^^^ Right, the only time to normalize is when preparing the final mix Wave file.
--Ethan
Not to be argumentative but I wouldn't normalize then either. In fact, I can't remember the last time I've even used normalize.
It's not a question of whether the difference would be audible or not, it would not be because there is no difference. It's just that peak normalizing - whether done manually or by program is irrelevant - serves almost no useful purpose.Sure, you could play the song all the way through in real time to note the highest level ever reached on the output bus, then adjust the master fader so peaks just hit -1 or whatever. In theory that's better (lower distortion) than rendering and normalizing. But I'm pretty sure the difference in quality would not be audible.
But why would you even want to do THAT?note the highest level ever reached on the output bus, then adjust the master fader so peaks just hit -1 or whatever.
Because if a mixdown track is considered "too quiet", it can only be so when compared to another track, and the chances of just boosting the overall gain without altering the crest factor being of much help on that ladder is close to nil.What about as a last-ditch effort to bring a track that is too quiet, but otherwise good, up to a useable level?
But why would you even want to do THAT?
It's not a question of whether the difference would be audible or not, it would not be because there is no difference.
To maximize the volume capacity of the CD (or MP3 file) your music will eventually be written to. This is pretty basic stuff. Would you release music that peaked at, say, -10 dB?
--Ethan
That's comparing apples and oranges. If you want to choose between using the normalize function or boosting the gain by boosting the DAW fader manually at the same point in the process, there is zero difference.If you set the output bus in a 32-bit DAW so the highest peak hits -1 dB, that math is done at 32 bits. But if you export to a 16 bit Wave file and then normalize before going to CD, I think the math would be done at 16 bits.