cisco ccna wireless dumps

cisco ccna wireless dumps

Image ! IPv6 2001:34::/64 IS R3.00 Flag / option The configuration of R2 is as follows (basic configuration and OSPFv3 ): Distance vector routing protocol Image Ip sla monitor 1 Route tag Tag server. The host will use the linklocal address as the source to send a DHCP-solicit message for the purpose of ALL_DHCP_Agents . The verification of Layer 2 and Layer 4 is already robust enough, so IPv6 directly cancels the Layer 3 check of IP . About PBR ! Use a static route to the next hop Image Ipv6 nat v6v4 pool v6v4-pool 202.101.100.10 202.101.100.20 prefix-length 24 Using ICMP protocol to detect 10.1.1.2 reachability (source address 10.1.1.1 to ping10.1.1.2 ) Track Object 's ID is 1 , associated to ip sla monitor 1 IPv6 address configuration method !! ipv4 routing, so that the route can access the tunnel destination , which is 10.1.23.3 Initially, R3 can learn three loopback routes from R1 and 192.168.12.0/24 routes. Now we don't want R3 to learn the route to 192.168.3.0/24 , then we can configure it on R2 as follows: Configuration example Interface FastEthernet0/0 OK PE1 , P , and PE2 form an LDP neighbor relationship and deliver IGP labels. Table routing entry for the BGP [. 1:. 1] 2001: 5555 :: 5/128 , Version 32 Paths: (Available. 1, # Best. 1, Table Cisco) Neighbor FE80::CE02:8FF:FED8:0 remote-as 300 Interface fastEthernet 0/0 ipv6 ospf 1 area 0 6PE : 6PE technology relies on BGP ,cisco ccna wireless dumps, BGP 's Peer is the need to manually specify, it can be regarded as a semi-automatic tunneling technology. ! // This prefix cannot be used for stateless autoconfiguration when this parameter is turned on after a specific prefix. Iso-igrp metric mobile odr ospf rip FF02::1:FFxx:xxxx where xx:xxxx is the lower 24 bits of each unicast or anycast address Note ISATAP router configuration, wherein the key part of tunnel configuration, tunnel mode ipv6ip isatap , while attention After 10.30.0 is passed to R3 , since the RIP updated subnet and the R3 interface subnet belong to the same main class network, R3 receives the update, and uses the interface mask as the mask of the RIP route, so the R3 routing table The route loaded in is: 10.1.20.0/24 Because of this mapping, R2 will B sent over the packet destination address of 202.101.100.100 replaced with 2001: 1 :: 1 , while the B source address is an IPv4 address, supposed to do? Remember that we configured the prefix reserved by NAT-PT ? I.e. 2001: 2 :: / 96 this stuff, R2 to B 's IPv4 mapped address prefix to form a temporary IPv6 address: 2001: 2: CA65 : 6402 , while generating a new local map entry: 2001:2::CA65:6402 maps to 202.101.100.1 as shown above.