cliffr
Rasure
cliffr
I find all this talk of using the concrete limiter as a "Gain Control" quite puzzling.
It's not a gain control, it doesn't have any "Input Gain" control, it's a "Threshold Control" and as you change the "Threshold", it's adjusting the amount of compression. Nothing to do with gain, it's compression you're getting.
You only get limiting/compression if you get gain reduction....
Concrete Limiter As A Volume Control
https://www.youtube.com/watch?v=T9IBJkQJoj8
Interesting, but even in that sense it's only useful as a "pseudo gain control" for relatively low level signals. In reality it is not a gain control at all, I see how you might use it as a "pseudo gain control" for relatively low level signals that have a limited dynamic range. If your aim is to control the gain, then you can't beat a "Real Gain Control". You won't get any surprises with a real gain control :-)
The concrete limiter is definitely not a gain control.
AHmmmmmmmmmm, I was talking about using Concreate Limiter as a gain ""
STAGE!""Kind of look at this as one of those cool
"Tips & Tricks" methods instead of another endless debate on who's right and who's wrong, then maybe you'll try it, and experience for your self how freak'in COOL it really works!
You may not be able to see the difference in volume, but you can certainly hear it with you ears as you slide the threshold fader down, it continues to raise the volume UP. And believe it or not, the
gain will continue to
steadily increase until something triggers the specified threshold, and the point of maximum
gain staging. Oh yeah, anything Pseudo about Concrete Limiter would be classifying it as a Compressor.
That's clearly a novice mistake, as naïve as calling "Normalization" compression.
And there is no reason I've ever found to increase volume/gain on a signal unless it was weak in the first place. Using a trim pad, or "gain" control as it's labeled in SONAR is actually designed to set level just
"below 0 db at your signal peak!" What makes it vitally important to do so, especially with digital recording, being all audio is basically recorded with 1's and 0's it has no noise ceiling, so there's really nothing to stop your volume levels to go off the charts and exceed the dangerous levels.
And not only that, the more you exceed a mic's maximum trim level (set to below 0 db) the more sensitive the mic gets, the more distorted the channel gets, and also that slight hush of your computer fans starts to turn into a raging wind storm.
And there are times for example when using a "trim" pot to increase gain on an acoustic guitarist playing a very soft passage accidently raps a knuckle on the guitar's sound board which can send your average SPL from -20 db up to +20 db, it is no surprise to me when it blows a driver out of a pair of prosumer headphones at best, or at worse whacks you directly in the ears at around 125db-130db with prograde headphones such as Sennheiser HD 280 Pro closed back noise canceling cans and a Rane HC6 pro headphone console cranked up loud can be painful and certainly make you legally deaf for the rest of the day. Too many overdoses of that does permanent ear damage.