Download Scalable WLAN Design and Implementation (SWDI) 8.HPE6-A44.ActualTests.2018-08-19.44q.tqb

Vendor:	HP
Exam Code:	HPE6-A44
Exam Name:	Scalable WLAN Design and Implementation (SWDI) 8
Date:	Aug 19, 2018
File Size:	2 MB

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Demo Questions

An administrator wants to reduce downtime of the wireless network when controllers are upgraded. Which Aruba OS feature should the administrator implement to reduce the amount of downtime the Aps will experience at the time of the upgrade process?

Centralized upgrades
AP apboot mode bypass
AP fast start
AP image preload

Correct answer: A

Explanation:

Reference: http://community.arubanetworks.com/t5/Wireless-Access/Firmware-Upgrade-Best-Practise/td-p/93516

Refer to the exhibit.

The branch office RAP shown in the exhibit provides secure wireless employee access. Because of security concerns, the company’s security policy does not allow wireless guest access. Some customers that visit the Branch office need Internet access. A RAP’s Ethernet Port 3 is used for wired guest access and Port2 is used for wired employee access. When employees connect to Port2, they are authenticated successfully and split-tunnel policy allows them access to both corporate and Internet resources from the Branch office. Guest users, however, cannot access Internet resources on Port 3.

How can the administrator provide guest users internet access?

Implement ClientMatch to handle the employee and guest user traffic correctly.
Implement the MultiZone feature on the RAP.
Configure a bridge role for the wired RAP port.
Create a guest VAP that allows wired RAP port access.

Correct answer: D

Refer to the exhibit.

An administrator implements the MultiZone feature. The administrator sets up five zones as shown in the exhibit in this configuration:

Zone A has six controllers that form a cluster.
Zone B has three controllers that from a cluster.
Zones C, D, and E have a single standalone controller each.

A total of 13 VAPs are created across the five zones, Aruba Mobility Controllers (MCs) in Zones A, B and C run ArubaOS 8.1.0.1 MCs in zones D and E run ArubaOS 8.1.0.2. Some APs do not join their respective data zones.

What could cause this problem?