최신CompTIA RFID+ Certification - RF0-001무료샘플문제

A. Distance at which the tag can be read.

B. Power level of the field.

C. Time required to power the tag.

D. Coverage area of the interrogation zone.

A. a universal serial bus (USB) connection to the remote server.

B. an interrogator with WiFi capability.

C. an interrogator with an edge-server capability.

D. an Ethernet connection to the remote server.

A. encode more data than a table top printer.

B. precisely place labels on cases.

C. only use RFID labels.

D. encode more than one label at a time.

A. The traffic coordinator would rely too much on the RFID data.

B. The forklift drivers would have access to the interrogator data.

C. The traffic coordinator may be over exposed to radio waves.

D. The interrogator could not be connected to the network.

A. The benefits of new upgrade.

B. How to install the upgrade.

C. When to schedule the upgrade.

D. Whether the upgrade can be downloaded from the internet.

A. 3

B. 4

C. One

D. 2

A. more than 10 miles (16 kilometers).

B. less than 9.7 feet (3 meters).

C. less than 6 inches (15 centimeters).

D. more than 322.6 feet (100 meters).

A. Remove the dock stands and install them somewhere else in the operation.

B. Re-install the antennas so they protrude into the travel path further than the dock stands.

C. Move the dock stands so they are further out of the travel path than the protective equipment installed.

D. Replace the dock stands with smaller, less obtrusive dock stands.

A. using spread-spectrum to equalize the power over the band.

B. changing the reflection coefficient of the antenna.

C. transmitting with power from the interrogator.

D. alternating between linear and circular polarization.