Cisco CCIE Wireless Exam (V2.0) Sample Questions:

1. Refer to the exhibit.

A network administrator is configuring and installing an indoor mesh network using two CAPWAP APs. The APs were out of the box and have already been installed in their designated locations. The RAP is joined to the controller and configured appropriately, but the MAP is not visible on the WLC. In the output shown, which of these explanations is the most likely reason for the issue?

A) The MAP does not have to be primed to the WLC before being deployed. The Bridge Group Name needs to match. The AP policy is automatically populated by the MAP discovery process via CAPWAP, but is failing in this example.
B) The MAP should have been primed to the WLC before being deployed. The Bridge Group Name is not configured by default. The AP policy for the MAP is not configured.
C) The MAP should have been primed to the WLC before being deployed. The Bridge Group Name does not need to match. The MAP is running an LWAPP image that requires its MAC address to be configured in the RAP in order for a successful join.
D) The MAP should have been primed to the WLC before being deployed. The Bridge Group Name uses the MAC address and is configured but does not match, which is the reason for the failure.
E) The MAP does not have to be primed to the WLC before being deployed to the field because the WLC discovery process is different for MAPs than it is for RAPs. The Bridge Group Name does not have to match but the RAP has to have the MAP MAC address added to its database.

2. Refer to the exhibit.

The client troubleshooting feature on Cisco WCS is very useful. You can collect the log message that is logged against a specific client on Cisco WCS. What statement about the log function in client troubleshooting is true?

A) The log messages are collected automatically when the administrator starts to troubleshoot the client. The administrator needs to stop the log collection manually.
B) The log messages are collected when the administrator clicks "Start". Log collection stops only after the administrator clicks "Stop".
C) The log messages are collected automatically as soon as the administrator starts to troubleshoot the client. The log collection stops automatically after a period of 10 minutes.
D) The log messages are collected when the administrator clicks "Start". The log collection stops automatically after 10 minutes.

3. Which of the following are required components for Client MFP? (Choose two.)

A) WPA2 w/TKIP or AES-CCMP
B) CCXv4
C) AnyConnect 3.0
D) CCXv5
E) 802.11n

4. When designing a WLAN network to support both voice and context-aware services, which set of design principles should you follow?

A) In a design that includes both voice and context-aware services, voice design always requires more APs to be deployed to ensure -67 dBm coverage, 20 percent cell overlap, 19 dB channel separation, and proper capacity planning.
B) An AP must be placed at the perimeter and in each of the four corners of the floor. All APs must be enabled to ensure proper coverage on the floor to provide -67 dBm, 20 percent cell overlap, and 19 dB channel separation.
C) An AP must be placed at the perimeter and in each of the four corners of the floor to ensure proper coverage on the floor to provide -67 dBm, 20 percent cell overlap, and 19 dB channel separation. Some APs may be in monitor mode.
D) If a conflict occurs between the AP placement for voice design and for context-aware location design, then the voice design should take precedence, to protect against delays and dropping of sensitive voice traffic.
E) In a design that includes both voice and context-aware services, voice design should take precedence to avoid co-channel interference, which can negatively affect voice quality. Voice design also requires -67 dBm coverage, 20 percent cell overlap, and 19 dB channel separation, which is more difficult to achieve.
F) An AP must be placed at the perimeter and in each of the four corners of the floor. Some APs may be disabled to ensure proper coverage on the floor to provide -67 dBm, 20 percent cell overlap, and 19 dB channel separation.

5. DRAG DROP

Solutions: