OSA 5410 Series Mid-sized PTP Grandmaster Clocks

Compact PTP grandmaster, multi-interfaces

The OSA 5410 family of IEEE 1588v2 Precision Time Protocol (PTP) access grandmaster devices is optimized for synchronization distribution, testing and assurance at the network edge. It ensures cost-effective and reliable synchronization of your base station clocks, enabling you to meet the key timing challenges of today. What’s more, it also has the unique capability of monitoring synchronization quality while operating in service; powered by ADVA’s Syncjack™ technology, the OSA 5410 can perform clock frequency and phase accuracy measurements of both PTP and legacy networks.

In June 2023, ADVA Optical Networking SE has officially changed its name to Adtran Networks SE. The products of ADVA will continue to be available from CoverTel as usual. Logo change of products from ADVA to Adtran will be done progressively.
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OSA 5410 Series

PTP grandmaster, GNSS receiver and sync probe

The OSA 5410 Series is a family of compact and cost-effective synchronization distribution and assurance devices with comprehensive Syncjack™ technology for timing distribution, monitoring, testing and timing service assurance. It offers unique flexibility by utilizing Synchronous Ethernet, NTP and PTP, including all relevant PTP profiles. The built-in multi-band GNSS receiver delivers unprecedented accuracy for the most demanding grandmaster clock applications. The OSA 5410 family can be used as a timing source for frequency, phase and time-of-day delivery in a wide range of application domains such as mobile networks, power utilities and professional broadcasting.

Key Features and Benefits

  • Compact and cost-effective
    Small form factor design optimized for access network deployment
  • Syncjack™ technology
    Built-in technology for in-service synchronization accuracy monitoring, testing and assurance functionality
  • Unique flexibility
    Configurable to operate in grandmaster clock, assisted partial timing support (APTS), boundary clock and slave clock mode
  • Real-time sync monitoring
    In-service, network-based synchronization monitoring
  • High-availability design
    Automatic clock selection, self-calibrating delay asymmetry compensation and power supply redundancy
  • Operational Simplicity with Assurance
    Ensemble Controller, including Ensemble Sync Director, for superior management and synchronization monitoring capabilities