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NEW QUESTION: 1
Refer to the exhibit:
If router A is the RP, which PIM mode can you configure so that devices will send multicast traffic toward the RP?
A. PIM-SM
B. PI MM-DM
C. PIM-SSM
D. BIDIR-PIM
Answer: D
NEW QUESTION: 2
Which two statements about PVLANs are true? (Choose two)
A. They use VTP to distribute VLAN information across multiple Layer 2 network switches
B. They provide Layer 2 segregation, which allows multiple end devices to share the same IP subnet.
C. They carry unidirectional traffic from one or more isolated VLANs downstream to the gateway router.
D. They are marked with P in the output of the show vlan private-vlan command.
E. When they span multiple Layer 2 switches, they must be configured manually on intermediary switches
Answer: B,E
NEW QUESTION: 3
In your Cisco EIGRP network, you notice that the neighbor relationship between two of your routers was recently restarted. Which two of these choices could have made this occur? (Choose two.)
A. The IP EIGRP neighbor relationship was cleared manually.
B. The counters were cleared.
C. An update packet with init flag set from a known, already established neighbor relationship was received by one of the routers.
D. The ARP cache was cleared.
Answer: A,C
Explanation:
The following are the most common causes of problems with EIGRP neighbor relationships: Unidirectional link Uncommon subnet, primary, and secondary address mismatch Mismatched masks K value mismatches Mismatched AS numbers Stuck in active Layer 2 problem Access list denying multicast packets Manual change (summary router, metric change, route filter) According till Ivan Pepelnjak's book "EIGRP Network Design Solutions" the Init flag is set in the initial update packet when to neighbors discover each other and start their initial topology table
exchange. There are two basic purposes for the Init flag. First, it's a part of the three way handshake that eigrp uses when building an adjacency.
5.Router B comes up on a wire.
6.Router A receives Router B's hello, and places it in "pending" state. This is a not completely formed adjacency; as long as B is in this state, A won't send any routing information to it.
7.Router A sends an empty unicast update with the Init bit set.
8.Router B receives this update with the Init bit set, and places Router A in the "pending" state.
9.Router B now transmits an empty update with the Init bit set, unicast, to A.
This empty update also contains the acknowledgement for Router A's Init update (that this ack is piggybacked is an integral part of the three way handshake process). 10.Router A, on receiving this Init update, places Router B in the "neighbor" state, and sends an acknowledgement for the Init update from Router B.
11.Router B receives this ack, and places A in "neighbor" state. The two routers can now exchange routing information, knowing they have full two way connectivity between them. The second use of the Init bit is more esoteric. Suppose you have Routers A and B, running along fine, for many hours. Router A reloads, but comes back up before Router B's hold timer has expired. When Router B sees A's hellos, it will assume that A just missed a couple, and everything is fine. But everything isn't fine-A just lost all of its routing information! How can A signal this state, and as B to resynchronize? A can send an empty update, with the Init bit set. This causes Router B to place A in the "pending" state, and wipe out all the information it's learned from A (unless, of course, graceful restart is configured/etc.).
NEW QUESTION: 4
組織はどのデータストアを選択する必要がありますか？
A. Amazon Redshift
B. Amazon Relational Database Service（RDS）
C. Amazon Elasticsearch
D. Amazon DynamoDB
Answer: D