What is one benefit of using shorter packet fragments when transmitting data?

Utilizing shorter packet fragments during data transmission provides a lower probability of errors from interference, which can be particularly beneficial in various network environments. When data is segmented into smaller packets, each individual packet is less likely to encounter significant interference during transmission. This is because shorter packets can more quickly adapt to changing conditions in the network, such as signal degradation or congestion. If a packet does become corrupt or lost due to interference, the smaller size means that retransmission will involve less data, reducing the total time and resources needed to correct the error.

Other options may suggest various advantages, such as potential increases in delivery success rates or speed, but these do not specifically highlight the unique benefit associated with shorter packet sizes in mitigating error due to interference. Shorter fragments are particularly useful in situations where network reliability is a concern, allowing for more efficient handling of errors and maintaining the integrity of the transmitted data.