Synchronization Solution For Cloud Networks
Create a virtual synchronization network to secure accurate time independent of GNSS/GPS
A great challenge is to secure accurate time at each of these datacenters to provide a real-time service experience for the users. GNSS/GPS is vulnerable to spoofing and jamming and therefore not suitable as the only time assurance in critical network environments. Especially when it comes to real-time critical services and applications with high requirements of accurate time availability. on time accuracy.
Through a virtual accurate time-network approach, new datacenters are seamlessly added to the network, and will immediately receive the same accurate time that is present everywhere all the time. Distribution of accurate time works independent of network capacity and network layers which enables timing to grow and develop without any impact from the network components.
An increasing number of industries and applications require real-time critical, cloud-based data including very precise time. This open up for datacenters and DCPs to provide Time-as-a-Service, both within the datacenters and at the customer edge.
End customers are connected over open IP networks or through dedicated wavelengths requiring a flexible and open synchronization solution.
The only futureproof approach to connecting these time critical datacenters with seamless scalability is through an open and disaggregated synchronization solution that is independent of GNSS/GPS and the underlying network architecture.
Connect any number of datacenters even over large distances without compromising on accurate time availability. A network independent approach allows timing to grow and develop without any impact from the network components.
The virtual accurate time network works independent of underlying network capacity and network layers Distribution of accurate time works independent of network capacity and network layers which enables timing to grow and develop without any impact from the network components.
Higher service security, reliability and availability through complete independence of the vulnerability issues of GNSS/GPS.
1U ultra-compact form factor – up to 3 units per U
1U compact form factor
2.5/6/10U form factor options
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