Description: A jitter driver is used to manage timing variations in signal transmission. These variations, known as jitter, can affect the quality of digital communications, especially in applications that require high timing precision, such as real-time audio and video transmission. The jitter driver acts as a mechanism that stabilizes these fluctuations, ensuring that signals are transmitted more uniformly and predictably. This is achieved through synchronization techniques and timing adjustments, allowing data to arrive at its destination at the right moment. The importance of a jitter driver lies in its ability to enhance signal integrity and reduce latency, which is crucial in environments where synchronization is essential. In summary, a jitter driver is a key component in communication system architecture, ensuring that signals remain within desired parameters for effective and high-quality transmission.
