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LTP-8X optical line terminal
109
and apply the configuration:
LTP-8X(config)# interface ont 0/0
LTP-8X(config)(if-ont-0/0)# service 0 profile cross-connect UsIGMP
LTP-8X(config)(if-ont-0/0)# profile ports Ports1
LTP-8X(config)(if-ont-0/0)# service 0 custom vid 200
LTP-8X(config)(if-ont-0/0)# do commit
Step 8.
Add VLAN 98 and VLAN 200 in the switch view. Enable IGMP snooping.
LTP-8X> switch
LTP-8X(switch)# configure
LTP-8X(switch)(config)# vlan 200
LTP-8X(switch)(config-vlan)# tagged front-port 0
LTP-8X(switch)(config-vlan)# tagged pon-port 0 - 7
LTP-8X(switch)(config-vlan)# ip igmp snooping enable
LTP-8X(switch)(config-vlan)# exit
LTP-8X(switch)(config)# vlan 98
LTP-8X(switch)(config-vlan)# tagged front-port 0
LTP-8X(switch)(config-vlan)# tagged pon-port 0
–
7
LTP-8X(switch)(config-vlan)# ip igmp snooping enable
LTP-8X(switch)(config-vlan)# exit
Step 9.
Configure IGMP proxy for IGMP packets transmission from VLAN 200 to VLAN 98. Apply the
configuration.
LTP-8X(switch)(config)# ip igmp proxy report enable
LTP-8X(switch)(config)# ip igmp proxy report range 224.0.0.0 239.255.255.255 from 200
to 98
LTP-8X(switch)(config)# ip igmp snooping
LTP-8X(switch)(config)# commit
24.2
Model 2 (3) Multicast Configuration
Let us configure a multicast service for model 2. The multicast service operates in VLAN 98 in our
example, an STB operating in VLAN 14 is connected to an ONT port. Upstream IGMP packets come to VLAN 14
in the ONT where VLAN 14 is replaced with VLAN 98, and then the data is further transferred upstream
through the GEM port. The multicast service comes downstream to the ONT port in VLAN 98 and changes to
VLAN 14. For more details on general configuration principles of data communication channel refer to Chapter
Fig. 24.4. Model 3 Multicast
Step 1.
Add an ONT to the configuration.