Extron Electronics DMP 64 User Guide - Manual (Page 71)

Mic/Line Input 1
Mic/Line Input 2
Mic/Line Input 3
Mic/Line Input 4
Mic/Line Input 5
Mic/Line Input 6
A
B
C
D
1
2
3
4
5
6
A B C D
1
2
3
4
Outputs
Virtual Bus Send
Virtual Bus Return
FILT DLY LOUD DYN VOL TRIM
FILT DLY LOUD DYN VOL TRIM
FILT DLY LOUD DYN VOL TRIM
FILT DLY LOUD DYN VOL TRIM
GAIN GAIN FILT FBS DYN DYN DLY DUCK
GAIN GAIN FILT FBS DYN DYN DLY DUCK
GAIN GAIN FILT FBS DYN DYN DLY DUCK
GAIN GAIN FILT FBS DYN DYN DLY DUCK
GAIN GAIN FILT FBS DYN DYN DLY DUCK
GAIN GAIN FILT FBS DYN DYN DLY DUCK
Inputs
FILT DYN GAIN LOUD
FILT DYN GAIN LOUD
FILT DYN GAIN LOUD
FILT DYN GAIN LOUD
GAIN GAIN FILT FBS DYN DYN DLY DUCK
FILT DLY LOUD DYN VOL TRIM
GAIN GAIN FILT FBS DYN DYN DLY DUCK
GAIN GAIN FILT FBS DYN DYN DLY DUCK
GAIN GAIN FILT FBS DYN DYN DLY DUCK
GAIN GAIN FILT FBS DYN DYN DLY DUCK
GAIN GAIN FILT FBS DYN DYN DLY DUCK
Figure 42. All Inputs to Output 1
In the next example (see figure 42), input audio from all six mic/line inputs are processed
individually and arrive at the primary mix-points. When the individual mix-point mute
buttons are released, the primary mix-point junctions turn teal, and all six signals are
routed to output 1. Since all six inputs are now on the output 1 signal line, open the
individual mix-point dialog boxes to adjust signal levels for the desired balance.
In this manner, any single input, or any number of inputs can be routed to any single
output or any number of outputs.
DMP 64 • Software Control 65