Cool Plug-in? What do you know about its Level?
It used to be easy. Just make sure
the little pointy headed needle thingy didn’t stay stuck too long to the right
side of the meter box, (the thingy with the numbers on it).
We called it a meter
card and sticking the needle to the right side of the meter card was called “Smoking
the Meters”. A basic slap to the right side of a VU meter whose meter
card indicates a maximum of +3 would be a signal strength (basically) around +8
to +10 dBV (in physical life that is 8 to 10 volts rms).
That same signal would be approximately
+11 to +13 on an analog PEAK meter. If the tape recorder that signal was
sent to is aligned to a reference standard of +3 that signal would then be
recorded onto tape at a peak level of +16. That was just a subtle tap to the side
of a meter card. The clipping properties of analog tape and electronics was
part of the charm of what was called “sock”. Analog tape started clipping
around +12/+16 dBV.
Today’s digital systems measure and
read dBFS on their meters. It's not uncommon for DAW studio operators to record and
deliver product for mix at -1 to 0 dBFS. Why? -20 dBFS is
closest related to 0 dBV (which is 1V rms). We used to
record “hotter” signals to combat signal-to-noise. Digital audio has no noise. Plug-in's now have GUI knobs labeled “Analog”. It adds hiss and hum to a digital signal path.
Again, 0 dBV is 1V
rms. Vintage analog signal processing equipment could only handle only so much voltage at
their input stage. Once too much voltage was applied to the input stage those
pieces of equipment would break down and start to sound thin and nasty. Just
like their closely modeled plug-in counterparts.
If you’re not liking the tonal quality of your plug-in’s ...try lowering the input level to them, making the level up on the plug-in output stage. To be competitive on the web, or in
digital life in general, your product will have to be delivered to the accepted standard of -1dBFS.
You will however need to follow the delivery
specifications for levels supplied by the person/company you’re delivering to.
Proper level
control begins by knowing where the level is going and what is going to be done with
it once it gets there. That question must be answered not only in the final delivery stage, but in the signal processing stage as well.
If you want to really love your processors give them
a chance to breath.
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