KageProduction Persistent IMAGER

Persistent IMAGER is an advanced multiband stereo imaging processor that combines precise spatial control, dynamic processing, and spectral correction into a unified audio environment.

Designed for mixing, mastering, and sound design, it provides independent control over stereo imaging across multiple frequency regions. Unlike conventional stereo imagers, Persistent IMAGER integrates per-band Dynamic and Spectral processing, enabling responsive, frequency-dependent stereo adjustments that adapt to the characteristics of incoming audio. From subtle stereo enhancement to complex spatial shaping, it delivers precise control over stereo balance, width, and spectral distribution.

Multiband Stereo Imaging

Independent stereo imaging control across multiple frequency bands, allowing precise spatial adjustments without affecting the entire frequency spectrum.

Mid, Side & Stereo Processing

Selectable Mid, Side, and Stereo processing modes for individual bands, providing flexible control over spatial balance and frequency-dependent channel characteristics.

Per-Band Dynamic Processing

Independent dynamic processing for each frequency band, featuring adjustable Threshold, Ratio, Knee, Attack, Release, and Range for responsive stereo imaging control.

Advanced Peak & RMS Detection

Dedicated Peak Crest, Peak Release, and RMS Release controls for balancing transient sensitivity and sustained dynamic behavior.

Internal & External Sidechain

Flexible sidechain detection using internal audio analysis or external sidechain signals for signal-dependent stereo processing.

Per-Band Spectral Processing

Integrated spectral processing with adjustable parameters for frequency-selective correction and adaptive control over stereo content.

Adaptive Frequency Steering

Automatic frequency tracking that allows processing bands to follow evolving spectral components for more responsive spatial adjustments.

Adjustable Frequency Band Splitting

Customizable crossover frequencies for defining independent processing regions throughout the frequency spectrum.

Dynamic Stereo Balance

Level-dependent processing for controlling Mid, Side, or Stereo energy within individual frequency regions, helping maintain a more consistent spatial balance.

Phase Processing Modes

Selectable Natural Phase and Zero Latency processing modes for adapting stereo imaging behavior to different production requirements.

Real-Time Spectrum Visualization

Interactive frequency-domain display featuring individual band responses, crossover boundaries, spectrum analysis, and Input/Output level monitoring.