Eleven nodes that react to how loud a signal is — taming peaks, opening up quiet parts, gating noise floors, or limiting to a ceiling. The four Native nodes (Compressor, Expander, Gate, Limiter) are the time-domain workhorses, behaving the way every hardware sampler’s onboard dynamics did, with the controls you already know. The seven spectral variants are where K2K extends the model: Spectral Compressor applies independent compression per frequency band, so you can tame harshness in the 2–5 kHz region without flattening the bass; Spectral Gate and Spectral Gating mute frequency regions individually; Spectral Ducker does sidechain ducking per band rather than across the whole signal; Spectral Expander and Spectral Limiter apply the same logic to expansion and limiting; Spectral Transient Shaper separates attack from sustain across the spectrum and lets you shape each independently. Use the time-domain ones for global level work, the spectral ones for surgical frequency-aware moves.
Nodes
- Compressor (Native) — Native C++ compressor - dynamics control with Clean/VCA/Opto/FET characters
- Limiter (Native) — Native C++ brickwall limiter - transparent peak limiting with optional lookahead
- Gate (Native) — Native C++ noise gate - with hold, hysteresis, and range control
- Expander (Native) — Native C++ downward expander - increases dynamic range below threshold
- Spectral Compressor — Per-frequency-band compression with independent attack/release per band
- Spectral Expander — Per-frequency-band expansion - attenuate signals below threshold
- Spectral Gate — Per-frequency-band noise gate with hold time and hysteresis
- Spectral Ducker — Per-frequency-band sidechain ducking
- Spectral Limiter — Per-frequency-band brickwall limiter
- Spectral Transient Shaper — Per-frequency-band transient/sustain shaping using dual-envelope detection
- Spectral Gating — Cross-spectral gating - Gate signal (A) controls Main signal (B)
Generated 2026-05-05 from K2K_Dev@96730bdc by scripts/gen_lexique.py. Edit _intros/ or _overrides/, not this file.