200-125 dumps vce

200-125 dumps vce

IPv4- compatible address Total length of Total Length; Image 2.2.2.0 Routing Although the next hop is directed to R1 , it does not use the outbound interface to create routing entries. From the experimental phenomenon, it is not matched by the match . Needless to say, 3.3.3.0 , the associated interface is s0/1 . We see that the PC first generates an interface ID of 64 bits according to its locally configured IPv4 address: 1.1.1.1 : Routing via 192.168.12.1, Serial0/0 UP 5 : local site range; Vrf definition cisco rd 1:1 Local ! FF02::2 link local range all router multicast addresses !! NET entity address ...... Use " ipv6 neighbor ipv6 address interface number mac address" to add a static entry to the neighbor discovery table, for example: 2204 ! The BGP4+ configuration of R3 is as follows: Example: Use the Linklocal address as the source address of the protocol packet and send a RIPng message to the neighboring RIPng router. Use FF02::9 as RIPng Configure an interface as a passive interface: Ipv6 address FE80::FFFF:FE10:1 link-local Image Image Redis static route-map cisco To control, the most simple and convenient. Tunnel mode gre ip After receiving this poisoning message, B erases 10.4.0.0 from the routing table, but it still exists in the rip database , the status is possible down , the garbage collection time ( Garbage colletion CISCO default 60S ), the route is from B. The database is erased. Gateway of last resort is 172.16.3.0 to network 172.16.0.0 FlowLabel : Flow Label, for QoS Interface fast1/0 ipv6 enable Ipv6 address 2002:84d6:010a:0001:/64 eui-64 !! This is the gateway for the IPv6 site intranet The range of prefixes to match, ranging from ge-value to 32 Ip route 0.0.0.0 0.0.0.0 192.168.23.3 Protocol ID: 0x0800 When ISP1 is down, and the GW does not detect it (that is , the interface of GW connected to ISP1 is not DOWN ), the traffic of PC access 100 is still thrown to ISP1 , which is disconnected. *>i2001:5555::5/128 Y External route tag. Ipv6 enable Tunnel agent Ipv6 address 2001:12::2/64 ipv6 rip RIPprocess enable FastEthernet0/0 [up/up] The router uses this information to construct a new Layer 2 header for the data frame and then forwards the message to the outbound interface pointing to the next hop. Implementation points The example here is DHCPv6 , using Router as the DHCPserver The configuration of R2 is as follows: Image Router# Show ipv6 route 10.1.20.0/24 This route is updated by R1 with " 10.1.20.0 ". This is because the subnet mask is consistent with the update interface mask /24 . The v1 update package does not contain a mask. The updated subnet only. number. 100 Netsh interface ipv6 show neighbors Tag or VC Image 1 Image Route-map nat2 permit 10 match ip address 1 E000 – EFFF Implementation points No bgp default ipv4-unicast neighbor 2001::1 remote-as 12 Because IS-IS runs on top of the data link layer, that is, it runs on top of the link layer protocol and requires CLNP support. Therefore, IPv6 IS-IS cannot be used on a remote IPv6 network connected through a tunnel . Configuring a tunnel is a static IPv6 over IPv4 tunnel. The NIC is configured with an IP address of 1.1.1.1/24 and the gateway is 1.1.1.54. GRE tunnel configuration Fa1/0 Ip address 132.214.1.10 255.255.255.0 0x7768 Net 49.0001.0000.0000.0002.00 Image Neighbor 2.2.2.2 send-label Configure static routes by using the associated outbound interface. R2 Generally, it is 60-240 seconds longer than the invalid timer . If this time also expires, the routing entry is completely deleted. Cisco default 60s (note than invalidtimer multi- 60s ), RFC default 120s 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), so if To achieve network-wide interworking, you need to be on R2 : 10.1.12.2 RIP Version 2 Protocol Applicability Statement Ip address 2.2.2.2 255.255.255.255 FlowLabel : Flow Label, for QoS Ipv6 traffic-filter is applied under the interface. View IPv6 routes 202.101.100.100 Metric=BW+DLY , where DLY is the accumulation of DLY along the inbound interface of the route , and BW is the minimum interface bandwidth. Obviously through DLY Ip route 172.16.0.0 255.255.0.0 192.168.23.3 // new prefix R1(config-if)# ipv6 address 2001:0001::/64 eui-64 Ip address 3.3.3.3 255.255.255.255 You should know that each routing protocol has different understandings of routing metric metrics . OSPF uses cost overhead to measure a route, RIP uses hops, and EIGRP uses mixed elements, so when I Some routes, from one of the routing protocols to another routing protocol, how will the metrics of these routes change? One way is that you can manually modify the re-release action when you perform the re-release action, depending on the specific environmental requirements, we will not worry about this later,200-125 dumps vce, the buddy is so sincere :). The second way is to use the default action, which is the seed metric defined when republishing between routing protocols.