Description: Signal Integrity Monitoring refers to the practice of ensuring the quality and reliability of signal transmission in various communication systems. This process involves the continuous supervision of signals to detect any anomalies or degradation that may affect the integrity of the transmitted information. Through advanced analysis techniques and measurement tools, parameters such as amplitude, frequency, and distortion of signals are evaluated. The importance of this monitoring lies in its ability to prevent communication failures, which is crucial in applications where precision and reliability are essential, such as telecommunications, data networks, and industrial control systems. Additionally, signal integrity monitoring enables early problem identification, facilitating proactive intervention and preventive maintenance, which in turn reduces costs and improves operational efficiency. In an increasingly interconnected world, where data transmission is fundamental to the functioning of various industries, signal integrity monitoring has become an essential component to ensure service continuity and quality.
