A university department has a program in video processing and editing. Students in the department use Wi-Fi
to interact with the video servers. The editing and processing is done by the students accessing and using the
video servers. However, the students must then stream their results, via Wi-Fi to their laptops to verify the
results. A network architect has determined that no more than 20 APs will be needed for the Wi-Fi solution.
Because of the large amount of bandwidth used during the streaming, the Aruba mobility controller solution
will need to support 10 Gbps links.
Which solution would cost-effectively meet this customer's requirements?

A high-end theater venue will be implementing an Aruba wireless solution using ceiling- and wall-mounted
APs. The venue wants to ensure the the APs blend into the ceiling and wall environments. What solution
should the customer use to ensure that wireless coverage is not hampered?

A network architect is redesigning a wireless network. The architect begins by analyzing the number of spatial
streams supported by APs of various vendors as well as the wireless devices currently in the network, if the
company wants to ensure that new wireless design, including user wireless devices, support Multi-User MIMO
(MU-MIMO). which standard or standards must the wireless products support?

A network architect will be using VisualRF to determine the appropriate wireless coverage for a new wireless
design. Seamless, uninterrupted roaming is necessary for this design, since voice will need to be supported.
Given these requirements, which information should be used in VisualRF to plan a cost effective solution that
meets these requirements?

When a WLAN has to support nomadic devices, a network architect must primarily plan for which component
in their design?

A customer is designing a new wired network. The customer requires 50 Gbps uplinks, VSF logical switching,
and smart rate port support Which of the following switches would meet these requirements?

A company needs to replace an existing legacy wireless and wired solution with one that supports features like
802 11 ax for APs and logical switching for switches. The company is located on a single floor with two
wiring closets. Assume that there will be 10 APs connected via POE+ to each wiring closet, along with 36
wired user connections All switches on a floor should be configured in a single stack. The distance between
wiring closets is 100 feet (31 meters).
Which switching solution will minimally provide 10 Gbps uplinks at the most cost-effective price, while still
meeting the company's requirements?

Refer to the exhibit.

When planning the use of Cat7 cabling for a SmartRate connection between an ArubaOS AP and an ArubaOS
switch, which sections should be considered when calculating distance?