Руководство По Установке для Cisco Model GS7000 4-Port Node 1 GHz with 42 54 Split
Chapter 4 Setup and Operation
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OL-29643-02
Reconfiguring Reverse Signal Routing
Introduction
This section describes how to configure the reverse signal routing of the GS7000
Node.
Node.
Reverse Routing Configurations
The transmitter modules and the reverse configuration module determine the
reverse signal routing. Each module must be in its proper slot to achieve the
different node configurations.
The following table shows the required modules and their slot locations for various
node configurations.
reverse signal routing. Each module must be in its proper slot to achieve the
different node configurations.
The following table shows the required modules and their slot locations for various
node configurations.
If the configuration is…
Then use configuration
module…
Install Transmitters
in Positions...
four inputs, one transmitter
(optional external RF source)
(optional external RF source)
4x1 Reverse with Auxiliary
Reverse Injection
Reverse Injection
1
four inputs, all feeding two
transmitters, redundant
transmitters, redundant
4x1 Redundant Reverse
1, 2
four inputs, each pair of
inputs feeding a transmitter,
2-way segmented (optional
external RF source)
inputs feeding a transmitter,
2-way segmented (optional
external RF source)
4x2 Reverse with Auxiliary
Reverse Injection
Reverse Injection
1, 2 (6-port OIB)
or
1, 3 (8-port OIB)
or
1, 3 (8-port OIB)
four inputs, two feeding
separate transmitters, two
feeding a single transmitter
(optional external RF source)
separate transmitters, two
feeding a single transmitter
(optional external RF source)
4x3 Reverse with Auxiliary
Reverse Injection
(left combined, right
segmented)
Reverse Injection
(left combined, right
segmented)
1, 3, 4
four inputs, two feeding
separate transmitters, two
feeding a single transmitter
(optional external RF source)
separate transmitters, two
feeding a single transmitter
(optional external RF source)
4x3 Reverse with Auxiliary
Reverse Injection
(left segmented, right
combined)
Reverse Injection
(left segmented, right
combined)
1, 2, 4
four inputs, each pair of
inputs feeding two
transmitters, 2-way
segmented, redundant
inputs feeding two
transmitters, 2-way
segmented, redundant
4x2 Redundant Reverse
1, 2, 3, 4