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Which difference must an engineer consider when Implementing Inter-domain and Intra-domain multicast routing on the network?

A.

Intra-domain routing allows the service provider to control incoming and outgoing multicast data streams on its network, but inter-domain routing limits the service provider’s control.

A.

Intra-domain routing allows the service provider to control incoming and outgoing multicast data streams on its network, but inter-domain routing limits the service provider’s control.

Answers
B.

Intra-domain routing uses the PIM and MBGP protocols for multicast routing, but inter-domain routing must use PIM.SSM or MSDP.

B.

Intra-domain routing uses the PIM and MBGP protocols for multicast routing, but inter-domain routing must use PIM.SSM or MSDP.

Answers
C.

Intra-domain routing is dependent on the RP router within the same SP network, but inter-domain routing reduces the dependency on the other SP network.

C.

Intra-domain routing is dependent on the RP router within the same SP network, but inter-domain routing reduces the dependency on the other SP network.

Answers
D.

Inter-domain routing supports policy routing to connect different multicast domains using PIM.SM, but intra-domain routing supports policy routing using PIM-SM only within a single domain.

D.

Inter-domain routing supports policy routing to connect different multicast domains using PIM.SM, but intra-domain routing supports policy routing using PIM-SM only within a single domain.

Answers
Suggested answer: C

Refer to the exhibit.

Refer to the exhibit. A network engineer configured three new PE routers to expand the network.

The new routers run in the IS-IS routing protocol and reside in the data center in the same exchange as the existing routers. However, the network is now experiencing suboptimal routing. The Layer 2 configuration and VLANs are configured correctly to provide segregation between networks, but the Level 1 routes are not being converted to Level 2 routes. Which action resolves the issue?

A.

On Router 1, redistribute the routes into IGP.

A.

On Router 1, redistribute the routes into IGP.

Answers
B.

On Router 1, summarize internal routes between areas.

B.

On Router 1, summarize internal routes between areas.

Answers
C.

On Router 2, redistribute the routes into IGP.

C.

On Router 2, redistribute the routes into IGP.

Answers
D.

On Router 2. summarize internal routes between areas.

D.

On Router 2. summarize internal routes between areas.

Answers
Suggested answer: D

DRAG DROP

Compare different features between OSPFv2 and OSPFv3. Drag and drop the descriptions of OSPF from the left onto the correct OSPF versions on the right.


Question 153
Correct answer: Question 153

DRAG DROP

An engineer is troubleshooting end-to-end customer traffic across an MPLS VPN service provider network. Which tasks should the engineer use to solve the routing issues? Drag and drop the table types from the left onto the most useful troubleshooting tasks/router types on the right. (Not all options are used.)


Question 154
Correct answer: Question 154

DRAG DROP

Drag and drop the attributes for the BGP route selection on the left into the correct order on the right. Not all options are used.


Question 155
Correct answer: Question 155

Explanation:

Reference: https://www.cisco.com/c/en/us/support/docs/ip/border-gateway-protocol-bgp/13753-25.html

DRAG DROP

Drag and drop the features from the left into the order of operations for SRv6 SRH field creation and forwarding on the right.


Question 156
Correct answer: Question 156

Explanation:

First – next header

Second – routing type

Third – segments left

Fourth – last entry

Fifth – segment list sixth – packet is forwarded

DRAG DROP

Drag and drop the BGP attributes from the left into the order of route selection preference on the right.


Question 157
Correct answer: Question 157

DRAG DROP

Drag and drop the features about multicast from the left onto the multicast protocols on the right.

Not all options ate used.


Question 158
Correct answer: Question 158

Refer to the exhibit.

Refer to the exhibit. A network engineer just replaced five routers on this OSPF network. When the routing protocol is brought up, R5 cannot reach routes that originate on R1. The engineer verified that all connected links have established neighbor relationships. R5 reaches routes originating on R3 and R4. Which action resolves the issue?

A.

Configure an OSPF virtual link to bridge Area O on routers R3 and R4.

A.

Configure an OSPF virtual link to bridge Area O on routers R3 and R4.

Answers
B.

Configure automatic neighbor discovery on RI and R5.

B.

Configure automatic neighbor discovery on RI and R5.

Answers
C.

Configure OSPF to have a contiguous Area O.

C.

Configure OSPF to have a contiguous Area O.

Answers
D.

Configure each link to be point-to-point.

D.

Configure each link to be point-to-point.

Answers
Suggested answer: A

Refer to the exhibit.

Refer to the exhibit. A network engineer is configuring router R3 to handle multicast streams, but Host-2 cannot send subscriptions messages to the IPTV source. Which configuration must the engineer apply to router R3 so it passes the IPTV stream to Host-2?

A.

Option A

A.

Option A

Answers
B.

Option B

B.

Option B

Answers
C.

Option C

C.

Option C

Answers
D.

Option D

D.

Option D

Answers
Suggested answer: D
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