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No power cable, no lightning protection, no approval procedures, reduced maintenance effort. Roof installation is simplified and additional roof penetrations are unnecessary. Thanks to optical-based data transmission, a single GNSS antenna can cover an unlimited number of end devices for time reference and can even be integrated and monitored within the in-house fiber infrastructure.
The fiber-based Power-over-Fiber technology requires no additional power supply, as the required energy is transmitted through the fiber optic cable and converted to power the antenna. This avoids voltage spikes and minimizes the risk of spoofing and/or interference attacks and ensures reliable power and signal transmission.
In critical applications such as mobile networks, data centers, energy supply networks and industrial automation, timing errors often have negative consequences. Therefore, precise measurement of delays is essential for reliable time distribution and system stability. Propagation delays can only be reliably compensated if the end-to-end delay is precisely known – thus ensuring deterministic and stable time distribution.
Reliable, continuous synchronisation is the foundation for stable and high-performance AI networks and essential in critical scenarios. The availability of time synchronisation must be ensured at all times in order to detect and address internal and external disturbances such as jamming, spoofing or system errors at an early stage.
Redundancy and monitoring enable:
Result: Maximum operational reliability and reliable synchronisation – even under critical conditions.
Accurate time is necessary to synchronise base stations (e.g. in 5G networks) and thus ensure low latency and stable network performance.
Synchronized time enables consistent data processing, stable clusters and secure transactions in distributed IT systems.
Precise timestamps are crucial for stock trading, transactions and regulatory requirements such as MiFID II.
Time-accurate synchronisation ensures correct alignment of audio, video and IP-based broadcast systems.
Applications such as air traffic management, navigation or autonomous systems require precise time for and coordinated processes.
Synchronisation is essential so that machines, sensors and control systems can coordinate in real time.
Military communication, surveillance systems and critical infrastructures require precise time for reliable and secure operations.
Accurate time enables the synchronisation of power grids and applications such as phasor measurement units for grid monitoring.
Precise time data
Atomic clock-based satellite position signals for precise time synchronisation.
Flexible and efficient
The all-in-one solution simplifies the installation process and reduces the need for multiple GNSS antennas.
Power supply via fiber
The required power is supplied directly via the optical fiber. This eliminates the need for a separate power connection.
Use your in-house structure
GNSS & Power-over-Fiber can be integrated into the inhouse fiber optic network and offers virtually loss-free and latency free data transmission over long distances.
Security and remote monitoring
Optical signals mean a high degree of protection against eavesdropping and spoofing attacks. Thanks to remote maintenance, malfunctions can be quickly detected and rectified.
Save costs
No power cables, no lightning protection, no approval process, reduced maintenance work. Roof installation is simplified and additional diffusers are unnecessary.
