Question: 1
An engineer is tasked with designing a dual BGP peering solution with a service provider. The design must meet these conditions:
* The routers will not learn any prefix with a subnet mask greater than /24.
* The routers will determine the routes to include in the routing table based on the length of the mask alone.
* The routers will make this selection regardless of the service provider configuration.
Which solution should the engineer include in the design?
Question: 2
A customer's current Layer 2 infrastructure is running Spanning Tree 802.1d, and all configuration changes are manually implemented on each switch. An architect must redesign the Layer 2 domain to achieve these goals:
* reduce the impact of topology changes
* reduce the time spent on network administration
* reduce manual configuration errors
Which two solutions should the architect include in the new design? (Choose two.)
Question: 3
Which design consideration should be observed when EIGRP is configured on Data Center switches?
Perform manual summarization on all Layer 3 interfaces to minimize the size of the routing table.
Question: 4
What is an advantage of designing an out-of-band network management solution?
In the event of a production network outage, network devices can still be managed.
Question: 5
Which design consideration must be made when dual vEdge routers are deployed at a branch site?
Use BGP AS-path prepending to influence egress traffic and use MED to influence ingress traffic from the branch.