What does channel bonding accomplish in networking?

What does channel bonding accomplish in networking?

• A. It adds redundancy to signal transmission
• B. It increases the bandwidth of a connection
• C. It decreases latency during data transfer
• D. It repairs dropped packets in transmission

Answer: (B)

Channel bonding is a technique used in networking to combine multiple channels into a single, larger channel. This process effectively increases the available bandwidth for data transmission. By aggregating two or more channels, the overall capacity for data transfer is enhanced, allowing for faster speeds. This is especially useful in applications requiring high throughput, such as video streaming or large file downloads, where the bandwidth demand exceeds what a single channel can provide. While redundancy, reduced latency, and packet repair are important aspects of networking, channel bonding specifically targets bandwidth enhancement. The increase in bandwidth achieved through channel bonding leads to improved performance, making it a critical feature in high-demand network environments.

Channel bonding is a technique used in networking to combine multiple channels into a single, larger channel. This process effectively increases the available bandwidth for data transmission. By aggregating two or more channels, the overall capacity for data transfer is enhanced, allowing for faster speeds. This is especially useful in applications requiring high throughput, such as video streaming or large file downloads, where the bandwidth demand exceeds what a single channel can provide.

While redundancy, reduced latency, and packet repair are important aspects of networking, channel bonding specifically targets bandwidth enhancement. The increase in bandwidth achieved through channel bonding leads to improved performance, making it a critical feature in high-demand network environments.