Precision Timing and Synchronisation Distribution for Modern Network Infrastructure
The OSA 5410 Series is a family of compact synchronisation distribution and assurance devices designed to deliver precise timing, monitoring, and synchronisation services across modern network environments. Optimised for mobile networks, data centres, utilities, broadcasting, and other time-sensitive applications, the series combines advanced timing technologies with flexible deployment options to support frequency, phase, and time-of-day synchronisation requirements.
The OSA 5410 Series is designed to meet the growing synchronisation demands of LTE-Advanced Pro and 5G networks. With IEEE 1588v2 Precision Time Protocol (PTP) support and 10Gbit/s interfaces, it enables accurate, reliable, and cost-effective synchronisation delivery across high-bandwidth access networks.
The OSA 5410 platform enables service providers to deliver highly accurate timing services for industries including data centres, finance, healthcare, and media networks where synchronisation accuracy is essential.
The series includes in-service, network-based monitoring, testing, and synchronisation assurance capabilities, helping operators maintain timing performance across their networks.
The OSA 5410 Series combines synchronisation distribution, monitoring, testing, and assurance through comprehensive Syncjack™ technology. It supports Synchronous Ethernet, NTP, and PTP, including relevant PTP profiles, while the integrated multi-band GNSS receiver provides exceptional accuracy for grandmaster clock applications. The platform can be deployed across mobile networks, power utilities, professional broadcasting, and other timing-critical environments.
The OSA 5412 features an integrated OLED display that allows essential local control and monitoring, providing a simple and efficient user experience while maintaining high service availability.
The compact design of the OSA 5410 Series delivers excellent space and power efficiency. Devices can be configured to operate as grandmaster clocks, assisted partial timing support devices, boundary clocks, or slave clocks. High-performance quartz and rubidium oscillator options provide extended holdover capabilities, while Ensemble Controller and Ensemble Sync Director enable centralised management, monitoring, and control.
