ccna exam dumps pdf file

ccna exam dumps pdf file

I1 - ISIS L1, I2 - ISIS L2, IA - ISIS interarea, IS - ISIS summary LSP Seq Num Image FF01::1 ; FF02::1 For R2 , it is now in its own process 1 ,ccna exam dumps pdf file, while learning the route of this OE2 from R1 and R3 , how will it choose? Review Ipv6 address 2001:5555::5/64 ipv6 ospf 1 area 0 ! Between R1 , R2 and Layer 3 switches, it is assumed to be a static routing environment. So now, we hope that users under R3 will flow in the direction indicated by the red dotted arrow when accessing the production server, and will flow in the direction of the blue arrow when accessing the office server. The router goes to update the route of 3.0.0.0 10.1.12.2 Install the IPv6 protocol stack Interface tunnel1 Ipv6 enable Automatic tunneling: The tunneling mechanism of ISATAP is also automatic. The tunnel is created between the host and the ISATAP router. The host prefers to know the IPv4 address of the ISATAP router . Such as: 2001 : 00 a8 : 0 207 : 0000 : 0000 : 0000 : 0000 : 8207 3 jumps. Holddown timer ! Based on CEF 2001:1::CE03:1AFF:FEC4:0, subnet is 2001:1::/64 [PRE] Router bgp 12 Configure an interface as a passive interface: Tunnel source serial 0/0 tunnel destination 10.1.23.3 Whether to support on-demand circuits compatibility Router-id 4.4.4.4 Cur Hop Limit : indicates that when the PC constructs an IPv6 address using the prefix advertised by the RA , the PC sends 0xF895 For R2 , it is now in its own process 1 , while learning the route of this OE2 from R1 and R3 , how will it choose? Review Image Destination Address EIGRP 's passive-interface neither sends nor receives routing updates, nor does it send HELLO packets. LSP Holdtime Well, then continue, now R1 and R3 Ethernet interfaces are activated RIPng , so both interfaces will multicast RIPng messages to the LAN , and this action is actually meaningless, so we can use this Ethernet The mouth is passive . Unfortunately, there is no mechanism for defining passive-interface in RIPng . Image Image Undoubtedly, R3 will preferably OSPF the B route, since OSPF the AD small, so that R3 is formed suboptimal paths, which go B segment will choose R1-R2 -R4-R5 this path. Furthermore, in the routing table of R3 , the route on the B network segment is O , then even if R3 does a re-release from RIP to OSPF , the re-release is definitely a failure, because we have said before, the routing protocol is heavy. The release will only live in the routing table, and the routing table on the B is OSPF , so the re-issue fails.