KH-COMP1
Price history
- On sale
- 1 of the last 90 days
- Lowest in 90 days
- $19.00
- Highest in 90 days
- $59.00
About this plugin
The KH-COMP1 is a sidechain-focused dynamics processor developed collaboratively between Black Rooster Audio and mix engineer Koen Heldens, addressing specific shortcomings in contemporary compression tools. Rather than pursuing broad appeal, this plugin targets producers and engineers who require sophisticated control over detection and gain reduction timing, particularly in hip-hop and genre-agnostic mixing contexts where precision envelope shaping matters.
The compressor's distinguishing feature is its four detector modes: Hilbert, Peak, Vintage, and RMS. The Hilbert detector employs a 90-degree phase shifter to isolate the signal's exact amplitude envelope, offering the most granular detection available. Peak mode captures transients directly, while Vintage and RMS modes provide alternative sonic colorations for diverse aesthetic preferences and mixing scenarios. This detection flexibility directly influences how the compressor responds to incoming material, making it substantially more adaptable than single-detector designs.
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Heldens' involvement ensured the tool addresses real workflow demands: channel linking for cohesive multi-track compression, advanced sidechain filtering for selective frequency-dependent gain reduction, and timing parameters that extend beyond standard attack and release conventions. The leveling amplifier stage represents Black Rooster Audio's most refined implementation to date, handling gain compensation with minimal artifacts.
The KH-COMP1 operates most effectively for engineers comfortable with comprehensive parameter exploration and those mixing complex arrangements requiring surgical dynamic control. It prioritizes accuracy and intentionality over automatic musicality, positioning itself as a technical instrument for experienced hands rather than a quick-fix processor. Its value emerges through deliberate, considered use rather than intuitive accessibility.