Question

The radius within which the receiver receives the signals with an error rate low enough to be able to communicate and can also act as a sender is:

• A. Transmission range
• B. Detection range
• C. Interference range
• D. Propagation range

Hint:

The Transmission Range ensures proper communication where the signal is strong enough to be decoded correctly, making it essential for effective wireless networking.

Answer 1

The Correct Option is A

Step 1: Understanding Wireless Communication Ranges Wireless communication is characterized by different ranges based on signal strength and usability: 

• Transmission Range: The area within which a device can send data and the receiver can successfully decode it with low error rates.
• Detection Range: The area within which a signal can be detected but not necessarily decoded correctly.
• Interference Range: The region where a signal can interfere with other transmissions but cannot be successfully decoded.
• Propagation Range: The total distance a signal can travel before it becomes too weak to detect. 
   

Step 2: Analyzing the Correct Option 
- Option (A) Transmission Range (Correct): This defines the region where communication can occur successfully in both directions.
- Option (B) Detection Range: Incorrect, as detection does not guarantee proper decoding.
- Option (C) Interference Range: Incorrect, as signals in this range cause interference rather than proper communication.
- Option (D) Propagation Range: Incorrect, as this refers to the total distance a signal can travel.