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Huawei H12-224 Practice Test - Questions Answers, Page 65

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Once a BGP connection is established, if load balancing is not configured, a BGP Speaker just advertises the optimal route in its BGP routing table to its neighbors.

A.
TRUE
A.
TRUE
Answers
B.
FALSE
B.
FALSE
Answers
Suggested answer: A

Which of the following configuration can enable indirectly connected EBGP peers to establish a connection normally?

A.
peer connect-interface
A.
peer connect-interface
Answers
B.
peer ebgp-max-hop
B.
peer ebgp-max-hop
Answers
C.
peer ignore
C.
peer ignore
Answers
D.
peer as-number
D.
peer as-number
Answers
Suggested answer: B

When the Hold Time parameter negotiated between two BGP peers is 0, no Keepalive messages will be sent.

A.
TRUE
A.
TRUE
Answers
B.
FALSE
B.
FALSE
Answers
Suggested answer: A

Which of the following statements regarding BGP message types and characteristics is false?

A.
Open messages are used to establish a peer relationship between two neighbors.
A.
Open messages are used to establish a peer relationship between two neighbors.
Answers
B.
Hello messages are periodically sent between BGP peers to maintain their connection.
B.
Hello messages are periodically sent between BGP peers to maintain their connection.
Answers
C.
Update messages are used to exchange routing information between BGP peers.
C.
Update messages are used to exchange routing information between BGP peers.
Answers
D.
Notification messages are used to transmit error information between BGP Speakers.
D.
Notification messages are used to transmit error information between BGP Speakers.
Answers
E.
Route-refresh messages are used by a BGP device to notify its peer that it has the route refresh capability.
E.
Route-refresh messages are used by a BGP device to notify its peer that it has the route refresh capability.
Answers
Suggested answer: E

The first four bits of a multicast IP address are fixed as 1110 and are mapped to the most significant 25 bits of a multicast MAC address.

Among the last 28 bits of a multicast IP address, only 23 bits are mapped to a multicast MAC address, and information about the other 5 bits is lost. As a result, 32 multicast IP addresses are mapped to the same MAC address.

A.
TRUE
A.
TRUE
Answers
B.
FALSE
B.
FALSE
Answers
Suggested answer: A

IGMP Snooping runs on the data link layer to manage and control multicast groups and prevents multicast packets on Layer 3 broadcasts.

A.
TRUE
A.
TRUE
Answers
B.
FALSE
B.
FALSE
Answers
Suggested answer: A

Which of the following route selection tools can be used by other routing protocols in addition to BGP? (Choose all that apply.)

A.
route-policy
A.
route-policy
Answers
B.
IP-prefix
B.
IP-prefix
Answers
C.
as-path-filter
C.
as-path-filter
Answers
D.
community-filter
D.
community-filter
Answers
Suggested answer: A, B

Which of the following statements regarding routing policy and policy-based routing are true? (Choose all that apply.)

A.
Policy-based routing is used to control packet forwarding without following routes in the routing table.
A.
Policy-based routing is used to control packet forwarding without following routes in the routing table.
Answers
B.
A routing policy is used to control import, advertisement, and receiving of routing information.
B.
A routing policy is used to control import, advertisement, and receiving of routing information.
Answers
C.
A routing policy is used to control packet forwarding without following routes in the routing table.
C.
A routing policy is used to control packet forwarding without following routes in the routing table.
Answers
D.
Policy-based routing is used to control import, advertisement, and receiving of routing information.
D.
Policy-based routing is used to control import, advertisement, and receiving of routing information.
Answers
Suggested answer: A, B

Which of the following statements regarding LACP are true? (Choose all that apply.)

A.
LACP is based on IEEE802.3au.
A.
LACP is based on IEEE802.3au.
Answers
B.
The local device sends LACPDUs to exchange information with the remote end.
B.
The local device sends LACPDUs to exchange information with the remote end.
Answers
C.
Devices at both ends determine the Active side based on the LACP system priority and system ID.
C.
Devices at both ends determine the Active side based on the LACP system priority and system ID.
Answers
D.
Devices at both ends determine active interfaces based on the LACP priority and ID of the interface on the passive side.
D.
Devices at both ends determine active interfaces based on the LACP priority and ID of the interface on the passive side.
Answers
Suggested answer: B, C

Which of the following statements regarding preemption in static LACP mode are true? (Choose all that apply.)

A.
Preemption in static LACP mode is enabled by default.
A.
Preemption in static LACP mode is enabled by default.
Answers
B.
When a high-priority interface switches to the inactive interface due to a fault and then is restored, if preemption is enabled, the restored high-priority interface becomes the active interface after a delay. If preemption is disabled, theinterface cannot become the active interface.
B.
When a high-priority interface switches to the inactive interface due to a fault and then is restored, if preemption is enabled, the restored high-priority interface becomes the active interface after a delay. If preemption is disabled, theinterface cannot become the active interface.
Answers
C.
To prevent unstable transmission due to frequent link status changes, can set a preemption delay.
C.
To prevent unstable transmission due to frequent link status changes, can set a preemption delay.
Answers
D.
If the preemption delays at both ends are different, the larger preemption delay is used.
D.
If the preemption delays at both ends are different, the larger preemption delay is used.
Answers
Suggested answer: B, C, D
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