A.The number of client stations associated to the BSS

B.The power management settings in the access point's beacons

C.The layer 3 protocol used by each station to transmit data over the wireless link

D.The presence of co-located (10m away) access points on non-overlapping channels

A.The exact impact of interference sources from external networks can be more accurately measured when using predictive modeling software than with manual surveys.

B.Predictive modeling software provides more reliable data than manual surveys when fine-tuning and validating access point placement after the installation.

C.Predictive modeling software can predict the ideal access point location 100% of the time, whereas the results from manual surveyingare less reliable.

D.Predictive modeling software makes it simple to assess multiple different AP locations and then adjust and display the AP's expected coverage pattern in almost real-time.

E.It takes less time to create an initial site survey for a large facility when using predictive modeling software than when performing a manual survey.

A.The short guard interval is also enabled

B.The AP is improperly configured to use only 40 MHz of the 80 MHz allocated bandwidth

C.All clients implement single spatial stream radios

D.The clients are all 802.11n STAs or lower

A.The power output from the radio after cable losses

B.Reflected power due to an impedance mismatch in the signal path

C.The power output from the radio into the RF cable

D.The highest RF signal strength that is transmitted from a given antenna

E.Power supplied from the transmission line to the antenna input

A.When using CAT5 cabling, you increase the maximum draw available to the PD over that available with CAT6.

B.Only endpoint PSEs are supported.

C.Only midspan PSEs are supported.

D.The lowest voltage drop is achieved when using CAT6 cable instead of Cat5 or CAT5e.