Cisco Conducting Cisco Unified Wireless Site Survey (CUWSS) v2.0 - 642-732 Exam Practice Test

A. RF frequency is inversely related to attenuation.

B. RF frequency is directly related to attenuation.

C. The human body affects attenuation.

D. Outdoor rain or indoor humidity affects attenuation.

E. The human body affects diffusion.

F. Outdoor rain or indoor humidity affects diffraction.

A. Unsupported channels can cause coverage holes for clients as well as limit their connectivity.

B. Unsupported channels are not configurable on the controller, thus there would be no impact on clients.

C. Unsupported channels would be ignored by clients.

D. Unsupported channels would have no impact on clients. The user would simply need to roam to a supported channel.

A. 5 GHz deployment

B. 11 Mb/s mandatory rate with lower rates disabled

C. 12 Mb/s mandatory rate with lower rates disabled and optional 36 Mb/s higher disabled

D. -65 dBm cell edge with 25 dB SNR

E. 2.4 GHz deployment

F. -67 dBm cell edge with 10 dB SNR

A. B1=24dBmB2=12dBmB3=12dBmB4=12dBm

B. B1=12dBmB2=12dBmB3=12dBmB4=12dBm

C. B1=24dBmB2=24dBmB3=24dBmB4=24dBm

D. B1=20dBmB2=20dBmB3=20dBmB4=20dBm

E. B1=10dBmB2=24dBmB3=24dBmB4=24dBm

F. B1=12dBmB2=24dBmB3=24dBmB4=24dBm

A. 600

B. 3600

C. 1600

D. 2600

A. -60 to -80 dBm

B. -30 to -50 dBm

C. -70 to -90 dBm

D. -45 to -65 dBm

A. Schedule customer end user interviews

B. Determine the customer applications that the network will support

C. Determine project stakeholders

D. Determine customer training requirements

E. Determine radio spectrum and channel allocation

F. Determine the project scope, type of deployment, timeline, scale, budget, and users

G. Determine AP and controller placement

A. At the AP location, install a power drop and a Cisco Aironet Power Injector Media Converter (AIR-PWRINJ-FIB) for the Cisco 1250. Then connect a Cat 5 cable from the AP to a fiber-optic-to-copper transceiver which connects to a fiber link to the IDF. At the access switch, connect the fiber cable from the AP location to a fiber-optic port on the switch.

B. Install an external Cisco Mid-Span 802.3af power injection panel in the same rack as the access switch to extend the driven distance of the structured cable plant.

C. At the AP location, install a local power drop and local power supply for the Cisco 1250. Connect the AP through a pair of fiber-optic-to-copper transceivers back to the access layer switch to provide data access.

D. At the AP location, install a power drop and a Cisco AIR-PWRINJ4 power adapter for the Cisco 1250. Connect the Cat 5 cable to the AP from the IDF.

E. At the AP location, install a power drop and a Cisco Aironet Power Injector Media Converter (AIR-PWRINJ-1000AF) to power and the Cisco 1250 and extend the Cat 5 link.

A. Check for co-channel interference.

B. Conduct a passive survey of 802.11a and 802.11b.

C. Verify that the cell overlap is 20%.

D. Check for adequate signal levels as surveyed.

E. Conduct a passive and active survey of each media type in use.

F. Verify that the minimum data rate is 24 Mbps.