Adtran Launches White Rabbit for Ultra-Precise Timing Solutions
Adtran has introduced White Rabbit technology to its Oscilloquartz timing platforms, offering sub-nanosecond synchronization for industries that require highly accurate timing. This technology extends the IEEE 1588 PTP standard with precise delay calibration and phase tracking to achieve sub-nanosecond accuracy. Metrology labs, financial institutions, data centers, and research organizations can benefit from improved data consistency, efficiency, and performance with this advancement.
Unlike other implementations that require specific hardware, Adtran’s software-based approach allows for a seamless upgrade on existing Oscilloquartz timing solutions, making high-precision synchronization easily accessible. The OSA 5412, OSA 5422, OSA 5430, and OSA 5440 timing solutions now support White Rabbit, enabling stable synchronization over fiber and keeping networks in perfect harmony across multiple locations.
Gil Biran, GM of Oscilloquartz at Adtran, emphasizes the importance of ultra-precise timing in today’s industries that rely on real-time data. He notes that White Rabbit integration with their PTP grandmaster solutions makes achieving sub-nanosecond synchronization more straightforward for customers, reinforcing Adtran’s leadership in high-precision timing solutions.
Igal Pinhasov, VP of Product Line Management at Oscilloquartz, highlights the evolution of accurate time synchronization as a critical factor in network infrastructure. By incorporating White Rabbit technology, Adtran pushes precision beyond a single nanosecond to the picosecond range, enabling organizations to timestamp events with absolute certainty and support advanced applications in science and communications.
With this level of accuracy, timing drift across distributed networks can be eliminated, paving the way for ultra-responsive, high-performance infrastructure in various industries. Adtran’s White Rabbit technology represents a significant advancement in achieving sub-nanosecond synchronization for improved efficiency and reliability in critical network operations.
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