Troubleshooting guide

Creating a Configuration
SHURE
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P4800 System Processor Software Guide Page 26 of 108
Adding to a Link Group
Processor blocks can be added to an existing link group, if they are the exact same type of processor
and they are currently unlinked. Any processor added to a link group will inherit the group’s current
settings.
To add blocks to an existing link group:
1. Click to select a processor block, or C
TRL+Click to
select multiple blocks.
2. Select [Processor>Link>Add To] from the main menu,
or [Link>Add To] from the right-click contextual menu.
3. The Add to Link group dialog appears, as shown in figure
15. It lists only the link groups that contain a processor
identical to the one in the selected block.
4. Select a link group.
5. Click [OK].
Unlinking Processor Blocks
Processor blocks can be removed from a link group without affecting other linked blocks. You can also
dissolve a link group by unlinking all the blocks in the group.
To remove blocks from an existing link group:
1. Click to select a processor block, or C
TRL+Click to select multiple blocks.
2. Select [Processor>Link>Unlink] from the main menu, or the right-click contextual menu.
Note: A link group must contain at least two processor blocks. Removing all but one
block from a link group will dissolve the group completely.
Bypassing
From the main window, you can bypass any modular
processor block. This lets you evaluate the signal path while
temporarily excluding a processor. Bypassed blocks in the
signal flow diagram include a yellow flag, as shown in figure
16.
To toggle bypass on or off:
1. Click to select a processor block, or C
TRL+Click to select
multiple blocks.
2. Activate bypass with any of the following methods:
§ Press CTRL+B on the keyboard.
§ Select [Processor>Bypass Selected] from the main menu.
§ Use the right-click contextual menu.
Note: Crossovers and splitters cannot be bypassed.
Figure 15 − Add to Link Group Dialog
Figure 16 − Bypassed Processor Bloc
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