Which wireless tool would be most useful in planning a WLAN solution prior to performing a site
survey?

You have a multinational customer that would like you to perform a wireless site survey for a new
manufacturing facility in Singapore. They have had a local vendor install a point-to-point wireless
bridge link between two buildings 1 km apart. The ground between the buildings is flat but
because facilities are in the mountains, dense fog is an issue. There are no line of sight issues
between the buildings. The link is experiencing errors and throughput issues. Currently the two
radios are set to operate at 2.4 GHz and the transmit power is set to 7 dBm with 7 dBm antennas.
What do you need to take into consideration when performing the site survey for this link?

When planning to perform a customer WLAN site survey, which three components and tasks
should be considered? (Choose three.)

Which three components and tasks should be considered while planning the site survey? (Choose
three.)

Which three statements describe WLAN RF interaction with environmental situations? (Choose
three.)

Which piece of information gathered during a WLAN site survey should be included in the
customer report?

Refer to the exhibit.

Which type of cable connector is displayed that is used to connect antennas to transmitters?

Which two basic characteristics would be needed from antennas used for survey and deployment
in various indoor situations? (Choose two.)

Which option will allow the maximum 2.4 GHz channel usage for a survey and voice deployment in
the ETSI domain?

Given an AP that can transmit at 100 mW and the client at 40 mW, which power setting should be
used for a site survey?