In RF telecommunications, what does 'signal integrity' refer to?

Signal integrity in the context of RF telecommunications refers to the preservation of the signal's quality as it travels through a medium. This concept encompasses various factors that contribute to the overall performance and reliability of the transmitted signal. For instance, it includes considerations like noise interference, signal distortion, and attenuation, all of which can influence the clarity and effectiveness of the received signal.

When signal integrity is maintained, it ensures that the information being transmitted remains accurate and reliable, minimizing errors that could occur during transmission. This is crucial for effective communication, where delivering the right information without degradation is essential. Antennas, cables, and other components must be able to manage these factors to uphold signal integrity, making it a key aspect of RF telecommunications.