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This post was edited by petrelblog at 20:49 on December 1, 2020 [/I]


The router connects two ebgp neighbors through two parallel serial cables. What method would you adopt to realize bidirectional load sharing between two ebgp neighbors connected through these two parallel serial cables?

A. To configure the ebgp neighbor relationship with loopback interface as the update source, the IGP in each as needs to introduce two equivalent paths to the return address of the ebgp neighbor ring; and the commands "ebgp Max hop" and "next hop local" need to be used
B.Use the command "ebgp load balance" at both ends
C.Without any method, BGP will automatically realize the load sharing of traffic between different autonomous systems on the available links
D.Configure the ebgp neighbor relationship with the loopback interface as the update source. Each IGP in the as needs two equivalent paths to the return address of the ebgp neighbor ring, and needs to use the command "next hop local"
E. The loopback interface is used to establish the ebgp neighbor relationship, and the ebgp multi hop is configured. The loopback interface is configured as the update source, and then IGP is used to realize the equivalent path load sharing between the loopback addresses
QUESTION 187

The router connects two ebgp neighbors through two parallel serial cables. What method would you adopt to realize the bidirectional negative sharing between the two ebgp neighbors connected through the two parallel serial cables?(confirmed)
A.Without any method, BGP will automatically realize the load sharing of traffic between different autonomous systems on the available linksuse Loopback Interface establishment EBGP Neighbor relationship and configuration EBGP Multi-hop,配置Loopback Interface as the update source, and then use theIGPTo achieveLoopback 地址间的等价路径负载
BShare the ebgp neighbor relationship with the loopback interface as the update source. Each IGP in the as needs to introduce two equivalent paths to the return address of the ebgp neighbor ring, and need to use the command "next hop local"
D.Use the command "ebgp load balance" at both ends
ETo configure the ebgp neighbor relationship with the loopback interface as the update source, the IGP in each as needs to introduce two equivalent paths to the return address of the ebgp neighbor ring: and the command "ebgp maxhop and
＂next-hop-local

B

Q249
The router runs through two parallel pathsSerial The cable connects two EBGP Neighbor, what method will you adopt to realize the two parallel roads SerialTwo ways of cable connectionEBGP Two way load sharing between neighbors?
A.Configure toloop backInterface as the source of the updateEBGPNeighbors, everyoneASInIGPTwo arrival routes need to be introducedEBGP Equivalent path of neighbor ring return address;And you need to use orders“ebgp-max-hop”and“next-hop-local” B.Using commands at both ends“ebgp-load-balance”
C.No way,BGPTraffic is automatically implemented on the available links+Load sharing among different autonomous systems
D.Configure to loopback Interface as the source of the update EBGP Neighbors, no one AS In IGP There must be two ways to get there EBGP The equivalent path of the neighbor‘s return port address; and the use of Min Ling“next-hop-local”
E.use Loopback Interface establishmentEBGP Neighbor relationship and configuration EBGP Multi-HOP, configurationLoopback Interface as the update source, and then use the IGPTo achieveLoopbackEquivalent path load sharing among addresses
Answer:E




Which do you choose to share the allocation and allocation