1.
Which of the following best describes the purpose of using lifecycle services for deploying an advanced wireless solution?
2.
In order to prevent many common attacks against WLANs from becoming effective, Management Frame Protection should be implemented in which mode?
3.
As a result of a security site survey, the following is discovered:
An RF signal is available in the parking lot.
Six access points are found belonging to employees.
Static WEP keys are in use in the receiving department.
No security is being used on the access points in human resources.
Wireless VoIP clients in use do not support EAP-FAST.
There is no strong password policy in place.
EAP-Cisco Wireless (Cisco LEAP) is being used for wireless VoIP security.
All clients can support WPA.
VLANs are in use.
Based on these findings, what is recommended to enhance the security of the wireless VoIP network?
4.
Before a Cisco Unified Wireless IP Phone 7920 can place a call, it will compare the QBSS in the beacon from the access point with the QBSS threshold on the phone. What action will the Unified
Wireless IP Phone 7920 take if the QBSS threshold in the beacon is exceeded?
5.
When determining the feasibility of a bridging solution that is capable of supporting 54 Mbps using the Cisco Aironet 1410 Wireless Bridge with integrated antenna in a point-to-point scenario, which criterion must be met?
6.
In the wireless design phase, which service component includes developing and documenting the test case(s) used to verify that a deployed infrastructure meets the operational, functional, and interface requirements?
7.
The Cisco WCS makes WLAN configuration, monitoring, and management as simple and effective as wired systems management. Which three functions are associated with core capabilities of the Cisco WCS?
8.
What is the Cisco-recommended signal-to-noise ratio for a data rate of 54 Mbps on a 5-GHz data network?
9.
When surveying to support VoWLAN, what should the minimum cell overlap be to support Cisco IP phones?
10.
What is the Cisco-recommended signal-to-noise ratio for a data rate of 54 Mbps on a 2.4-GHz data network?