Many compressors, especially "vintage" style ones, operate by turning up an input gain control into a fixed threshold. That does increase the level, and an output gain control is typically provided to trim the level back down. Whether you're increasing or decreasing level is a matter of how it's...
If you mute one of #2 or #3, does the sound come back? If so, can you confirm the one you hear is actually panned? It sounds to me like the two tracks aren't in fact panned.
Are you recording the figure-8 side mic to a mono track?
People often misunderstand how attack and release work. They don't relate to the threshold, they relate to the target output level vs. the actual output level at any particular moment. The milliseconds marked on the attack and release controls aren't absolute times, they're the time it takes to...
Not quite. The way it works is that the first number represents the input level over the threshold and the second number represents the resulting (target) output level over the threshold. With a 3:1 ratio, if the signal is 9 dB over the threshold, the target output will be 3 dB over. I say...
Correct pitch isn't necessarily the best pitch. A lot of the expression of singing is in manipulating pitch in ways that are technically incorrect but creatively superior.
I don't think it's just robbing singers of the opportunity to grow, it's sanitizing their performances of expression.
You could try Equalizer APO, which operates in Windows, outside of your DAW. It apparently integrates with REW, importing correction files. It might not do that in ARC, but you could set the filters manually.
I'm still of the opinion that acoustic issues should be fixed with treatment. Filters...
At best, you can correct for one point in the room, and no amount of eq will fix a deep null caused by 180⁰ out of phase reflections. Minor nonlinearities in system (i.e. speaker) response seem like valid targets for correction.
I'd optimize levels in the console and skip the MicroLimiter. But if you use the Alesis, optimizing levels in the console will minimize any noise that the limiter adds.
Probably a basic 75 Ω RG59 coaxial cable terminated with BNC would be fine. Connect output to input. You may need use the Presonus app to set the receiving unit (slave) to sync to external word clock, specifically the BNC input (rather than the optical input or the internal clock).
Right, and the slave could also get it from the ADAT signal over the optical connection. But BNC is a more reliable and direct way to get it. I tend not to trust optical to be as rock solid as BNC.
Also, it seems to be the case that Aggregate Device resamples the signals from the slave devices...