Automation

Secure enterprise clock sync for timestamping critical automation applications in real time

The Challenge
High-speed automation applications, such as industrial robotics and IoT sensors, must be accurately and reliably time-synced for data integrity, data governance, network latency monitoring, precise data timestamping, time-series data and data timeline, deterministic network performance, log file diagnostics, and high-resolution big data analytics, to name a few. Accurate time sync of distributed applications is achieved when the network clock sync chain is traceable to UTC, the ultimate stratum 1 master clock reference, through a variety of time sources, such as GNSS, CDMA, and other sources.

The Solution

TimeKeeper® is a leading enterprise-class clock sync platform solution for time-sensitive, high-speed automation applications. TimeKeeper’s innovative products can reliably synchronize time-critical application servers and VMs in data centers to within sub-µs accuracy against UTC traceability across an end-to-end network.

Automation

Secure enterprise clock sync for timestamping critical automation applications in real time

The Challenge
High-speed automation applications, such as industrial robotics and IoT sensors, must be accurately and reliably time-synced for data integrity, data governance, network latency monitoring, precise data timestamping, time-series data and data timeline, deterministic network performance, log file diagnostics, and high-resolution big data analytics, to name a few. Accurate time sync of distributed applications is achieved when the network clock sync chain is traceable to UTC, the ultimate stratum 1 master clock reference, through a variety of time sources, such as GNSS, CDMA, and other sources.

The Solution

TimeKeeper® is a leading enterprise-class clock sync platform solution for time-sensitive, high-speed automation applications. TimeKeeper’s innovative products can reliably synchronize time-critical application servers and VMs in data centers to within sub-µs accuracy against UTC traceability across an end-to-end network.