In order to understand how the mix-points work, the following diagrams provide examples
of mixes.
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
FLT
DLY
LOUD
DYN
VOL
TRIM
FLT
DLY
LOUD
DYN
VOL
TRIM
FLT
DLY
LOUD
DYN
VOL
TRIM
FLT
DLY
LOUD
DYN
VOL
TRIM
GAIN
GAIN
FLT
FBS
DYN
DYN
DLY
DUCK
GAIN
GAIN
FLT
FBS
DYN
DYN
DLY
DUCK
GAIN
GAIN
FLT
FBS
DYN
DYN
DLY
DUCK
GAIN
GAIN
FLT
FBS
DYN
DYN
DLY
DUCK
GAIN
GAIN
FLT
FBS
DYN
DYN
DLY
DUCK
GAIN
GAIN
FLT
FBS
DYN
DYN
DLY
DUCK
Inputs
FLT
DYN
GAIN
LOUD
FLT
DYN
GAIN
LOUD
FLT
DYN
GAIN
LOUD
FLT
DYN
GAIN
LOUD
GAIN
GAIN
FLT
FBS
DYN
DYN
DLY
DUCK
FLT
DLY
LOUD
DYN
VOL
TRIM
Figure 29.
Input 1 to Output 1
In the first example, figure 29, input audio from Mic/Line Input #1 is processed and arrives
at the primary mix-point. A double-click on the mix-point opens the dialog box. When
the mute button is released on input 1 of the primary mix-point (shown above), the mix
junction turns teal with a light green circle to indicate the open mix-point dialog box is the
focus, and the signal is routed to output 1.
DMP 64 • Operation
41
Summary of Contents for DMP 64
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