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Q1. Which network is connected by default when connecting to the unused Ethernet port of a MAP?
A. the native VLAN that the MAP is connected to
B. the VLAN that is associated with WLAN number 1 in the WLC
C. the native VLAN that the WLC is connected to
D. the VLAN that is associated with the SSID that the MAPs are communicating on
Q2. A customer has implemented several WLANs in an auditorium utilizing a newly dedicated WLC and is experiencing excessive channel utilization regardless of occupancy. Which action reduces channel utilization without removing SSIDs?
A. Disable MCS data rates 0 through 11.
B. Disable MCS data rates used by 40 MHz channels.
C. Disable data rates that use CCK.
D. Disable VHT data rates.
Q3. A network engineer must configure a 5 GHz network to allow for the greatest density of radios possible with the least amount of co-channel interference. Which configuration best fulfills this requirement?
A. Set 802.11 h Local Power constraint to 25 dBm.
B. Set DCA to 20 MHz channels and enable Extended UNII-2 channels.
C. Enable Event Driven RRM in 5 GHz with a sensitivity of High, n
D. Configure TPC Power Threshold to -80 dBm and set interference Optimal Mode (TPCv2).
Q4. You have a VoWLAN configured for platinum QoS, WMM, and CAC. IP phones for this VoWLAN include the Nokia and Cisco Unified Wireless IP Phones 7920G (pre-v2.0 firmware), 7921G, and 7925G. The Wireless IP Phones 7921G and 7925G work properly, but the Nokia and the Wireless IP Phones 7920G associate with the WLAN but cannot place calls. What is the issue?
A. The lowest mandatory speed in the WLAN is too high and needs to be reduced.
B. The Cisco Unified Wireless IP Phones 7920G and Nokia IP phones do not support TSPEC.
C. EDCA needs to be enabled on the WLAN.
D. HCCA needs to be enabled on the WLAN.
E. The reserved roaming bandwidth setting is set too low.
F. The expedited bandwidth setting needs to be enabled.
Q5. VoWLAN implementation plans for a current mix of existing Cisco Unified Wireless IP Phones 7920G and 7921G to a final migration of Wireless IP Phones 7925G in a single WLAN. What would be the most appropriate WLC WLAN configuration to end with Wireless IP Phones 7925G?
A. 7920 Client CAC = enabled only; Radio Policy = All; WMM = Disabled
B. 7920 AP CAC = enabled only; Radio Policy = All; WMM = Allowed
C. 7920 Client CAC = enabled only; Radio Policy = 802.11a only; WMM = Disabled
D. 7920 AP CAC = enabled only; Radio Policy = 802.11a only; WMM = Allowed
E. 7920 Client CAC = enabled only; Radio Policy = 802.11b/g only; WMM = Disabled
F. 7920 AP CAC = enabled only; Radio Policy = 802.11b/g only; WMM = Allowed
Q6. An engineer used an interface group under the SSID configuration, but noticed that a test client is getting an IP assigned in a different VLAN from the DHCP server. Which two options override the interface group configuration on the SSID? (Choose two.)
A. static VLAN on client
C. AP group
D. static IP on client
E. MAC filtering
F. RF group
G. AAA override
Q7. The customer has deployed C7960 phones with clients connected to them. What switch feature could be enabled to distinguish IP voice traffic from client data traffic?
B. QoS routing
D. Weighted Queuing
Q8. A customer requires that an SSID is broadcasted to specific access points that use certain interfaces. Which feature can be used to achieve this goal?
A. mobility groups
B. flex-connect groups
C. interface groups
D. AP groups
Q9. A customer recently implemented WLC wireless multicast. Clients and connecting at the highest mandatory wireless rate of 24 Mbps and are receiving multicast traffic, but WLC cpu utilization and wired side network load has increased substantially. What three actions should the engineer take next to optimize the configuration? (Choose Three)
A. verify that Global Multicast mode has been enabled
B. verify that IGMP snooping is disabled on the wireless controller since the access points are handing IGMP messages from the clients.
C. make sure the highest mandatory rate is set to 54 Mbps so that the multicast traffic has sufficient bandwidth
D. verify Multicast Listener Discovery (MLD) v1 snooping has been enabled to keep track of and deliver IPv4 multicast flows
E. change the wireless controller from Multicast-Unicastmodeto Multicast-Multicast mode and assign a multicast address in the 239.X.X.X/8 subnet
F. verify that the L3 interfaces are configured for pirn sparse-dense-mode on the VLAN servicing the wireless access points as well as the wireless controller’s management VLAN
Q10. A downstream packet containing a DSCP value arrives at the WLC Ethernet interface from the wired source network. The WLC is configured for QoS WLAN 802.1p mapping. How does the WLC treat the CAPWAP QoS marking when leaving the controller interface for the respective AP and final wireless client destination?
A. No outer CAPWAP or inner QoS tagging is applied.
B. No outer CAPWAP QoS tag is applied, but the original DSCP is maintained inside CAPWAP.
C. The outer CAPWAP CoS is marked and capped while the inner DSCP maintains the original marking.
D. The outer CAPWAP DHCP is marked and capped without any inner DSCP value.
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