Question 1 of 30
In a Cisco SD-WAN deployment, a network engineer is tasked with configuring application-aware routing policies to optimize traffic flow across multiple WAN links. The engineer needs to ensure that critical applications receive the highest priority while also maintaining a balance between bandwidth utilization and cost. Given the following parameters: Application A requires a minimum bandwidth of 5 Mbps, Application B requires 10 Mbps, and Application C requires 2 Mbps. The available WAN links have the following characteristics: Link 1 has a capacity of 20 Mbps, Link 2 has a capacity of 15 Mbps, and Link 3 has a capacity of 10 Mbps. If the engineer decides to allocate bandwidth based on the priority of applications, what would be the most effective way to configure the policies to ensure optimal performance while adhering to the bandwidth requirements?
Allocate 10 Mbps to Application B, 5 Mbps to Application A, and 2 Mbps to Application C, using Link 1 for Application B and Link 2 for Application A and C.
Allocate 5 Mbps to Application A, 10 Mbps to Application B, and 5 Mbps to Application C, using Link 1 for Application A and Link 2 for Application B.
Allocate 10 Mbps to Application A, 5 Mbps to Application B, and 2 Mbps to Application C, using Link 1 for Application A and Link 2 for Application B.
Allocate 2 Mbps to Application C, 10 Mbps to Application B, and 5 Mbps to Application A, using Link 3 for Application C and Link 1 for Application B.

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