White Rabbit Z16
The reliable precise time fan-out for White Rabbit distribution on 1G Ethernet-based networks.
WR-Z16
Reliable & precise time fan-out solution for White Rabbit (basis for the new IEEE-1588-2019 High Accuracy Default profile) 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 optical fiber links.The WR-Z16 provides very precise IEEE 1588-2008 (PTP) in all its optical interfaces and supports NTP interoperability. Picosecond-level frequency distribution is available through a fully digital clock.The WR-Z16 incorporates failover mechanisms which combine multi-source redundancy and holdover capabilities to ensure continuous operation.
The new Low Jitter version of the WR-Z family products is now available!
This new Low Jitter (LJ) capability, enabled in the new hardware version of the WR-Z products, includes improved design in order to provide better stability in the timing outputs of the system, especially for the frequency signals, as it can be seen in the corresponding datasheet.
ADVANTAGES
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High Accuracy
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Interoperability
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Resiliency of Time & Frequency
USE CASES
CASE STUDIES
REQUEST A QUOTE
FEATURES
- Sub-nanosecond time accuracy
- 16 optical timing ports for WR, PTPv2 and NTP
- Multi-source time references
- Designed for Metro Area Network distances and beyond
- Datacenter Optimized design
- Failover & Holdover capabilities
- Extended monitoring and management
- Redundant swappable power supply & fans
- Health monitoring
SPECS
- Size: 431 x 44 x 330 mm
- Environmental Conditions
- Temperature: -10ºC ~ +50ºC
- Humidity: 0% ~ 90% RH
TIMING
- Multi-sources
- Failover mechanism to ensure continuous operation by switching over several timing sources in case of failure
- White Rabbit (accuracy <1ns)
- External references (GNSS, Atomic Clocks)
- PTP IEEE 1588-2008
- Default
- G.8265.1
- G.8275.1
- IEEE C37.238-2011
- IEEE/IEC 61850-9-3
- NTP v2, v3 & v4
- Holdover (optional)
- Accuracy (learning 3 days from GNSS)
- < 100ns @ 4h
- < 500ns @ 8h
- < 1.5us @ 24h
- Accuracy (learning 3 days from GNSS)
- Holdover (optional)