Quote:
Originally Posted by
riffwraith
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Gotcha. The manual however, says that it can be pre. And I was also told this by support.
From the manual:
● Jumper J25: sets the C-MIX blend Dry signal source for the left channel
o 1-2: Pre-A/N MOJO
o 2-3: Post-A/N MOJO (default)
● Jumper J26: sets the C-MIX blend Dry signal source for the right channel
o 1-2: Pre-A/N MOJO
o 2-3: Post-A/N MOJO (default)
Nope. I don't think that is correct. Unless I misunderstood the flow and/or Brad and I had a miscommunication. (It's possible)
From your aforementioned quote : those jumpers refer only to the setting where the signal going to C is coming from - not where C is located in the overall signal flow. Think of A/N and C as parallel processes that are summed together after the processing - not a serial / linear "chain" - which A/N is BTW - but A/N/C is not.
1/2 jumped gets essentially a non A/N processed signal which is then combined / summed with the A/N output post A/N. 3/4 jumped gets the processed A/N signal to the C input to process and is then combined/summed back in with A/N post A/N.
Clear as mud, no?

Comprende? I know, it's subtle. A flow chart would make it a bit more obtuse....I mean obvious.

There is a reason for it, but it currently escapes me.

As you can (hopefully) now see, there is a LOT of stuff going on in the background that's made pretty simple and elegant on the front panel.
To the best of my memory there is no putting C out in FRONT of A/N per your original question. It's always summed with A/N post processing. The jumpers just determine what feeds it. Yeah, it's a subtle difference.