Best-in-class telecommunication solutions with ultra-accurate timing at the essence.
IEEE 1588 White Rabbit timing, timestamping solutions, low jitter frequency dissemination over Ethernet and Deterministic networks (TSN)
The reliable precise time fan-out for White Rabbit distribution on 1G Ethernet-based networks.
White Rabbit Z16
It is the reliable precise time fan-out for White Rabbit distribution on 1G Ethernet-based networks. The WR-Z16 is a standalone device with 16 SFP connectors which provides sub-nanosecond accuracy time over plug-and-play fiber links.
LEARN MOREThe fundamental standalone node
WR-ZEN TP-FL
The fundamental standalone node that provides the White Rabbit features to a wide range of applications making use of its redundant connections. Easily distributes time and frequency to other equipment by implementing widely available timing protocols: PTP, NTP, 10MHz/PPS.
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The key element of WR Network
WR Switch
It is the main element of the White Rabbit Technology. It distributes Time and Frequency within a sub-nanosecond accuracy to thousands of nodes via standard optical fiber for distances above 80 km. It provides deterministic delivery and a reliable communication using redundant network topology.
LEARN MOREThe versatile standalone node
WR-ZEN TP 32-BNC
It is the versatile standalone node that provides the White Rabbit features to a wide range of applications making use of its redundant connections. The WR-ZEN TP-32BNC easily distributes time and frequency to other equipment by implementing standard timing protocols such as PTP, NTP, IRIG-B, etc.
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Disciplined Oscillator White-Rabbit
DOWR
High performance GPS grandmaster clock and network time server capable of distributing GPS Time or UTC using White Rabbit networks with sub-nanosecond accuracy over long-distance fiber links .
LEARN MORELow Level RF Control system based on White-Rabbit
CPIC LLRF
The CPIC LLRF is a fully digital RF to control two different cavities in the same rack and it is a key example of how to use White-Rabbit as mechanism for synchronization and low jitter frequency dissemination. It has been designed within the IFMIF-EVEDA facility to support the Linac cavities and It is controlled by an EPICS IOC interface in order to ease its integration in an EPICS control system.
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