Question 1

A customer has this wireless design:

* two Cisco Catalyst 9800 Series wireless controllers that are configured in a high-availability SSO cluster to manage the APs in a local office network

* 100 APs in local mode that are registered to the high-availability cluster

* one Catalyst 9800 Series wireless controller that is deployed as an anchor in a DMZ

* a CAPWAP tunnel in UP state between the high-availability cluster and the anchor WLC

The customer wants the anchored traffic to remain up if a single WLC in the high-availability cluster fails. How must this requirement be incorporated into the design?

AConfigure the APs with the high-availability cluster as the primary base.

BDeploy EMC APs as anchors and configure a high-availability cluster.

CCreate a separate EoIP tunnel for each WLC in the high-availability cluster.

DConfigure the mobility MAC address for the high-availability cluster.

Answer : D

Question 2

Refer to the exhibit.

A network engineer has identified that during a recent controller failure, several APs failed over to the tertiary controller instead of the secondary controller. The configuration from one of the APs is provided. Which design consideration led to the issue?

AThe secondary controller was at capacity.

BThe secondary controller is an SSO configuration.

CThe tertiary controller is an HA-SKU controller, so it took priority.

DThe tertiary controller is in the same subnet as the primary controller.

Answer : A

Question 3

A customer has a single anchor WLC named Anchor

AAnchor A is in a DMZ and provides guest access. The customer wants to deploy an additional anchor controller named Anchor B to provide redundancy if Anchor A fails. Which design approach should be taken for the guest WLAN priority on the foreign WLC for each anchor WLC?

ASet Anchor A to priority 3 and Anchor B to priority 3.

BSet Anchor A to priority 3 and Anchor B to priority 1.

CSet Anchor A to priority 1 and Anchor B to priority 1.

DSet Anchor A to priority 1 and Anchor B to priority 3.

Answer : D

Question 4

An engineer needs a wireless design to provide redundancy for APs at remote sites that are connected to Cisco 3504 Wireless LAN

Controllers. The central Cisco 5520 Wireless LAN Controller supports 2000 APs and has 1975 access points associated to it. The engineer decides that not all APs at the remote sites must remain functional in the event of a failure. How does the engineer ensure that the most important access points at the remote sites remain online while not impacting the main site?

AEnable Global AP Fail over Priority, set the 1975 APs to a priority of 'high', and set the 25 most important APs at the remote sites to 'critical'.

BEnable AP Fallback Mode, set the 1975 APs to a priority of 'high', and set the 25 most important APs at the remote sites to 'critical'. C. Enable Global AP Fail over Priority, leave the 1975 APs at the default priority, and set the most important APs at the remote sites to 'low'.

DEnable AP Fallback Mode, leave the 1975 APs at the default priority, and set the most important APs at the remote sites to 'high'.

Answer : A

Question 5

A 60,000-square foot outdoor area must be surveyed. The survey must be completed in the least amount of time. Which tool or equipment is used when performing the site survey?

Aadditional access points that use sniffer mode

Bsite survey tool that has modules in sniffer mode

Cadditional access points that use GPS mode

Dsite survey tool that has a GPS module

Answer : D

Free Practice Questions for Cisco 300-425 Exam

Question 1

Question 2

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Question 4

Question 5