Our synchronization solution Zyntai is designed to address the time synchronization challenges faced by today’s complex networks. The solution creates an overlay sync network that operates independently of the underlying IP and transport infrastructure. This provides precise time synchronization where it is needed without requiring time sync hardware support in routers, switches and transport nodes, while working also over leased capacity. By distributing time sync over the network, your sites also become independent of external GPS/GNSS sources, reducing vulnerability to interference beyond you own control.
Implementing an overlay network-based synchronization ensures a more reliable network performance, increased control over your synchronization, and faster time sync deployment without the need for extensive hardware upgrades. Our solution empowers you to optimize your network’s efficiency and reliability while minimizing costs.
including for leased capacity
at access edge
Multiple sources and routing
OUR SOLUTION
Net Insight’s Zyntai TimeNode receives synchronization from a source in the network, typically a PTP signal (Precision Time Protocol, G.8275.1 Full Timing Support). Through advanced time algorithms, the TimeNode processes and converts the sync signal, enabling its distribution across extensive network areas and multiple hops. Leveraging multiple sync sources and using multi-link routing, our solution maintains stringent time synchronization requirements and auto-calibrates for asymmetries, even in the event of path or source loss. As the signal is distributed through the network, another TimeNode located farther out to the edge receives the Zyntai signal and converts it back to e.g. PTP for distribution to various endpoints, such as radio sites.
The Zyntai Director orchestrates and manages the network synchronization in real-time. Various metrics are continuously collected and analyzed to get a 360 view of the synchronization performance as well as the behaviour of the transport network.
Sends high quanties of time stamp packages and filters out relevant packages for minimum confidence intervall.
Dynamically detects and elimenates synchronization assymetries in real-time.
Uses collaborative clocks and multi-link routing for redundency.
Real-time insights into sync and transport network KPI:s.
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