Compression can also increase sustain, making notes or sounds last longer by reducing their initial attack and extending their decay.įurthermore, compression can add coloration and character to audio. One goal is to control the dynamic range, ensuring that softer elements are brought forward while louder sections are controlled, resulting in a more balanced mix. The goals of compression are varied and depend on the desired outcome. These settings impact the overall feel and transient response of the compressed audio.Īdditionally, there’s the makeup gain, which compensates for the volume reduction caused by compression, allowing you to restore the overall level of the signal. The attack time determines how quickly the compressor responds to signals above the threshold, while the release time determines how long it takes to stop acting once the signal falls below the threshold. Next, we have the attack and release settings. Higher ratios, such as 4:1 or 8:1, will result in more intense compression. The ratio determines the gain reduction applied to the audio signal above the threshold. Any signal above the threshold will be affected by compression. First, we have the threshold, which sets the level at which the compressor starts to act. Now we know what is audio compression, but you’re wondering how to use the compressor, right? To achieve compression, several parameters come into play. This helps maintain a more consistent and balanced audio level throughout the track. It involves controlling the volume levels by reducing the loud parts and boosting the quieter sections. At its core, audio compression is the process of reducing the dynamic range of an audio signal.
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