HPE6-A40 Free Questions – Aruba Certified Mobility Expert 6.4 – PassQuestion Free Questions To Test Online

1. An Aruba presales engineer works on a proof of concept (PoC) for a customer. As per the customer requirements, RAPs should be deployed at all home offices of employees who work from home. Only traffic from the RAP incorporate subnets 172.16.10.0/24, 172.168.11.0/24, and 10.254.1.0/8 should reach the controller. The rest of the traffic should be processed by the local resources.

What is the recommended deployment design to meet these requirements?

Deploy the RAP in split-tunnel mode, and use a firewall policy to forward traffic either locally or to the corporate controller.

Deploy the RAP in CAP mode, and use a route map to forward traffic either locally or to the corporate controller.

Deploy the RAP in split-tunnel mode, and use a route map to forward traffic either locally or to the corporate controller.

Deploy the RAP in split-tunnel mode, and use the split tunnel networks to forward traffic either locally or to the corporate controller.

2. Refer to the exhibit.

The ap spectrum local-override command is issued at the controller CLI, as shown in the exhibit.

What happens as a result?

All APs in the ap-group will be in spectrum mode on the 2.4GHZ and 5GHZ radios.

All APs in the ap-group will be in spectrum mode on the 5GHZ radio.

The AP225-1 will be in spectrum mode on the 5GHz radio.

The AP225-1 will be in spectrum mode on the 2.4GHz radio.

3. Refer to the exhibit.

A customer configures three different SSIDs with three different forwarding modes on a Remote AP (RAPB). Client A1 connects to the Family SSID, which is in bridge-mode. Client A2 connects to the Enterprise 801.1X SSID, which is in split-tunnel mode. Client A3 connects to the Voice PSK SSID, which is in tunnel mode.

In which location is the 802.11 encryption terminated and the traffic decrypted for Clients A1, A2, A3?

Client A1 traffic is at C; Client A2 is at B; Client A3 is at B.

Client A1 traffic is at B; Client A2 is at B; Client A3 is at D.

Client A1 traffic is at B; Client A2 is at D; Client A3 is at D.

Client A1 traffic is at B; Client A2 is at D; Client A3 is at B.

4. A network engineer deploys LMS IP and Backup LMS IP technology in a master-local cluster.

Which processes can occur with this configuration? (Choose two.)

AP bootstraps to connect to the backup LMS when the primary LMS becomes unavailable.

AP switches to the backup LMS controller, which does not need to be in same subnet with the primary LMS.

If the LMS preemption function is not set, the AP fails back to the primary LMS in one minute once the primary LMS becomes available.

AP reboots to connect to the backup LMS when the primary LMS becomes unavailable.

AP established two GRE tunnels with the primary LMS and the backup LMS controller at the same time.

5. How is AP redirected to a local controller after the DNS resolution returns the master controller IP address?

The AP provides the AP name to the controller from the environment variables, and the master controller returns the AP Group. The AP uses the controller-ip attribute that is set in AP Provisioning.

The master controller provides the AP Group based upon the AP name, and the AP uses the AP Group controller-ip attribute.

The master controller provides the AP Group to the AP, and the AP uses the LMS-IP from the AP-System profile configured for the AP Group.

The master controller provides the LMS-IP from the AP Group, and the AP uses the LMS-IP that is set in the AP Provisioning based upon the AP Group.

6. A network engineer plans to deploy RAP. The company requires RAP to have redundancy so that it can failover to another controller if the primary controller fails.

Which RAP configuration should the engineer implement to meet these requirements?

Master Standby

LMS and backup LMS

Master and Local

High availability: Fast Failover

7. A client device associates to an SSID provisioned with 802.1X authentication. The client is configured for PEAP-MSCHAPv2 authentication. EAP termination (AAA-Fastconnect) is disabled on the controller, but the client continuously cycles through the authentication process.

What could cause this? (Choose two.)

The VLAN is not provisioned for the SSID.

The DHCP server is not enabled.

The controller does not support PEAP in this mode.

The client receives an expired or revoked server certificate.

The wrong EAP type is configured on the client.

8. A network has one master controller and two local controllers. The local controllers are located in remote branch offices with a WAN link to the HQ site. The master controller is located at the HQ site. There are 802.1X employee and captive portal guest SSIDs supported on APs in both the branch offices and HQ site.

What must be allowed through a firewall located at the HQ site to ensure master and local controller communication?

PPTP

CPSec

IPSec

GRE

9. An Aruba 7210 Controller AP-125s are added to AirWave. The controller is added in managed mode to the AirWave group named Aruba. After the controller is added, users start to experience problems and cannot connect to the WLAN.

What could be the case of the problem?

The APs lose connectivity to the controller because they are not added to the same AWMS group.

The configuration changes because the controller is not audited before it is placed in the Aruba group.

The APs synchronize with another controller because they are in different groups.

The AirWave server changed the controller configuration based on the group settings.

10. An Aruba 7205 controller functions as a standby master.

How many Campus APs can it control while in standby mode?

128

256

512

HPE6-A40 Free Questions – Aruba Certified Mobility Expert 6.4

HPE6-A40 Free Questions – Aruba Certified Mobility Expert 6.4

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