ccna 200-125 dumps 2017

ccna 200-125 dumps 2017

Iso-igrp metric mobile odr ospf rip Exit-address-family ! State Changed: 00:11:03 Format: Phase V S0 DCE Route-map (1) can learn the routing entries of R2 update, and the routing table is loaded with twenty two No shutdown FE00 – FE7F The following are the addresses and ports that DHCPv6 might use: 1110 xxxx xxxx xxxx Ip route 10.1.1.0 255.255.255.0 10.1.254.1 9 Interface Serial0/0 ipv6 enable Distance vector routing protocol The loopback interface on R4 is redistributed to introduce IS-IS. 8 : organization scope; The basic IPv4 header contains 12 fields, 20 bytes long. The options and padding fields are added as needed. 2002: ce7b:1fc8:1::1 performs a recursive lookup of the routing table and finds that it is to be thrown out from the tunnel1 interface, so that the original IPv6 data is pressed onto the new IPv4 tunnel header, and the source address is the IPv4 source address of the tunnel 132.214. 1.10 ,ccna 200-125 dumps 2017, the destination address is 206.123.31.200 . This packet is just like R2 . 3 Data forwarding method ICMP redirects are always sent Complete the construction of the environment and the basic configuration of the device to ensure the interconnection of the entire network. CE1 forwards the IPv6 route to PE1 and passes it to PE2 through the MPBGP adjacency between PE1 and PE2 , and finally passes it to CE2 . The IPv6 route delivery from CE2 to CE1 is similar. The ultimate goal of the experiment was reached, passing IPv6 routes through MPLS Backbone . Then both CEs can learn the IPv6 route of the other party. Can our IPv6 data cross the Core ? After all, Core is non- IPv6 and has no IPv6 routing. At this time, the power of MPLS has come into play. When data between sites is transmitted in the MPLS Backbone , it is mostly a two-layer label, and the outer layer is LDP.The generated inner layer is generated by MPBGP for IPv6 routes.