How does Full-Duplex differ from Half-Duplex?

How does Full-Duplex differ from Half-Duplex?

• A. Allows data transmission in only one direction
• B. Allows data transmission in both directions but not at the same time
• C. Supports simultaneous data transmission in both directions
• D. Requires more bandwidth than Half-Duplex

Answer: (C)

Full-Duplex communication is characterized by its ability to support simultaneous data transmission in both directions. This means that two devices can send and receive data at the same time without any interference or delay. In practical terms, this allows for more efficient communication, especially in scenarios such as telephone conversations or video conferencing, where both parties need to talk and listen simultaneously. The capability to transmit in both directions at once ensures that interactions are more fluid and responsive. This is in contrast to Half-Duplex communication, where data can only flow in one direction at a time, necessitating a pause or switch to change direction. Full-Duplex communication typically leads to better performance and is prevalent in modern networking technologies, which can handle the necessary bandwidth to accommodate this bidirectional flow without conflict.

Full-Duplex communication is characterized by its ability to support simultaneous data transmission in both directions. This means that two devices can send and receive data at the same time without any interference or delay.

In practical terms, this allows for more efficient communication, especially in scenarios such as telephone conversations or video conferencing, where both parties need to talk and listen simultaneously. The capability to transmit in both directions at once ensures that interactions are more fluid and responsive.

This is in contrast to Half-Duplex communication, where data can only flow in one direction at a time, necessitating a pause or switch to change direction. Full-Duplex communication typically leads to better performance and is prevalent in modern networking technologies, which can handle the necessary bandwidth to accommodate this bidirectional flow without conflict.