Which term describes the capacity of data transfer in a system?

Which term describes the capacity of data transfer in a system?

• A. Bitrate
• B. Latency
• C. Throughput
• D. Bandwidth

Answer: (D)

Bandwidth is the capacity of a data transfer path to carry information per unit of time, usually measured in bits per second. It represents the maximum amount of data that could be transmitted through the system, regardless of how much you actually send or how fast it feels. Latency is about delay—the time it takes for data to get from source to destination. Throughput is the actual data rate that successfully arrives over a period, which can be lower than the capacity due to congestion or errors. Bitrate refers to the rate at which bits are encoded or transmitted in the signal, tied to the data rate but not the channel’s maximum capacity. So, for the term describing the capacity of data transfer in a system, bandwidth is the best fit.

Bandwidth is the capacity of a data transfer path to carry information per unit of time, usually measured in bits per second. It represents the maximum amount of data that could be transmitted through the system, regardless of how much you actually send or how fast it feels. Latency is about delay—the time it takes for data to get from source to destination. Throughput is the actual data rate that successfully arrives over a period, which can be lower than the capacity due to congestion or errors. Bitrate refers to the rate at which bits are encoded or transmitted in the signal, tied to the data rate but not the channel’s maximum capacity. So, for the term describing the capacity of data transfer in a system, bandwidth is the best fit.