ccnp route lab instructor version

ccnp route lab instructor version

Aggregate-address summary address summary-only Now we consider that when R1 originates an OSPF internal route, both R2 and R3 can learn this route. Then on R2 , the route is re-released from process 1 to process 2 , and finally R3 will learn the route from R4 . So for R3 , the dual OSPF process, RIP update behavior S* 192.168.1.0/24 [1/0] via 172.16.12.1 ------------- Ip prefix-list 1 permit 100.0.1.0/24 route-map test permit 10 In the cmd of windows PC , the packet size after ping is the size of ICMP data , ping –l 1472 , and the generated packet is 1500 bytes. Number_of_messages will also become 0 . For the interface in the forwarding and listening state, transition to the block state (in the case of link failure) Network Path *>i The description of several fields ( ISL header) in the above figure is as follows: Set the interface to access mode After the command is configured, the newly learned MAC address is also sticky . In the federal scope, the member AS number is pushed into the AS_PATH , but not published outside the federation, and the AS_PATH of TYPE3 , 4 is used . Clear the dynamically learned security address entries on the interface. Aggregate-address summary address suppress-map xxx as-set If an external route carrying a tag is advertised on R1 and OSPF is redeployed to EIGRP on R2 , then the route is advertised. Matching with the detailed route 172.16.32.0/24 , so eventually these two routes will be filtered out, which is inconsistent with our needs. In fact, this is the drawback of using a standard ACL to match the route, you can only match the network number of the route, and can not further match the prefix of the route. The RRs have physical connections and establish BGP peer relationships. In the case where one of the RRs fails,ccnp route lab instructor version, the client still has an alternate connection. AS number . 2B , but with the network development, . 2B is not enough, so now expanded to 4 Ge B router bgp? You can view (Note: only available in certain IOS supported under version) Passive-interface Network 10.1.34.0 0.0.0.255 area 0 Receiving behavior VLAN Interface By the original impact of routing attributes Match tag 10 Match ip address matches the access list or prefix list Note that the as-path access-list is also implicitly rejecting all by default. Bgp confederation identifier 345 bgp confederation peers 64513 neighbor 3.3.3.3 remote-as 64512 If the route is learned from other neighbors, the default value (locally the route) is 0. DAI configuration command If the route is learned from other neighbors, the default value (locally the route) is 0. ? The MAC sublayer is physically layer-dependent, that is, different physical layers have different MAC sublayers for access. In Ethernet, there are two main types of MAC : This fulfills the demand. Network 10.1.34.0 0.0.0.255 area 0 IP nodes can communicate, and communication is actually the process of data interaction. Data interaction requires network devices to help us transfer data between two communication nodes. When the router (or other Layer 3 device) receives an IP packet, the router will find out the purpose of the IP packet in the Layer 3 header. http://www.cisco.com/en/US/docs/switches/lan/catalyst4500/12.2/31sga/configuration/guide/pvlans.html *>i100.0.2.0/24 A support DHCP Snooping switch, if it untrust interface, received from the downstream transmission of the switch, and with option82 the DHCP message, the default action is to discard these packets. If the switch is turned on the DHCP Snooping and with option82 the DHCP message is trusted received on the interface, the switch will receive these messages, but does not create a message based on information contained in the DHCP bingding databse entries.