11.5.3 - TestOut PcPro v7.0: Wireless Networks Factsheet

Which frequency range allows wireless signals to travel further but at a slower data rate?

• 3.65 GHz

• 2.4 GHz

• 5 GHz

• 900 MHz

What is a characteristic of 5 GHz wireless signals compared to 2.4 GHz?

• They are less affected by obstructions

• They transmit data at a faster rate

• They use less power

• They travel further

What is required for a single radio to transmit at both 2.4 GHz and 5 GHz simultaneously?

• A dual band access point

• A high-end antenna

• Special FCC permission

• A single frequency radio

What factor does NOT affect the maximum signal distance of a wireless network?

• Antenna strength

• Interference

• The color of the walls

• Obstructions

What happens to transmission speeds as the distance increases?

• They become unstable

• They remain constant

• They decrease

• They increase

What is a typical use for a long-range wireless network?

• Enhancing the speed of a single device

• Connecting two buildings on the same network

• Connecting devices within a single room

• Providing internet to a single device

What is needed for long-range networks that use licensed frequency ranges?

• A high-end antenna

• Special permission

• A dual band access point

• A single frequency radio

What is a potential downside of increasing the power of a wireless access point?

• It improves signal quality

• It requires less power

• It decreases the signal range

• It can lead to overheating and instability

What should always be followed when increasing the power of a wireless access point?

• FCC guidance and requirements

• User manual instructions

• Manufacturer's warranty

• Local weather conditions

What is the impact of obstructions like walls on wireless transmission?

• They increase the transmission speed

• They enhance the signal

• They have no impact

• They reduce the signal distance