Really?yellowfever wrote:I did? I must have missed that.
Can you see it now?yellowfever wrote:Or, rather than using compressors, you can always just choose the right sound in the first place or layer sounds.
Sometimes it is. Horses for courses.futurefields wrote:You said "rather than using compressors, choose the right sound first" ...
This is implying that compression is unnecessary.
You guys need to DEcompress.thecontrolcentre wrote:yellowfever wrote:@ TCC if you need any help finding more of my posts just holler.
Transparent compression still alters the dynamics. That is the primary function of a compressor, transparent or not.LeVzi wrote:My understanding of a transparant compressor is one that you can do heavy or light compression without the sound changing at all (the signal would be visible beyond the threshold as if the compression wasn't happening)
But in actual fact you are going to struggle to find a compressor that can do very heavy compression without altering dynamics in someway.
Maybe i've got my terminology wrong, but when the compressor is "compressing" you want it to do so without it altering anything at all in the signal, it should sound the same before and after, just louder. Thats my understanding of transparant. Same with a limiter, you can raise up to and over 0db, and a good transparant limiter will not cause distortion (until it's pushed too hard, same with a compressor)futurefields wrote:Transparent compression still alters the dynamics. That is the primary function of a compressor, transparent or not.LeVzi wrote:My understanding of a transparant compressor is one that you can do heavy or light compression without the sound changing at all (the signal would be visible beyond the threshold as if the compression wasn't happening)
But in actual fact you are going to struggle to find a compressor that can do very heavy compression without altering dynamics in someway.
A transparent compressor will alter dynamics, while leaving the overall tonality and frequency response less altered than a more heavily colored compressor (ie. something with tubes or other circuit that imparts significant signal coloration)
For free, try Reacomp.
If you want to spend big money on a transparent compressor, get Pro-C. It also has a classic/colored mode that is very good.
If you want to spend big money on a compressor that sounds analog in its roundness, but is still relatively transparent in that it doesn't add significant distortion, check out the Sonalksis SV-315.
The use of compression doesn't have to result in louder, In fact, without make-up gain of some sort, it will typically be lower than the original level. Distortion is most obvious with limiters because of their more extreme settings that can crush the dynamic range even more than a typical compressor.LeVzi wrote:Maybe i've got my terminology wrong, but when the compressor is "compressing" you want it to do so without it altering anything at all in the signal, it should sound the same before and after, just louder. Thats my understanding of transparant. Same with a limiter, you can raise up to and over 0db, and a good transparant limiter will not cause distortion (until it's pushed too hard, same with a compressor)
What a compressor does is apply gain-reduction whenever the signal passes over a certain threshold, which is determined by the user. Above this threshold, "ratio" selector will tell you how much gain reduction will occur. If there is a 2:1 ratio, once the audio signal is over the threshold, it will require 2 decibels of INPUT gain to yield 1 decibel of OUTPUT volume. In other words, once the signal is above the ratio, it will have exactly 1/2 the dynamic range that it would if it were not compressed at all.LeVzi wrote: Maybe i've got my terminology wrong, but when the compressor is "compressing" you want it to do so without it altering anything at all in the signal, it should sound the same before and after, just louder. Thats my understanding of transparant. Same with a limiter, you can raise up to and over 0db, and a good transparant limiter will not cause distortion (until it's pushed too hard, same with a compressor)
One-half the dynamic range? This doesn't seem right. Volume level, perhaps, but I don't remember this being a direct correlation to dynamic range.futurefields wrote:What a compressor does is apply gain-reduction whenever the signal passes over a certain threshold, which is determined by the user. Above this threshold, "ratio" selector will tell you how much gain reduction will occur. If there is a 2:1 ratio, once the audio signal is over the threshold, it will require 2 decibels of INPUT gain to yield 1 decibel of OUTPUT volume. In other words, once the signal is above the ratio, it will have exactly 1/2 the dynamic range that it would if it were not compressed at all.
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