Refer to the exhibit.

Refer to the exhibit. The full EIGRP routing table is advertised throughout the network. Currently, users experience data loss when any one link in the network fails. An architect optimizes the network to reduce the impact when a link fails. Which solution should the architect include in the design?

• A.Run BFD on the inter links between EIGRP neighbors.
• B.Summarize the access layer networks from the aggregation layer toward the core layer.
• C.Reduce the default EIGRP hello interval and hold time.
• D.Summarize the access layer networks from each access layer switch toward the aggregation layer.

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An engineer must design a solution to connect a customer to the Internet. The solution will include a Layer 3 circuit with a CIR of 50 Mbps from the service provider. The hand-off from the provider's switch to the customer's router is 1Gbps. Which solution should the engineer include to prevent potential issues with choppy voice traffic?

• A.Add a bandwidth statement to the router interface.
• B.Reduce the bandwidth of the connection to the router.
• C.Implement hierarchical QoS with a parent policing policy.
• D.Implement hierarchical QoS with a parent shaping policy.

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Which control-plane technology allows the same subnet to exist across multiple network locations?

• A.VXLAN
• B.LISP
• C.FabricPath
• D.ISE mobility services

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Drag and drop the model driven telemetry characteristics from the left onto the mode they belong to on the right.

Correct Answer:

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Refer to the exhibit. A customer needs to apply QoS to the network management traffic passing through the GigabitEthernet0/2 interface. All eight queuing classes are in use, so the new requirement must be integrated into the existing policy. Which solution must the customer choose?

• A.Mark the traffic to DSCP CS4 and assign it to the SIGNALLING class. Then, prioritize traffic within the class.
• B.Mark the traffic to DSCP CS2 and assign it to the ROUTING class Then, baseline existing queue sizes to determine if additional bandwidth can be provisioned to the ROUTING class
• C.Mark traffic to DSCP CS5 and assign it to the SIGNALLING class. Then, baseline existing queue sizes to determine if additional bandwidth can be provisioned to the SIGNALLING class.
• D.Mark the traffic to DSCP CS6 and assign it to the ROUTING class Then, prioritize traffic within the class.

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