dumps for ccna security 210-260

dumps for ccna security 210-260

But you need to pay special attention to the reachability of next-hop . The TAG value is set when the originating ASBR generates an external LSA . If the external LSA is re-advertised to other OSPF autonomous systems, the TAG value is carried by default. Valid Lifetime (secs) State This command maps the V4 host 202.101.100.2 to the V6 network, enabling the V6 network user to access the V4 host using the address 2001:2::2 . So if we have a lot of V4 consoles like this? Do you need to manually add a static map? Age *Mar 1 17:40:49.499: BGP(0): FE80::CE02:8FF:FED8:0 rcv UPDATE about 3.3.3.0/24 -- DENIED due to: Duplicate address detection: The node sends an NS to the Solicited-Node multicast address corresponding to the tentative address that it will use . If it receives the NA of the response from another station , it proves that the address has been used on the network, and the node will not be able to use it. Use the tentative address communication. 0100 – 01FF Set interface Y ! I1 - ISIS L1, I2 - ISIS L2, IA - ISIS interarea, IS - ISIS summary Of course, this time 1.1.1.0 is unable to access 3.3.3.0 , because R3 does not have a route in the RIP routing domain (that is, there is a problem with the backhaul routing, data communication must always consider the round-trip path, remember),dumps for ccna security 210-260, so if To achieve network-wide interworking, you need to be on R2 : For the next hop and route tag, see Volume I, page 189 . R1 and R2 are dual-stack routers that connect to both IPv6 and IPv4 networks. R3 will initiate a Register to the RP and the multicast data will be sent to R1 . At this time, the multicast data is actually going to R1, that is, to the receiver, but in fact, some more complicated things are still happening underneath. R1 receipt Register Thereafter, there will be formed the source wishes SPT , so it asks R2 issued a SPT of the join message, R2 after receiving own Fa0 / 0 is added to the corresponding port multicast table entry outgoing interface list of . However, since the multicast data is always sent from the Fa1/0 port of R2 (because when we tested, the specified outgoing interface is Fa1/0 ), R1 continuously receives the multicast data sent by R3 and encapsulates the multicast data. Register , but did not receive alongSPT passed down the multicast data, therefore, Rl is not to R3 transmits Register-STOP , R3 registration process can be repeated, the multicast data will always be encapsulated in Register transmitted message Rl .