B
Bulls Hit
Well-known member
On my Cakewalk Dynamics Processor plugin, the graph display the compression/expansion curve.
The input dB is along the bottom x axis, -96 to 0. The output dB is along the right y-axis, -96 to 0. The curve starts as a straight line with a 1:1 compression ratio.
If I grab a point in the middle of the curve, say at -40dB input and drag it upwards, I can change the curve, so that everything input in the range of
-40dB to -12 dB, is output at -12dB. Nothing else has changed. The compression & expander ratios are still 1:1, output gain is still zero, but obviously I've boosted the output in this particular dynamic range.
My question is, could I use this technique to boost the volume of a quiet part of a track without having to compress it?
It also seems this could be useful if I wanted to boost the volume of a track without also boosting any low level noise. In fact at the same time I could cut any input signal below say -60dB and improve the SNR.
Is this a kocher way to do things, or am I missing something fundamental here? It just seems a bit too easy
The input dB is along the bottom x axis, -96 to 0. The output dB is along the right y-axis, -96 to 0. The curve starts as a straight line with a 1:1 compression ratio.
If I grab a point in the middle of the curve, say at -40dB input and drag it upwards, I can change the curve, so that everything input in the range of
-40dB to -12 dB, is output at -12dB. Nothing else has changed. The compression & expander ratios are still 1:1, output gain is still zero, but obviously I've boosted the output in this particular dynamic range.
My question is, could I use this technique to boost the volume of a quiet part of a track without having to compress it?
It also seems this could be useful if I wanted to boost the volume of a track without also boosting any low level noise. In fact at the same time I could cut any input signal below say -60dB and improve the SNR.
Is this a kocher way to do things, or am I missing something fundamental here? It just seems a bit too easy