Designing Aruba Solutions Free Sample Questions

Ensure that the beam-width exceeds 100 degrees.

Ensure that the H-plane and E-plane values are within 45 degrees of each other.

Ensure that the beam-width does not exceed 100 degrees.

Ensure that the antenna is designed for the frequency used by the radio.

number of devices used by each user

the OS used on wireless devices

whether BLE wayfinding is required

software version on Mobility Controllers (MCs)

An 802.11ac deployment typically works better with side-mounted, rather than ceiling-mounted, APs, and a site survey will help determine the new mounting locations.

The new 802.11 ac deployment should have a capacity-based design for the best performance, but the existing deployment sounds like a coverage-based design.

802.11ac AP radios tend to be more sensitive to 2.4 GHz interference than 802.11 n APs, so the architect needs to search for all potential sources of such interference.

802.11 ac APs can support a higher density of clients, so they can be deployed farther apart than the APs in most existing 802.11 n deployments.

stacking modules and cables

stacking licenses

10 GbE direct attach cables

an uplink module for one of the switches

the requirement to apply role-based firewall policies

the requirement for a captive portal for guests

the requirement to provide client-to-site VPN access for remote users

the requirement for a cloud-based management solution

the WLAN or SSID, with a different VLAN for each SSID

the AP deployment, with a different VLAN for each AP that is deployed

the number of devices, with a different VLAN for each 250 devices

the employee roles, with a different VLAN for each role or department