Aruba Certified Design Associate: HPE6-A66

A network architect is creating a new wireless solution for a customer. Wireless coverage is required throughout all four floors of two buildings on the same campus. Dynamic RF capabilities, including AirMatch, are required. Seamless

roaming is required within and between the two buildings. Each floor will have approximately 20 APs and 6 external APs are required for connectivity between the two buildings.

Given this information, which Aruba solution would be the most cost-effective while still meeting the customer's requirements?

A. An IAP cluster per floor

B. A standalone 7008 controller per floor

C. Two 7205 mobility controllers in a cluster

D. Two 7030 mobility controllers in a cluster

NewRocket requires a wireless capacity design 30 Aruba 510 APs will be connected to each wiring closet using SmartRate connections. Wireless coverage needs to be provided even if a POE+ switch loses power

Because of security concerns, wired video cameras were recently installed throughout the facility. There are 12 of these per floor. 6 per wiring closet. The cameras are 802.11n WiFi capable and have power injectors from which to draw

power.

Based on the POE+ needs of the mentioned devices, which solution would meet the POE+ requirements while still providing a redundant and cost-effective Wi-Fi solution for the devices that require POE+ for Building 1, Floor 2?

A. One 3810M 40G 8 HPE Smart Rate switch

B. Two 2930F 24-port POE+ switches

C. Two 2930M 24-port POE+ switches

D. One 2930M 48-port POE+ switch

A company has two buildings on a campus, where each building has three floors, which two wiring closets per floor Assume that there will be 24 APs connected via POE+ to each wiring closet, along with 128 wired user connections.

Which backplane stacking solution will provide the necessary Ethernet port capacity for all devices on Building 1 Floor 2 and is fully meshed?

A. Two 381 OM 24-port POE+ switches and three 381OM 48-port switches per wiring closet

B. Two 2930F 24-port POE+ switches and three 2930F 48-port switches per wiring closet

C. One 2930M 24-port POE+ switch and two 2930M 48-port switches per wiring closet

D. One 381 OM 24-port POE+ switches and two 2930M 48-port switches per wiring closet