectral Instrumentation Filtering Technology) to ensure artifacts are minimized during the splitting process. By allowing independent effects chains for transient and tonal paths—such as applying a reverse delay only to the sustain of a piano or pitch-shifting only the pluck of a guitar—Physion offers a level of creative control that standard processors lack. Its architecture is designed for high-fidelity professional environments, supporting side-chaining and high-resolution waveform visualization for real-time analysis of the structural separation. This makes it a market leader for cleaning up messy recordings, reshaping transients in drums, and creating entirely new textures for cinematic soundscapes.
Core Capabilities
Eventide Physion (specifically Physion Mk II) represents the pinnacle of structural audio processing, moving beyond traditional frequency-based manipulation.
