Free HP HPE6-A40 Exam Dumps Questions & Answers

An Aruba presales engineer works on a proof of concept (PoC) for a customer. As per the customer requirements, RRAPs should be deployed at all home offices of employees who work from home. Only traffic from the RAP in corporate subnets 172.16.10.0/24, 172.168.1.1/24, 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?

• A.  Deploy the RAP in split-tunnel mode, and use a route map to forward traffic either locally or to the corporate controller.
• B.  Deploy the RAP in split-tunnel mode, and use the split tunnel networks to forward traffic either locally or to the corporate controller.
• C.  Deploy the RAP in CAP mode, and use a route map to forward traffic either locally or to the corporate controller.
• D.  Deploy the RAP in split-tunnel mode, and uses a firewall policy to forward traffic either locally or to the corporate controller.

Refer to the exhibit.

A network engineer designs WLAN roaming for a company that has these requirements.
* Only employees are allowed to roam.
* Employees are allowed to roam from Campus 1 to HQ and from Campus 2 to HQ.
* Employees are not allowed to roam between Campus 1 and Campus 2.
What is the recommended roaming configuration to meet these requirements?

• A.  Enable IP Mobility in the virtual-ap only for the Employee SSID.
  Create two mobility domains with Domain-1 active in Campus 1 and Campus 2, and Domain-2 active in HQ.
• B.  Enable IP Mobility in the SSID profile only for the Employee SSID.
  Create two mobility domains with Domain-1 active in Campus 1 and HQ, and Domain-2 active in Campus 2.
• C.  Enable IP Mobility in the SSID profile only for the Employee SSID.
  Create two mobility domains with Domain-1 active in Campus 1 and HQ, and Domain-2 active in HQ and Campus 2.
• D.  Enable IP Mobility in the virtual-ap profile only for the Employee SSID.
  Create two mobility domains with Domain-1 active in Campus 1 and HQ, and Domain-2 active in HQ and Campus 2.

Refer to the exhibit:

A customer configures three different SSIDs with three different forwarding modes on a Remote AP (RAP-B) Client A1 connects to the Family SSID.
Which is in bridge-mode, Client A2 connects to the Enterprise 802.1X 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, and A3?

• A.  Client A1 traffic is at B: Client A2 B: Client A3 is at D.
• B.  Client A1 traffic is at C: Client A2 B: Client A3 is at B.
• C.  Client A1 traffic is at C: Client A2 D: Client A3 is at B.
• D.  Client A1 traffic is at B: Client A2 D: Client A3 is at D.

Refer to the exhibit.

A network is configured with one master controller, one active local controller, and one standby local controller that use VRRP redundancy. All controllers are in the same center. The customer wants to configure AP termination redundancy in the event of controller failure and have the fastest recovery.
How can the network administrator configure the controller for LMS redundancy to meet the customer's requirements?

• A.  Use 172.16.100.52 as the LMS-IP for AP GOUP Building 2.
• B.  Use 172.16.100.51 as the Backup LMS IP for AP Group building2.
• C.  Use 172.16.100.50 as the LMS-IP Group Building2 and 172.16.51 as the Backup LMS IP.
• D.  Use 172.16.100.52 as the LMS-IP Group Building2 and 172.16.51 as the Backup LMS IP.

There are three controller in a WLAN infrastructure: one Master and two locates, Local-1 and Local-2. By default, which database will be used for guest captive portal authentication when the internal user database is selected?

• A.  the internal database on the Master controller
• B.  the internal database on the controllers with the user session
• C.  the internal database on controllers Local-1 and Local-2
• D.  the internal database on the Master, Local-1, and Local-2 controllers