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EAW UMX.96 Owner's Manual
Connections made in the Advanced Routing view are shown with a grey button labeled
ADV. See Section 12.5.1.9 below for details.
The Standard Routing Crossover can be configured for each set of four output legs. They
can be configured as No, 2, 3 or 4 way crossovers. Any output legs not fed by a crossover
output can still be routed to and receive unfiltered signal from the leg input. Be sure to
connect the source feeding the output leg to the appropriate crossover input.
Example (Figure 12.5.1): Processor A is set for 3-way, thus inputs 1, 2, and 3 connect to SPIN
A (System Processor Input A). Likewise for Processor B; inputs 5, 6, and 7 connect to SPIN
B. Processor C is set for 2-way, thus inputs 9 and 10 are connected to SPIN C. Since Proces-
sors A and B are set for 3-way, they each have an unused input, inputs 4 and 8, which may
be used for something else. In this case, input 4 is connected to Matrix 1 and input 8 has
no connection (blank). Processor C is set for 2-way, so it has inputs 11 and 12 available, and
they are connected to Matrix 3 and Aux 24. How do you access these inputs? By changing
to Advanced Routing View. There you click/touch the name window for the desired output
leg and make your choice from the Channel Selection pop-up. If you look at Figure 12.5.2,
you can see the Advanced Routing View for this same example.
12.5.1.9
Advanced Routing
In Advanced Routing View (see the toggle switch between the B and C Input Selectors), the
crossover abstraction is removed and you are free to treat each of the 12 outputs as an individual
frequency band that may be full range or bandpassed to a restricted range (to suit the requirements of
a multi-way speaker system). In Advanced Routing, each output leg simply shows a HPF and LPF pair.
You can make a connection here and it remains if you switch back to the Standard Routing View.
This could be useful, for example, if you want to use main output 12 for subs and you want aux 24
to be the sub send aux mix. When you make an assignment this way, the destination button says
adv when you return to the Standard Routing View.
Figure 12.5.2 shows the configuration of the Output Processor's inputs when configured for the
routing shown in Figure 12.5.1.
12.5.1.10 System Output Processor
The System Processor provides 12 outputs that are usually used to drive different zones or arrays in
a venue. Each output has the following items:
•
Low-pass filter
•
High-pass filter
•
6-band equalizer
•
Alignment delay (0-700 ms)
•
Polarity invert
•
Output level limiter (ratio from 1:1 – inf:1)
•
Mute
Figure 12.5.3 shows the first four output legs in the Standard Routing View. In this view, the user inter-
face lets you think in terms of a multi-way crossover. It could be 2-way, 3-way, or 4-way. Make your choice using
the buttons provided. Touch the X-OVER EDIT button to configure the crossover. Selecting a given crossover also
adds a grey background to denote the outputs used. You can see this in Figure 12.5.1.
Figure 12.5.3
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Touchscreen Interface
Figure 12.5.1
Figure 12.5.2
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