There is no contradiction, Rene. Or rather, it’s not there. Have you ignored my full opus before it got flagged? it’s gonna return soon, hope you read it.
A
Now look, Q3 is — (and I have to stress, all the questions are for DM first of all, not sure why you’re answering for him) — related to a different issue, that of the Threshold, and how it’s related to the Drive in IMC control scheme.
DM’s quoted words follow him lowering the T and witnessing the crackling go away, so he describes the entire affair, and NOT the process of adding the drive(1). Which might only imply that T is somehow affecting the drive OR that the Comp now at T(-14) compresses a hell lot more and hence the signal is not so hot and doesn’t overload the tranny anymore. There’s no other possibility, hence I mention the compressor there, and it’s up to Dave to confirm what he knew all along.
He never mentioned how T works on D. Don’t you wanna know? He makes viewers think all that happened there was the COMPRESSOR threshold got lowered and HENCE the noise went away. But it doesn’t work this way, and the comp did never work that hard, AND if T is only influencing C the noise wouldn’t disappear. Hence the contradiction.
That’s the point.
This affair did show the limiter in work indeed, and Drive plays a role in the process too, and T is connected to D, electrically coupled — see the circuit board (Thomann has IMC500 to look at)
(1)Now, as a matter of fact, no drive ‘limits’ in any way, it can only compress ever so slightly, and fyi overloaded trannies have very uneven compression over the FreqRange, ie ruining your sound, this is unavoidable.
B
No it doesn’t help. It’s not the question of (non-)linearity, it’s the one of the exact relationships, ie electric couplings.
Let’s see again. I’ll try to follow this completely unsupported logic you repeat after Doctron/Stimming.
You drive the signal coming out of the Comp to the point of clipping. You do so with the Drive(2). Fine. Now tell me please, the same question HOW EXACTLY lowering the comp T does “bring dynamics back” (lower Ts = more compression, less dynamics!), or how output gain ATTENUATION (there’s no ‘gain’ in IMC officially) helps that.
But more importantly, and I repeat this again: at T-14 in the video even the peaks only cross the T by mere 3dB.
So all questions are valid and still stand. You just repeat the wrong things and push it as ‘help’. Why?
Please, read my big text when it returns
(2) which IS make up gain, as ANY gain after your comp is just that: compression has your signal lowered, you compensate to return to unity — it is ONLY THEN you have the PERCEIVED LOUDNESS higher, as ONLY having achieved the original signal level you now have your average volume higher, and dynamic range obviously lower — this is how you compress, basics.
now that’s mad. They redrew the manual! Used photos instead of MS paint. Buttons are now round ))
Still got the tech specs all wrong and whistling.
before & after
at least they have some shame. who would’ve believed if I didn’t do screenshots?