(Optional) Specifies the satellite string of the satellite. It is used to ensure that the correct satellite is connected to by the
host.
Step 9
Perform one of the following steps depending on whether the optical application must be configured as a transponder
or a muxponder respectively:
•
transponder transponder-flavor trunk-port S/I/P [ client-port client-port S/I/P ][ local-port local-interface-name
]
Example:
RP/0/RSP0/CPU0:router(config-satellite)# transponder 100g 2/0/2
local-port HundredGigE 0/0/0/0
•
muxponder muxponder-flavor trunk-port S/I/P client-slot slot port port-number [ local-port local-interface-name
]
Example:
RP/0/RSP0/CPU0:router(config-satellite)# muxponder 10x10g 2/0/2 client-slot 3
port 1 local-port TenGigE 0/1/0/0
port 2 local-port TenGigE 0/1/0/1
…
port 10 local-port TenGigE 0/1/0/10
Specifies the optical application configuration to be used:
Transponder Optical Application
Declares a transponder optical application, including the shelf location of the trunk and client ports.
•
transponder-flavor can have the value of 100g, referring to the transponded 100G DWDM signal (long range
DWDM optics).
•
trunk-port S/I/P specifies a valid slot/instance/port (S/I/P) specification for the location of the trunk port. The set
of valid values is dependent on the type of the shelf as this determines what slots the chassis supports and the
numbering scheme for the ports (for example, on M6 the trunk port is port 2).
•
(Optional) client-port specifies the location of the client port in cases where there is either no obvious default port
or there is flexibility to use non-default ports. A valid S/I/P specification depends on the type of the chassis.
•
(Optional) local-port specifies the port on the host router (also referred to as the local port). Local port can be any
valid local interface name matching the type of transponder. For example, for a 100g transponder, the interface
name must be a HundredGigE interface.
Muxponder Optical Application
Declares a muxponder optical application, including the shelf location of the trunk and client ports.
•
muxponder-flavor can have the value of 10x10g, referring to the number and capacity channels to be muxponded
(short range grey optics).
•
trunk-port S/I/P specifies a valid slot/instance/port (S/I/P) specification for the location of the trunk port. The set
of valid values is dependent on the type of the shelf as this determines what slots the chassis supports and the
numbering scheme for the ports (for example, on M6 the trunk port is port 2).
•
client-slot specifies the location of the client slot, which is any valid slot that can be paired with the trunk port (for
example, on the M6, the trunk and client cards must be adjacent).
•
port port-number specifies number of the relevant client port on the optical shelf. The range varies according to
the type of shelf and the type of muxponder. For example, on M6 10x10g muxponder ports are numbered from
1-10.
Cisco ASR 9000 Series Aggregation Services Router nV System Configuration Guide, Release 5.3.x
119
Configuring the Satellite nV Optical Shelf System
Provisioning an Optical Application
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