https://tangowiki.titaf.org/index.php?action=history&feed=atom&title=CompressorCompressor - Revision history2026-06-15T11:07:40ZRevision history for this page on the wikiMediaWiki 1.43.0https://tangowiki.titaf.org/index.php?title=Compressor&diff=110578&oldid=prevDonxello: Created page with "= Compressor = Category:Audio Basics A '''compressor''' is a dynamic range processor used in audio engineering. It reduces the volume of loud sounds and amplifies quieter parts (if desired), resulting in a more balanced and controlled audio signal. == Core Concept == The compressor monitors the incoming signal and reduces its level when it exceeds a defined threshold. The goal is to minimize the difference between loud and soft sections, making the audio smoother o..."2025-05-15T04:53:27Z<p>Created page with "= Compressor = <a href="/wiki/Category:Audio_Basics" title="Category:Audio Basics">Category:Audio Basics</a> A '''compressor''' is a dynamic range processor used in audio engineering. It reduces the volume of loud sounds and amplifies quieter parts (if desired), resulting in a more balanced and controlled audio signal. == Core Concept == The compressor monitors the incoming signal and reduces its level when it exceeds a defined threshold. The goal is to minimize the difference between loud and soft sections, making the audio smoother o..."</p>
<p><b>New page</b></p><div>= Compressor =<br />
[[Category:Audio Basics]]<br />
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A '''compressor''' is a dynamic range processor used in audio engineering. It reduces the volume of loud sounds and amplifies quieter parts (if desired), resulting in a more balanced and controlled audio signal.<br />
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== Core Concept ==<br />
The compressor monitors the incoming signal and reduces its level when it exceeds a defined threshold. The goal is to minimize the difference between loud and soft sections, making the audio smoother or more consistent.<br />
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== Key Parameters ==<br />
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; '''Threshold'''<br />
: The level (in dB) at which compression begins. Signals below the threshold remain untouched.<br />
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; '''Ratio'''<br />
: Determines how much the signal is reduced once it crosses the threshold. A 3:1 ratio means that for every 3 dB above the threshold, only 1 dB passes through.<br />
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; '''Attack'''<br />
: The time it takes (in milliseconds) for the compressor to start working after the signal exceeds the threshold. Short attack = quick reaction, long attack = natural transients.<br />
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; '''Release'''<br />
: The time it takes to stop compressing after the signal drops below the threshold. A longer release results in smoother gain recovery.<br />
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; '''Make-up Gain'''<br />
: Since compression often reduces overall volume, make-up gain brings the output level back up.<br />
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== Typical Use Cases ==<br />
* Vocal leveling in music production<br />
* Preventing sudden peaks in live sound<br />
* Adding punch or presence to drums and bass<br />
* Loudness control in broadcasting and mastering<br />
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== Variants ==<br />
* [[Multiband Compressor]] – Processes different frequency ranges independently<br />
* [[Limiter]] – A compressor with a very high ratio, used to prevent clipping<br />
* De-Esser – Targets sibilant frequencies (typically 4–8 kHz) in vocals<br />
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== Listening Tips ==<br />
Well-set compression should be felt, not heard. Over-compression can make the sound dull, lifeless, or “squashed.”<br />
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== See also ==<br />
* [[Equalizer]]<br />
* [[Limiter]]<br />
* [[Multiband Compressor]]</div>Donxello