Online Access Free HPE6-A48 Practice Test

Refer to the exhibits.
Exhibit1

Exhibit 2

Based on outputs shown in the exhibits, what is the reason that AP12 is seen by two different controllers?

• A.AP12 is a multizone AP. MC1 is part of the primary zone, and MC11 is part of the datazone.
• B.AP12 connects to an MC cluster. MC1 is the A-AAC, and MC2 is S-AAC.
• C.AP12 connects to a high availability group. MC1 is the active controller, and MC11 is the standby controller.
• D.AP12 is in the middle of the boot process. MC1 is the master IP controller, and MC11 is the LMS IP controller.

Users run encrypted Skype for Business traffic with no WMM support over an Aruba Mobility Master (MM)-Mobility Controller (MC) based network. When voice, video, and application sharing traffic arrive at the wired side of the network, all the flows look alike due the lack of L2 or L3 markings.
How can the network administrator identify these flows and mark QoS accordingly?

• A.Confirm the MC is the OpenFlow controller of the MMs and Openflow is enabled in VAP and the firewall roles. Then enable the Skype4Business ALG in the UCC profiles.
• B.Confirm the MM is the Openflow controller of the MCs and Openflow is enabled in VAP and the firewall roles. Then integrate the MM with the Skype4Business SDN API, and enable the Skype4Business ALG in the UCC Profiles.
• C.Use a media firewall policy that match these three flows, and use permit and TOS actions with 56, 40, and 34 values for voice, video, and application sharing, respectively. Then enable the Skype4Business ALG in the UCC profiles.
• D.Confirm the MC is the Openflow controller of the MMs and Openflow is enabled in VAP and the firewall roles. Then enable WMM in a VAP profile.

Refer to the exhibits on the tabs.
Exhibit 1

Exhibit 2

A network engineer deploys AppRF on a testing SSID. All necessary command output lists are shown in the exhibits, and the SSID uses this configuration:
Client Role: Guest-Role
Forwarding mode: Tunnel
The network engineer adds some comprehensive restriction measures for the YouTube application on the controller, such as AppRF restriction, time-range. DPI, and so on. According to the command output shown in the exhibits, what can be concluded about AppRF restrictions?

• A.Client can access the YouTube application with no restriction outside of working hours.
• B.Client's YouTube application is restricted to downloading traffic to 6Mbps outside of working hours.
• C.Client's YouTube application is restricted to downloading traffic to 10Mbps during of working hours.
• D.Client's YouTube application is restricted to downloading traffic to 6Mbps during of working hours.

According to the client steering logic for sticky clients in the Aruba Client Match feature, what is true about the client movement to the new AP?

• A.Aruba Client Match uses a Virtual Beacon Report to find a better AP for the client.
• B.Aruba Client Match uses the client's SNR and the client's association time to steer the client to a suitable AP.
• C.Aruba Client Match uses the AP database for better AP performance.
• D.Aruba Client Match selects APs with better signal strength as configured in Client Match SNR threshold.

Refer to the exhibit.

Help desk staff receive reports from users that there is inefficient wireless service in a location serviced by AP20, AP21, and AP22, and open a ticket. A few hours later, the users report that there is a drastic improvement in service. The staff still wants to determine the cause of the problem so the next day thay start monitoring the tasks.
They access the Mobility Master (MM), and obtain the output shown in the exhibit.
What could be the cause of the problem that the users reported?

• A.An operator used AirMatch to manually freeze AP channel and power.
• B.AirMatch was running an initial incremental optimization.
• C.AirMatch was running a full on-demand optimization.
• D.An operator manually assigned settings in the radio profile.