ccna v3 braindumps

ccna v3 braindumps

Ipv6 router ospf 1 router-id 1.1.1.1 The cost of the route. If split horizon and poison reverse are enabled at the same time,ccna v3 braindumps, only split horizon is valid. Image Note that for a link-state routing protocol such as OSPF , the message passed between routers is no longer routing information, but LSA , and the distribution list cannot filter LSAs . Therefore, to deploy the distribution list in the link state protocol, you need to be aware of: Next on R4 , summarize the external routes that are re-released by itself: External route tag. FastEthernet0/0 Netsh interface ipv6 show address FF01::2 node local range all router multicast address Image Interface FastEthernet0/0 ipv6 enable IP protocol number 89 00 IGRP for OSI networks Metric for redistributed routes Mobile routes Interface Serial0/0 ipv6 enable RS 133 None GRE tunnel configuration Floating static route The next hop of 1.1.1.0/24 , because the AD value of OSPF is better than RIP . Unassigned Updated destination address Fast tag rewrite with Fa1/0, 10.1.23.3, tags imposed: {301 403} MAC address mapping for IPv6 multicast addresses On R2 and R3 , there are two OSPF processes. If shown, one is OSPF1 and the other is OSPF2 . Note that this dual process is mainly implemented on the two ASBRs R2 and R3 . If the static route configured by the outbound interface is configured, the router considers the destination network segment as a local direct connection . Therefore , when the RIP is in the network , it will be announced. The NIC is configured with an IP address of 1.1.1.1/24 and the gateway is 1.1.1.54. Neighbor status tracking Image 2001: 5555::5/128 Request specific routing information: When it is necessary to know the information of a specific route or some specific routes, the request message will be sent together with the routing entry of the specific address. The device that receives the request will process the entries one by one according to the request message and form a response message. Set interface specifies how to send such a packet set ip default next-hop specifies the next hop to be forwarded set ip next-hop specifies the next hop to forward Detect the reachability of the next hop, the default is off LSP Seq Num LSP Checksum LSP Holdtime We see, PE1 on've learned from CE2 of IPv6 routing, and continue to look at Interface FastEthernet0/0 ipv6 enable Ipv route 2222::/64 fastEthernet 0/0 FE80::CE00:1AFF:FEE4:0 MC Interface FastEthernet0/0 ipv6 ospf 1 area 0 *Mar 1 17:40:49.495: BGP(0): FE80::CE02:8FF:FED8:0 rcv UPDATE w/ attr: nexthop 254.128.0.0, origin i, The comparison principle of OE2 is first compared to the external metric of OE2 . If they are equal, further comparison of the internal metric is the metric to the ASBR . Ipv6 address 2001:5555::5/64 ipv6 ospf 1 area 0 In the same network topology, if there are two different routing protocols, because the mechanisms of different routing protocols are different, the understanding of routing is different, which causes the isolation of routing information in the network. This is most likely a network within the same autonomous system. The entire network needs to be interoperable. What should I do? This requires the use of routing re-release.