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62
LTP-8X optical line terminal
Step 2.
Create a
port-channel
logical interface by using the
interface port-channel
command.
As a parameter, pass the number of the interface being created. You can create up to ten logical
interfaces.
LTP-8X(switch)(config)# interface port-channel 3
LTP-8X(switch)(config-if)#
Step 3.
Set general interface parameters: speed, duplex, flow-control, etc. Interfaces configuration is
described in details in Chapter 15, page 54.
Step 4.
Set an aggregation mode by using the
mode
command. Pass the operation mode as a
parameter. Operation modes are specified in Table 16.1.
LTP-8X(switch)(config-if)# mode lacp
Step 5.
This step should only be performed for LACP configuration. Set a LACP system priority by using
the
lacp system-priority
command. The
no lacp system-priority
command returns 32768 by default.
LTP-8X(switch)(config-if)# exit
LTP-8X(switch)(config)# lacp system-priority 32541
The
lacp system-priority
command can be executed in the configure view of the terminal's
switch.
Step 6.
Specify load balance rules with the help of the "port-channel load-balance" command if needed.
Pass the balance mode as a parameter. Balance modes are specified in Table 16.2.
LTP-8X(switch)(config)# port-channel load-balance ip
The
port-channel load-balance
command can be executed in the configure view of the
terminal's switch.
Step 7.
Being used for load balance, L4 parameters require a long hash. Enable the long hash with the
help of the
port-channel l4-long-hash enable
command.
LTP-8X(switch)(config)# port-channel 14-long-hash enable
The
port-channel l4-long-hash
command can be executed in the configure view of the
terminal's switch.
Step 8.
Add physical interfaces into the logical one by using the
channel-group
command. As a
