Troubleshooting guide
Modular Processors
SHURE
P4800 System Processor Software Guide Page 47 of 108
Crossover/Splitter
Crossovers and splitters divide one input signal into multiple output signals. Crossovers divide the frequency
spectrum of the input signal into multiple bands, then output each band to a separate channel. Splitters simply
distribute the input signal across multiple output channels.
Block Name Description
§ XOVER 2 2-way Crossover
§ XOVER 3 3-way Crossover
§ XOVER 4 4-way Crossover
§ XOVER 5 5-way Crossover
Block Name
Description
§ SPLIT 2 2-way Splitter
§ SPLIT 3 3-way Splitter
§ SPLIT 4 4-way Splitter
§ SPLIT 5 5-way Splitter
Function
Use the crossover to divide the frequency range of the input signal with multiple band pass filters, then
distribute each frequency band to a separate output for different types of speakers. Use the splitter to
send the same signal to several different outputs. There is no parameter window for the splitter
processors, as they simply distribute the signal at unity gain with no additional processing. Crossovers
and splitters are for output processing only, and cannot be placed on input channel strips. See the
Adding Processors: Crossovers and Splitters section on page 22 for more information on placing
crossover and splitter blocks in the signal flow diagram.
Parameter Window Features
This section explains the features and parameter controls of the crossover using the XOVER 4 as the
example, as pictured above in figure 35. The features of the other crossovers are identical, aside from
the number of the pass band filters.
Figure 35
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XOVER 4 Window