Captive Screw Signal Insertion - Extron electronics XTP CrossPoint1600 User Manual

Xtp crosspoint series configurable digital video matrix switchers
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Changing the starting point
You can change the starting port number. The simplest way to make this change is using
the XTP Configuration Software.
Alternatively, you can change the starting port number via SIS commands.
For the input XTP and fiber boards, see the input board
SIS command on page 92.
For the output XTP and fiber boards, see the output board
SIS commands on page 106.
RS-232 protocol
You may also need to set the RS-232 protocol of the addressed port to match the connected
device. The simplest way to make this change is using the XTP Configuration Software.
Alternatively, you can change the port RS-232 settings via SIS commands.
For the input XTP and fiber boards, see the input board
SIS command on page 92.
For the output XTP and fiber boards, see the output board
SIS commands on page 105.

Captive Screw Signal Insertion

Figure 51 is an example of a typical captive screw insertion, in which an Extron IPCP module
provides control of a Blu-Ray player via the matrix switcher. Configure this type of insertion
as follows:
NOTE: Each captive screw insert is for the associated input or output only and cannot
be tied to any other input or output.
1.
Connect a TP cable from the IPCP module to the RS-232 captive screw port
(input port 13 in this example).
2.
If necessary, enable the port for captive screw (see
Screw Insertion
The RS-232 control signal is inserted directly onto the XTP port of the same number
and cannot be tied to any other port.
3.
Connect the XTP cable to the endpoint as usual.
on page 66).
Set UART starting point
Set UART starting point
Set serial port parameters
Set serial port parameters
Enabling Ethernet and Captive
XTP CrossPoint Series • Operation
69

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