Free HPE6-A79 Exam Braindumps
Aruba Certified Mobility Expert Written Exam Questions 16–20 (page: 5)

Updated On: 10-Feb-2026

Refer to the exhibits.


A user reports slow response time to a network administrator and suggests that there might be a problem with the WLAN. The user’s phone supports 802.11ac in the 5 GHz band. The network administrator finds the user in the Mobility Master (MM) and reviews the output shown in the exhibit.

What can the network administrator conclude after analyzing the data?

  1. The low SNR forces the client to back off to low MCs. therefore speed is low and retransmits are high.
  2. Client health is poor, but SNR is fair. TX power must be increased in both the client and the AP.
  3. Since SNR is good, then the high retransmit rate must be due a hidden node scenario or high interference.
  4. High Successful frame count and high Max Speed is an indication of a healthy client. Connection will improve at anytime.

Answer(s): D



HOTSPOT
A network administrator wants to receive a major alarm every time a controller or an Aruba switch goes down for either a local or an upstream device failure. Which alarm definition must the network administrator create to accomplish this?

  1. See Explanation section for answer.

Answer(s): A

Explanation:



Refer to the exhibit.


A 7008 Branch Office Controller (BOC) is deployed in a remote office behind a core router. This core does not support 802.1q encapsulation. The Mobility Controller (MC) is the gateway for two tunneling mode SSIDs, as shown in the exhibit.

Which two different configuration options ensure that wireless users are able to reach the branch network through the router? (Choose two.)

  1. Configure all ports of the BOC as access ports on the controller VLAN, and change the gateway of clients to the core router IP.
  2. Configure the uplink of the BOC as an access port on the controller VLAN, and add static routes in the router for the SSID VLAN subnets.
  3. Configure the uplink of the BOC as a trunk port that permits the controller and the SSID VLANs. The controller VLAN must be native.
  4. Configure the uplink of the BOC as an access port on the controller VLAN, and enable NAT for the SSID VLANs.
  5. Configure the uplink of the BOC as a trunk port, tagging the controller and the SSOD VLANs, and enable NAT for the SSID VLANs.

Answer(s): B,E



Refer to the exhibits.
Exhibit 1


Exhibit 2


Exhibit 3


Exhibit 4


A captive portal-based solution is deployed in a Mobility Master (MM) - Mobility Controller (MC) network. A wireless station connects to the network and attempts the authentication process. The outputs are shown in the exhibits.

Which names correlate with the authentication and captive portal servers?

  1. ClearPass.23 is the authentication server, and cp.mycompany.com is the captive portal server.
  2. ClearPass.23 is the authentication server, and MC2 is the captive portal server.
  3. Internal database in MC2 is the authentication server, and cp.mycompany.com is the captive portal server.
  4. cp.mycompany.com is the authentication server, and ClearPass.23 is the captive portal server.

Answer(s): A



An organization owns a fully functional multi-controller Aruba network with a Virtual Mobility Master (VMM) in VLAN20. They have asked a network consultant to deploy a redundant MM on a different server. The solution must offer the lowest convergence time and require no human interaction in case of failure.

The servers host other virtual machines and are connected to different switches that implement ACLs to protect them. The organization grants the network consultant access to the servers only, and appoints a network administrator to assist with the deployment.

What must the network administrator do so the network consultant can successfully deploy the solution? (Choose two.)

  1. Allocate VLAN20 to the second server, and extend it throughout the switches, then reserve one IP address for the second MM and another IP address for its gateway.
  2. Allocate VLAN20 to the second server, and permit routing between them, then reserve one IP address for the second MM and another IP address for its gateway.
  3. Configure an ACL entry that permits IP protocol 50, UDP port 500, and multicast IP 224.0.0.18.
  4. Allocate VLAN20 to the second server, and extend it throughout the switches, then reserve one IP address for the second MM and another for the VIP.
  5. Configure an ACL entry that permits UDP 500, TCP 4500, and multicast IP 224.0.0.5.

Answer(s): A,E



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