pass4sure ccna latest dumps

pass4sure ccna latest dumps

RS 133 Passive-interface Image Experimental needs R1 , R2 establish IPv6 in IBGP neighbor relationship (based LOOPBACK Interface) Associate the static route of the next hop To prove this again, we are on PE1 : The configuration of the PC is very simple,pass4sure ccna latest dumps, using stateless autoconfiguration to get the address, such as PC1 (simulated by router): Destination Address R2 becomes the demarcation point between RIP and OSPF domains. So how can I let R1 learn the route from OSPF and let R3 learn from RIP? None The global unicast address prefixes that have been allocated are all starting with 001. ( 2000 :: to 3FFF:FFFF:....FFFF ) The following is the allocation of this interval address: Longest matching principle Access-list 1 permit 192.168.1.0 Image The standard ACL active part and destination part use the source matching route prefix and use the destination part matching route mask. Mechanism introduction Image !! The red font part is the number of hops to be increased Offset-list Acl number in/out offset value interface When a router is directly connected through a point-to-point link, only one neighbor exists on each interface. The local site address will never be used to communicate with the global ipv6 Internet. Generally used for intranet communication. Of course, in fact, the IPv6 address space is so large that it is not necessary to use the Site-local address, and the global unicast address can be used directly. Floating static route Activate OSPFv3 on the interface R2 re-released the incoming A network segment route and then got up? Then R3 will ignore the route from R1 update. For R3 , go to Domain name system X Address-family ipv4 Ip sla monitor 1 Fast switching may be called route-cache switching on some data. Set ip next-hop ip1 ip2 ip3 , this knowledge point is no problem, right? After the match lives, the packet is first sent to the first next-hop ip address . If the direct connection associated with the ip address is DOWN , then the next next-hop ip address is switched . Multiple next-hop . However, if the directly connected next-hop (the peer router or its interface) hangs itself, and the local direct interface is not perceived (such as the middle switch ), it cannot be automatically switched, and the router will still put the data in the brain. Throw it to this next-hop .