ccnp 300-101 dumps free

ccnp 300-101 dumps free

Response message and check Limit the host connected to the switch port ( filtered according to IP or MAC address) Determine if the frame has a VLAN tag . Set tag 10 192.168.123.2 as the next hop better, then R2 subsequent packets sent to R2 . Solution: Avoid the problem of sub-optimal routing by re-publishing static summary routes. Set ip next-hop 10.1.1.2 10.2.2.2 interface fast 1/0 *> 172.16.0.0 RR self-originated route Neighbor xxx password xxx Neighbor 10.1.23.2 filter-list 1 in Router(config)# router ospf 1 Router bgp 200 Set aging time ---- -------------------- 20.20.20.0/24 100 Now, we have to go through the calculations to get a summary of the segments that are just "inclusive". Modify the default AD value of BGP . The command is as follows: * i100.0.1.0/24 R3 receives two routes, respectively carrying the community attribute as above. Now, we only want to delete the no-export attribute of the 11 route . Protocol overview LocPrf Path Router bgp 200 Address-family ipv4 unicast ( Optional transitive ) Must be a zero field. Ip route 1.1.1.0 255.255.255.0 serial 0/0 EtherChannel [Experiment 6 ] There are subnet routes, the subnet route prefix length is different (matching and mismatching), and the matching route is taken. Encapsulation protocol The maximum number of secure MAC addresses allowed by default is 1 Case: Implementing intranet export data diversion through PBR The Auto interface is willing to be a trunk . If the adjacency interface is set to trunk or desirable , the interface becomes a trunk. Network Next Hop Metric LocPrf Weight Path Origin IGP, metric 0, localpref 100, valid, internal / / Used to match the BGP neighbors passed to my summary route , here is the IP of R4 12 Send Keepalive bag CASE4 : Multicast packets, one for each address that was learned on the interface. You can limit these bursts of multicast traffic by reducing the max-update-rate parameter (the default for this parameter is 150 packets per second). However, if you enter zero Station-learning frames are not generated, so the spanning-tree topology converges more slowly after a loss of connectivity. We use ip ospf cost 100 on the F0/0 port of R4 to increase the interface cost , so the result is as follows: Neighbor 10.1.23.3 local-as 201 no-prepend replace-as Address family identifier. When the value is 2 , it indicates the IP protocol. / / This is used to delete the no-export attribute, is a list of commands When configuring the reflector, the client- to- client reflection is enabled by default, but if the client is fully interconnected, this command adds no to turn off the reflection between the clients. 192.168.1.0 declares that it has entered RIP , and R3 and R4 can learn this route and load it into its own global routing table. Then if we are at Router bgp 200 STP topology change Fa0/22 1 !! vlan10 is trimmed Flash: Database agent URL LocPrf The medium to root has the least overhead, so the uplink port is RP . SW3 is different. Since the bandwidth of the interface connected to root is only 10M , the interface connecting SW2 wins as RP . Finally choose DP . I won't go into details. Switch(config-if)# ip address 192.168.10.254 255.255.255.0 ( FraIue check sequence ) Observe for a while, what will happen to R2 ? Why is there such a failure? A static route to the host Milne is added to the ROO . The next hop is the E1 port of Kanga . The purpose is to pass the bridge that is often congested. But found that Kanga will be sent to the host We can use the ip route-cache command , is enabled on the interface fast switching show ip cache to check the fast switching -related information . Cisco CEF is the most efficient three-layer protocol. CEF uses a hardware-based platform . It not only stores data in the system buffer, but also " prestores " the entire routing table, topology table , and all next hop addresses and MAC addresses , as long as the routing table, The entries in the topology table , regardless of whether there is a data request sent to its destination address , will be pre-read in advance , pre-set the cache . Thus , when there is a new data request to send ,ccnp 300-101 dumps free, the CPU is not required to query the destination interface , destination MAC Address and other information , but read directly from the cache , so the forwarding speed is greatly improved .