Fiber Time/Frequency Transfer System
The fiber time/frequency transfer system sends time signals to remote users with nearly zero delay and compensates fiber-link delay changes in real time. It also transfers optical-frequency signals stably, compensating link delay and phase noise to maintain phase synchronization. Highly stable, accurate transfer supports comparison, transmission and use of precision time/frequency signals.
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Overview
The fiber time/frequency transfer system sends time signals to remote users with nearly zero delay and compensates fiber-link delay changes in real time. It also transfers optical-frequency signals stably, compensating link delay and phase noise to maintain phase synchronization. Highly stable, accurate transfer supports comparison, transmission and use of precision time/frequency signals.
Specifications
| Parameter | Value |
|---|---|
| Time-Transfer Stability | 10ps/s |
| Time-Transfer Accuracy | 50ps |
| Single-Stage Transmission Distance | 100km |
| Dynamic Compensation Capability | 1000km |
Applications
High-precision timing synchronization in communication systems; optical-clock comparison; atomic-clock comparison; quantum-secure communications
Key Features
Simultaneous transfer of time and optical-frequency signals; low timing jitter; high time-signal accuracy; high optical-frequency signal stability.
Datasheet
Product Datasheet
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Supplier Information
Shandong Jiliang Information Technology Development Co., Ltd. was established on June 8, 2021, located in the High-tech Industrial Development Zone of Jinan City, Shandong Province. It is a wholly-owned achievement transformation enterprise of Jinan Institute of Quantum Technology, serving as the platform for the institute's technology transfer, mainly engaged in the transfer, transformation, and promotion of quantum scientific research achievements. Relying on the institute's more than ten years of research achievements in the quantum field, the Company is dedicated to the R&D, production, and sales of optoelectronic devices for quantum communication and optical communication, high-quality crystal materials, quantum secure communication networking, and other products. Based on the institute's advanced scientific research achievements and R&D platform, adhering to independent innovation, the Company has achieved complete autonomy, localization, and mass production of periodically poled lithium niobate waveguide chips, and successfully developed products such as lithium niobate multifunctional integrated optical devices (Y-branch waveguide), high-speed lithium niobate phase modulators, high-speed lithium niobate intensity modulators, and ridge waveguides based on lithium niobate thin films, with relevant technical indicators reaching domestic leading levels. The Company is supported by a strong R&D team, with core members holding Ph.D. degrees from renowned universities such as Stanford University and the University of Science and Technology of China. The Company adheres to the principles of quality first, customer foremost, and excellent service, providing customers with the best service. The Company is committed to win-win cooperation with domestic and foreign partners for common development and brilliance.
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