Which statement about AP failover priority for access points when configured with priority 1 or 4 is true?

• A.When configured with priority 1, the access point is assigned with the highest priority level and it is marked as critical. This access point fails over before other access points with the lower priority when there is primary controller failure.
• B.When configured with priority 4, the access point is assigned with the highest priority level and it is marked as critical. This access point fails over before other access points with the lower priority when there is primary controller failure.
• C.When configured with priority 4, the access point is assigned with the lowest priority level and it is marked as low. This access point fails over after other access points with the higher priority when there is primary controller failure.
• D.When configured with priority 1, the access point is assigned with the medium priority level and it is marked as medium. This access point fails over after other access points with the higher priority when there is primary controller failure.

Correct Answer: B

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Multiple WLCs are implemented in a high-availability configuration in a mobility group. APs are deployed with only a primary controller assigned. By default, which mobility group member controller do the orphaned APs join in the event of a failed controller?

• A.controller with the most available AP free license capacity
• B.controller with the lowest percent of associated APs per license capacity
• C.controller with the least CPU utilization over the last reporting period
• D.controller with the least number of associated APs

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A network engineer is working on a design for a wireless network that must support data, voice, and location services. To support these services, which access point placement must the engineer use?

• A.corner only
• B.perimeter and corner
• C.perimeter only
• D.indoor and outdoor

Correct Answer: B

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An engineer is designing a new wireless network. The network needs to meet these requirements
* support a high wireless client concentration
* support data over wireless
* support voice over wireless
* avoid interference
Which design approach should be taken?

• A.5 GHz frequency band with channel bonding, to support 40 MHz channels
• B.5 GHz frequency band without channel bonding, to support 20 MHz channels
• C.5 GHz frequency band with channel bonding, to support 80 MHz channels
• D.2.4 GHz frequency band without channel bonding to support 20 MHz channels

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Clustering Cisco WLCs into a single RF group enables the RRM algorithms to scale beyond the capabilities of a single Cisco WLC. How many WLC and APs in an RF group can the controller software scale up to in WLC release 8.9 depending on the platform?

• A.up to 20 WLCs and 1000 APs
• B.up to 20 WLCs and 3000 APs
• C.up to 20 WLCs and 4000 APs
• D.up to 20 WLCs and 6000 APs

Correct Answer: D

https://www.cisco.com/c/en/us/td/docs/wireless/controller/8-9/config-guide/b_cg89/radio_resource_management.html

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