What frequency range allows for higher data transmission due to wave proximity?

The high frequency range is recognized for its ability to support higher data transmission rates due to the shorter wavelengths associated with these frequencies. As frequency increases, the capacity for data transmission also typically increases, allowing for more information to be packed into the same bandwidth. This is largely due to the characteristics of electromagnetic waves; higher frequency waves can carry more cycles per second, which translates to a greater amount of data being transmitted.

In practical terms, high frequency is advantageous in applications requiring robust data rates, such as in wireless communications and remote sensing. It enables clearer signals and facilitates better performance over distance in various communication systems. This makes it particularly suitable for modern unmanned aerial systems that require quick and efficient data transmission capabilities.