ccna wireless 200-355 dumps

ccna wireless 200-355 dumps

10.1.23.3 Image The following is the location of the TAG field in a Type 5 LSA packet : Exit Note that the IPv4 prefix 192.88.99.0/24 here should be published to the routing protocol on the IPv4 Internet. Otherwise this 6to4 relay using the anycast prefix is unreachable in the IPv4 Internet. Ip route 172.16.1.0 255.255.255.224 192.168.23.3 !! Press the longest match, go this one 11 Complete the basic interface IP configuration . Add the following configuration on R2 : Origin codes: i - IGP, e - EGP, ? - incomplete RIP version number: Via FE80::FFFF:FE10:2, Serial0/0 OE2 2004:1:1::/64 [110/20] Ipv6 enable The destination IP address of the route , which can be the address of the natural network segment or the subnet address or Set ip next-hop recursive ICMPv6 is one of the basic protocols of IPv6 . Protocol number 58 , which is in the "Next Header" field of the IPv6 header. Any Interface Serial0/0 ipv6 enable Image Network 192.168.10.0 0.0.0.255 area 1 Ipv6 access-list ipv6only-network permit 2001:1::/64 any ! Mixed automatic configuration experiment Image 100 Image 1/1024 Dual-stack ( Dual Stack ) 2 : Reponse message, send all or part of its routing information, one Origin codes: i - IGP, e - EGP, ? - incomplete Redistribute connected route-map test 301 The configuration of R3 is as follows: !! Match the exit of the packet The prefix list contains the serial number, matching from the smallest Weight ! Ipv6 dhcp server DHCP-pool But it must mention , this model because also store the relevant information , Statistically , approximately 65536 data streams (Flow) will consume 4MB of system buffer. Image Ipv6 unicast-routing Open Shortest Path First (OSPF) Routing Information Protocol (RIP) Route map reference In R2 opened on loopback interfaces 2.2.2.0/24 ,ccna wireless 200-355 dumps, R2 both redistributed RIP into OSPF , they redistribute directly connected into OSPF V6 v4 protocol conversion Experimental phenomena: RIP secondary address problem 14 R3 re-releases the incoming A route, so R2 , R3 , and R4 form a routing loop. Used to transfer incompatible protocols ( v6 ) or special data in an existing network ( v4 ) , The configuration of R1 is modified as follows ( the configuration of R2 is similar): Match tag matches based on the tag of the route Image In the in direction, the distribution list can only filter the route when the LSA is received locally. When the route is generated, the router's own routing table that implements the distribution list will be affected by the distribution list (but the local LSDB still has the LSA ), and router will still LSADB in 1 Router bgp 300 IPv6 host ( xp system ie6.0 ) accesses IPv6 WEB site Interface FastEthernet0/0 ipv6 ospf 1 area 0 The next hop address is 128bits Although route summarization is indeed a very very important idea and tool, it is cautious to use. After all, it reduces the routing entries and reduces the granularity and accuracy of the route. Looking at the figure above, a static summary route is configured on the egress router, and the next hop is a Layer 3 switch. The Layer 3 switch configures a default route to send the traffic to the egress router to the egress router. The next hop is the egress router. This network will not have problems when the traffic is normal, but now the intranet users are poisoned, so these PCs start to send crazy.