The threshold control sets the dB level where the audio signal has to exceed for the compression to activate.
Typical controls featured on a standard compressor include: Threshold There’s a delicate balance between controlling dynamics to enhance an audio source and sucking the life out of it. Compressor ControlsĬareful adjustment of a compressor’s controls is essential.
#Some type of sound normalizer to increase quiet whispers serial
For example, serial compression, parallel compression, multiband compression, sidechain compression, and bus compression.
There are also several ways to apply compression. Gluing or gelling sounds together to create a cohesive sound.Preventing the signal from clipping or overloading.Ducking audio to make space for other sounds.For example, use compression for creative sound design, corrective mixing, audio enhancement, audio repair, and as a safeguard to prevent clipping.Ĭompression also has several uses for various situations. Why Use Compression?Īudio compression is one of the most fundamental processes in music production, mixing, and mastering. In short, audio compression gives you a controlled sound that’s louder and more present in the mix. With the extra headroom, you can then increase the overall level of the signal. As a result, the loudest and softest parts are closer in volume, creating a more balanced sound. Compression reduces this range by attenuating the louder signals and boosting the quieter signals. Dynamic range is the difference between the loudest and quietest parts of a waveform. Audio compression reduces the dynamic range of an audio signal.
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