Among audio experts, the Eiosis E2Deesser is a favorite tool since it provides exact control and extensive features to help to reduce strong sibilance in vocal records. Understanding its features and using best practices will help one to properly utilize this dynamic processor. With the Eiosis E2Deesser and de-esser by slate digital plugins, this knowledge offers useful advice to maximize audio quality.
Understand the Key Features
Familiarize yourself with the salient features of the E2Deesser before starting use. It provides real-time visual feedback, adjustable de-essing modes, and a high-frequency detection technique, among other unusual ranges of options.
Set the threshold correctly
Correctly setting the threshold is one of the most crucial actions in utilizing the E2Deesser. The threshold decides the degree of de-esser activity starting point. While a higher threshold could leave undesired sibilance, a lower threshold may over process the audio and make it sound artificial.
Utilize the Listen Mode
The E2Deesser’s Listen Mode function lets you separate the frequencies under attack. This helps notably to identify the precise sibilant sites requiring attenuation. This function will help you to guarantee that you are just influencing the intended frequencies, preventing any accidental dullness in the vocal file.
Adjust the shape and frequency controls
Your results will be much better if you hone the frequency and shape parameters. Whereas the frequency control lets you target particular frequency bands, the shape control modulates the steepness of the de-assing effect. Try these values to strike the equilibrium that minimizes sibilance while also maintaining the vocal’s natural resonance.
Correct application of the Eiosis E2Deesser, along with using de-esser by slate digital plugins, will significantly improve the quality and clarity of vocal recordings. Professional-level de-essing outcomes can be obtained by knowing its characteristics, establishing the appropriate threshold, using Listen Mode, and gently modifying shape and frequency parameters.
