WHITE RABBIT ZEN TP-FL
WHITE RABBIT ZEN TP-FL: Empower Your Applications with Precision
The WR-ZEN TP-FL serves as the foundational standalone node, extending White Rabbit capabilities to diverse applications through redundant connections. Easily distributing time and frequency to other equipment, it seamlessly integrates widely available timing protocols such as PTP, NTP, and 10MHz/PPS.
Combining ultra-stable clocks with low jitter and temperature-compensated resources, the WR-ZEN TP-FL enhances synchronization accuracy within a cost-effective 1U form factor.
Exciting Update: Introducing the Low Jitter Version!
Our latest hardware version introduces Low Jitter (LJ) capability, ensuring improved stability in timing outputs, particularly for frequency signals. Explore the corresponding datasheet for more details on this advanced feature.
Optional Extra Options:
- 4x SMA expansion module with configurable outputs.
- 8x SMA expansion module with configurable outputs.
- Holdover expansion.
Advantages:
- Sub Nano Second Time Accuracy
- Timing Over Fiber Optic Cabling
- Interoperability In Last Hop
Features:
- Sub-nanosecond time accuracy
- WR, PTPv2, and NTP over optical interfaces
- Extended management and monitoring
- Distance range over 80 km using fiber.
- Failover mechanisms & Holdover
- Robustness & Redundancy
- Low jitter/phase noise frequency dissemination
- Precise timing sources monitoring capability
- Configurable timing outputs (1PPS/10MHz/IRIG-B) via expansion modules.
Specifications:
Size: 444 x 43 x 221 mm
Environmental Conditions:
- Temperature: -10ºC ~ +50ºC
- Humidity: 0% ~ 90% RH
Atomic Clocks & Oscillators
Timing & Front Panel:
Ethernet:
- 2x 10/100/1000 Base-T RJ45 (Management, NTP)
SFP Ports:
- 2x 1GbE (WR, PTP, NTP)
Clocks I/O:
- 5x SMA coaxial connectors (3V/50Ω):
- 10 MHz SIN OUT
- CLK OUT(LVTTL)
- PPS OUT (LVTTL)
- PPS IN (LVTTL)
- 10MHz IN (TTL/CMOS/ ECL/clipped sine)
LCD:
- Information panel for alerts & network configuration
Expansion:
- 4/8x SMA connectors(3.3V/50Ω):
- 1PPS/10MHz/IRIG-B (LVTTL)
