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| quote: | Originally posted by derail
A compressor lowers the volume when the incoming signal goes over the compressor's threshold.
People think compression is this magic "gel", that it does things to frequencies, all these other things.
A compressor turns the volume down when the incoming audio is loud enough, when it's over the specified threshold. That's it. That's all.
Yes, HOW it turns the volume down, how quickly, how much, and how quickly the volume is turned back up when the incoming audio gets quieter and drops back below the threshold, will affect what the end result will be.
And, as a result of turning the volume down when the audio is loud, but leaving the volume at full when the audio is quiet, the signal is "compressed". The dynamic range is reduced. Then you can turn the volume up and the average level of the audio will be higher.
There are exotic "compressors" which may only affect certain frequencies, or have other modifications. But standard compressors only turn the volume down. That's all they do. |
+1 People who know what they are talking about are cool.
| quote: | Originally posted by RichieV
you lost me at sound with no peaks
what is the hz of the sinewave.
What is the peak value
what is the threshhold
was is the attack
what is the dbfs of the noise level |
You don't know how to make music or design sounds, of course you are lost. Learn to type and use proper punctuation also, you are not a little kid. [Or are you?]
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