NFC has a low transmission capacity.

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Multiple Choice

NFC has a low transmission capacity.

NFC is designed for short-range, low-throughput communication. Because the devices interact only a few centimeters apart and often rely on inductive coupling, the amount of data that can be transmitted at once is limited. In practice, NFC operates at relatively low speeds (commonly around 106 kilobits per second, with higher modes up to 212 or 424 kbps in some configurations). This low data rate is sufficient for quick tasks like tapping a card for payment or reading a small tag, and it helps keep power usage and interference down. So the statement that NFC has a low transmission capacity reflects its purpose and technical design.

NFC is designed for short-range, low-throughput communication. Because the devices interact only a few centimeters apart and often rely on inductive coupling, the amount of data that can be transmitted at once is limited. In practice, NFC operates at relatively low speeds (commonly around 106 kilobits per second, with higher modes up to 212 or 424 kbps in some configurations). This low data rate is sufficient for quick tasks like tapping a card for payment or reading a small tag, and it helps keep power usage and interference down. So the statement that NFC has a low transmission capacity reflects its purpose and technical design.

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