Precise and reliable time synchronization is crucial for time-series data, interactive sports analytics tools, and cloud-based mobile TV. This ensures data integrity, governance, monitors network latency, provides precise data timestamping, ensures deterministic network performance, facilitates log file diagnostics, and enables real-time big data analytics.
Broadcast & Media
Features
The Professional Broadcasting Industry is undergoing a significant transformation in its studio infrastructures, transitioning from traditional Video/Audio signal distribution methods, such as SDI for Video and AES for Audio, towards a comprehensive IP-based production model. This evolution aligns with the SMPTE suite of standards for Professional Media over IP Networks (SMPTE ST 2110).
Evolution of Studio Infrastructures in Broadcasting Industry
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Timebeat plays a pivotal role in supporting the coexistence and interoperability of both traditional and future synchronisation methods for professional Audio/Video equipment, particularly in hybrid environments. The Open Time Server, designed by Timebeat, offer highly accurate time and frequency derived from GNSS satellites. These servers cater to both legacy and IP-connected devices simultaneously, providing redundancy, flexibility, and the ability to swap cards for customised configurations.
Timebeat’s Vital Role in Synchronisation Solutions
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Precision Time Protocol (PTP) has emerged as the chosen technology for synchronising studio equipment over IP networks. Experimental case studies have already showcased live networked infrastructure environments utilising COTS switch equipment and networked video devices. The broadcast industry has collectively embraced IEEE 1588 (PTP) as the foundational element for synchronising all clocks in TV or radio studios.
PTP Technology for IP-based Synchronisation in Studios
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The modular approach of the Open Time Server by Timebeat ensures adaptability and future-proof. Accepting multiple input sources, including GPS, GLONASS, Galileo, BeiDou, PTP, NTP, SyncE, 1PPS, or 10MHz for synchronisation. This modular design allows field-replacement and swap capabilities for modules and power supplies, making Timebeat’s synchronisation solutions one of the most scalable and flexible options in the market.