WN-HIPER-WATM

What does WATM stand for in the context of HiperLAN?

• Wireless Asynchronous Transfer Mode
• Wireless Automatic Transfer Mode
• Wireless Array Transfer Mode
• Wireless Application Transfer Mode

What is the main difference between HiperLAN and HiperLAN: WATM?

• Frequency band
• Data rate
• Physical layer technology
• Network architecture

What is the main advantage of HiperLAN: WATM over other wireless communication technologies?

• High data rate
• High frequency band
• High compatibility with a wide range of devices
• Efficient use of network resources

What is the main disadvantage of HiperLAN: WATM over other wireless communication technologies?

• Limited range of coverage
• Limited compatibility with a wide range of devices
• High cost
• Interference from other devices using the same frequency band

What is the modulation technique used by HiperLAN: WATM?

• Amplitude-shift keying (ASK)
• Frequency-shift keying (FSK)
• Quadrature amplitude modulation (QAM)
• Phase-shift keying (PSK)

What is the channel width used by HiperLAN: WATM?

• 20 MHz
• 40 MHz
• 80 MHz
• 160 MHz

What is the main application of HiperLAN: WATM?

• Home networking
• Office networking
• High-speed data transfer
• Video streaming

What is the role of ATM in HiperLAN: WATM?

• Physical layer technology
• Data link layer technology
• Network layer technology
• Transport layer technology

What is the main difference between HiperLAN: WATM and IEEE 802.11a?

• Frequency band
• Data rate
• Range of coverage
• Network architecture

What is the main difference between HiperLAN: WATM and IEEE 802.11b?

• Frequency band
• Data rate
• Range of coverage
• Network architecture