Online Access Free HPE6-A42 Exam Questions

A company plans to deploy a Mobility Master (MM) solution with two MM nodes. The MM solution will manage 10 Mobility Controller (MC) appliances that will control a total of 400 APs.
How should the network administrator install the AP licenses?

• A.800 AP licenses on the MM and 40 AP licenses on each MC
• B.40 AP licenses on the MM and no licenses on the MC
• C.800 AP licenses on each MC and no licenses on the MC
• D.400 AP licenses on the MM and no licenses on the MC

Which class of controller is more appropriate in a branch installation with up to 64 APs?

• A.7008
• B.7205
• C.7210
• D.7030

A WLAN in an Aruba Mobility Master (MM)-based solution uses WPA2-Enterprise security. This WLAN currently authenticates users to Active Directory (AD), and users log in with their Windows domain credentials. Network administrators now want to authenticate the Windows clients as well, based on the client Computer Names.
What should the administrators do on MM to achieve this goal?

• A.Bind individual Mobility Controllers (MCs) to AD at the device level.
• B.Set up Machine Authentication on the WLAN.
• C.Import the computer names from AD to the MM internal database.
• D.Set up Mac Authentication on the WLAN.

A network administrator monitors an Aruba Mobility Controller with Aruba AirWave and sees the configuration status is Error. What should the administrator conclude?

• A.AirWave checks the controller configuration and detects a syntax error.
• B.AirWave detects a mismatch with the controller configuration and software version.
• C.AirWave determines that the controller configuration does not match the template for its group.
• D.AirWave has a communication issue with the controller and cannot check the configuration.

Refer to the exhibit.

The alias in the rule shown in the exhibit is network 10.1.1.0/24.
A wireless client is assigned IP address 10.1.2.10/24 and the "admins" role. The wireless client at 10.1.2.10 attempts to initiate a Web session with a server at 10.1.1.2. A wired client at 10.1.1.3 attempts to initiate an SSH session with the wireless client at 10.1.2.10.
How does the Aruba firewall handle these attempts?

• A.The firewall permits the traffic from the wireless client and also permits the return traffic from the server. The firewall permits the traffic from the wired client and also permits the return traffic from the wireless client.
• B.The firewall permits the traffic from the wireless client, but drops the return traffic from the server. The firewall drops the traffic from the wireless client.
• C.The firewall permits the traffic from the wireless client and also permits the return traffic from the server. The firewall drops the traffic from the wired client.
• D.The firewall drops the traffic from the wireless client. The firewall drops the traffic from the wired client.