Which of the following statements is true regarding satellite networking?

Satellite networking operates by using satellites in orbit to transmit and receive data, which inherently introduces latency due to the long distances that signals must travel. Despite this latency, satellite technology is capable of supporting high data rates, especially with advancements in satellite technology that improve bandwidth and data handling capabilities.

Therefore, the statement indicating that satellite networking provides high data rates with high latency is accurate. It's important to note that the latency in satellite communications can be significantly higher than that in wired connections due to the distances involved, as signals must travel to space and back before reaching their destination.

In contrast, the other statements are not true regarding satellite networking. For example, satellite communication utilizes a range of frequencies, including both high and low-frequency bands, rather than being limited to low frequencies. Additionally, it experiences higher latency compared to wired connections, not lower, due to the signal travel time. Lastly, satellite networks do not require physical cables for connectivity; they rely on wireless signal transmission between the ground stations and the satellites.