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Matrix 88 algorithm – aux page, Aux 1 / aux 2, Aux master – TC Electronic Broadcast 6000 User Manual

Page 177: Matrix 88 algorithm – output page, Aux output

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Matrix 88

English Manual 173

input and output faders also operate in the 48
bit domain, thereby enabling loss-free cut and
even boost.

Matrix 88 is bit-transparent from all inputs to all
outputs with or without delay enabled. Bit pat-
tern transparency is indicated by green dots
next to the faders on the Mix page. Note how
Pan and Balance controls are bit transparent and
unity gain at center position. Only one channel is
affected when the control is moved away from
center position. This approach could be called
“constant transparency” rather than, i.e. “con-
stant power”.

Because of bit-pattern transparency, you may
pass and gain adjust even dithered master
tracks without introducing dither again. If the
limiter kicks in, dither will momentarily be upset,
but only at a point in time where it makes no dif-
ference anyway, namely just after a peak has
occurred.

In addition to perfect digital summing, Matrix 88
is also the ultimate A/B/C stereo switch. Inputs
may be aligned precisely in level and time, and
switching between them may have well defined
cross fades. One important application for pre-
cision switching is the ability to judge a track or
program using different processing, while keep-
ing loudness and other variables constant.

Gain Reduction meters
The Gain Reduction meters indicate the Limiter
gain reduction.

Matrix 88 algorithm – aux page

Matrix 88 algorithm – aux page

Aux 1 / Aux 2

Channel faders 1 to 5
Range: Off to +12 dB
Aux send for channel pairs 1/2, 3/4, 5/6 and
mono channels 7 & 8.

Aux Master

Aux 1 pre and Aux 2 pre buttons
Pre/post switch for Aux 1 and Aux 2.

Master Aux 1 – Master Aux 2
Range: Off to 0 dB

Master level control for master Aux 1 and 2.

Matrix 88 algorithm – output page

Matrix 88 algorithm – output page

Aux Output

Aux 1/2 Delay
Range:
0 to 333 ms /
0 to 14700 smp /
0 to 111 m /
0 to 373 feet
Use these parameters to set the delay compen-
sation for each Aux outputs.