FoxGate S63 series, Руководство по настройке

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RIPng
346
SwitchC(config-if)exit
40.3.2
RIPng Aggregation Route Function Typical
Examples
The application topology as follows:
Fig 40-2 Typical application of RIPng aggregation
As the above network topology, S2 is connected to S1 through interface vlan1, there
are other 4 subnet routers of S2, which are 2001:1::20:0/112, 2001:1::21:0/112,
2001:1::22:0/112, 2001:1::23:0/112. S2 supports route aggregation, and to configure
aggregation route 2001:1::20:0/110 in interface vlan1 of S2, after that, sending router
messages to S2 through vlan1, and put the four subnet routers aggregated to one router
as 2001:1::20:0/110, and send to S1, and not send subnet to neighbor. It can reduce the
router table of S1, save the memory.
S1 configuration list:
S1(config)#router ipv6 rip
S1(config-router) #network vlan 1
S2 configuration list:
S2(config)#router ipv6 rip
S2(config-router) #network vlan 1
S2(config-router) #exit
S2(config)#in vlan 1
S2(Config-if-Vlan1)# ipv6 rip agg 2001:1::20:0/110
S1
VLAN1
2001:1::1:1
S2
VLAN1
2001:1::1:2
2001:1::20:0/110
2001:1::20:0/112
2001:1::21:0/112
2001:1::22:0/112
2001:1::23:0/112