Synchronization and Time Distribution: White Rabbit Solutions
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Synchronization and Time Distribution: White Rabbit Solutions | SAFRAN

Safran’s White Rabbit Solutions deliver sub-nanosecond synchronization and high-precision time transfer for modern time-sensitive networks such as Time-Sensitive Networking (TSN) and Synchronous Ethernet. By extending the Precision Time Protocol (PTP), these solutions ensure deterministic Ethernet performance across large-scale infrastructures.

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Safran’s White Rabbit Solutions deliver sub-nanosecond synchronization and high-precision time transfer for modern time-sensitive networks such as Time-Sensitive Networking (TSN) and Synchronous Ethernet. By extending the Precision Time Protocol (PTP), these solutions ensure deterministic Ethernet performance across large-scale infrastructures.

Benefits

  • Sub-nanosecond time accuracy for demanding applications
  • Deterministic time transfer over Ethernet
  • Scalability via Wavelength Division Multiplexing (WDM)
  • Compatibility with existing network infrastructures
  • Auto-calibrated links to eliminate delay asymmetries
  • Robust redundancy and remote monitoring

Key Features

  • White Rabbit Switch v3.4 with 18 SFP 1GbE ports
  • White Rabbit ZEN TP-32BNC with 32 configurable BNC outputs
  • White Rabbit ZEN TP-FL with 4x/8x 1PPS expansion boards
  • White Rabbit LEN Kits for daisy-chain synchronization
  • HATI IP Core for FPGA integration
  • WR-PTP License for protocol interoperability
  • Distance range over 80 km using fiber
  • Sub-picosecond phase noise and frequency dissemination

Typical Applications

  • FinTech and data centers
  • Particle accelerators and scientific facilities
  • Telecom and broadcast networks
  • Defense and aerospace communications
  • Power and utility infrastructures

Additional Information

White Rabbit Solutions are ideal for networks requiring extreme precisionreliability, and temporal determinism. They are seamlessly integrable into existing infrastructures, future-proof, and support scalable architectures for long-distance and complex network topologies.

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