Precision Sibilance Control
The SPL DeS Dual-Band De-esser offers high and low frequency bands, allowing precise targeting and reduction of sibilance without affecting desired frequencies.
The SPL DeS is a Dual-Band De-esser module designed for the 500 series format using phase cancellation to reduce sibilance rather than dynamic control.
The SPL DeS expands on this concept by using two frequency bands that can be used independently or together. Using two de-esser stages increases its effectiveness while preventing audible artifacts. High and Low bands offer greater precision and much focused sibilance processing. Input signals are automatically adjusted to ensure uniform processing at all times. A Male / Female mode switch adapts the frequency response of the processor to typical male and female vocals frequencies.
Both Low and high band are connected in series as independent modules and can be activated by their dedicated On/Off switch. The Low band is first in the chain and will affect the signal fed into the high band.
The original SPL De-esser quickly became highly popular amongst engineers and producers as well as broadcast stations in the 90’s
SPL DeS Dual Band 500 Series De-esser Module:
Large/Heavy items: Extra charges may apply (e.g., consoles, large monitors). We’ll contact you before processing if so.
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This item, like everything we supply, comes with the complete support of our expert team. Our excellent technicians have been specifying, building and supporting studios for over twenty years. If you have any problems with installation, setup or everyday use, they’re never more than a click away, and always happy to help.
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The SPL DeS Dual-Band De-esser offers high and low frequency bands, allowing precise targeting and reduction of sibilance without affecting desired frequencies.
Featuring a Male/Female mode switch, this module adjusts its frequency response to optimally process typical male and female vocal characteristics, enhancing clarity and intelligibility.
Utilizes innovative phase cancellation instead of traditional compression, effectively minimizing sibilance while preserving the natural sound quality of vocals and preventing audible artifacts.