Fujian Agriculture and Forestry University (FAFU) is a key provincial university located in Fuzhou, the capital of Fujian Province. The university is recognized for its strengths in agricultural science, forestry, and life sciences, while also offering coordinated development across science, engineering, economics, management, humanities, law, and arts.
FAFU is:
A joint university supported by the Ministry of Agriculture and Rural Affairs, the State Forestry and Grassland Administration, and the Fujian Provincial Government
A High-Level University of Fujian Province
A “Double First-Class” (Category A) university in Fujian Province
With a history dating back to 1936, FAFU has evolved into a comprehensive research-oriented university and plays a vital role in agricultural innovation, scientific research, and talent cultivation in China.
As part of its ongoing smart campus and scientific research infrastructure development, Fujian Agriculture and Forestry University required a high-precision, stable, and centrally managed time synchronization system.
Accurate time is critical for:
Scientific experiments and data comparison
Network system logs and auditing
Teaching and research coordination
Campus-wide IT system consistency
The university sought to deploy a Beidou-based time synchronization solution capable of achieving microsecond-level accuracy, while remaining compatible with its existing campus network and scalable for future expansion.
High-Precision Time Synchronization
Direct synchronization with the Beidou Satellite Navigation System
Time deviation controlled within microseconds
Stability and Reliability
Continuous, stable operation under complex research and network environments
Strong anti-interference capability
Ease of Deployment and Management
Simple installation and configuration
Reduced operation and maintenance workload
Compatibility and Scalability
Seamless integration with existing campus network systems
Support for future system expansion and upgrades
Shutai Beidou Satellite Clock & NTP Time Management System
As a leading domestic provider of time synchronization solutions, Shutai Clock delivered a tailored solution to meet FAFU’s requirements.
Utilizes advanced Beidou satellite reception technology
Provides high-precision, highly stable time signals
Achieves microsecond-level synchronization accuracy
Designed with strong anti-interference performance to ensure reliable operation in complex environments
A high-performance Network Time Protocol (NTP) server deployed as the campus-wide time source
Receives authoritative time from the Beidou synchronized clock
Distributes unified time signals to all campus network devices
Supports redundant backup and automatic failover, ensuring uninterrupted time services
End-to-end service covering system design, equipment selection, installation, commissioning, and maintenance
Professional technical support ensures stable long-term operation and optimal user experience
The deployment enabled FAFU to achieve microsecond-level synchronization with the Beidou system, fully meeting the stringent requirements of scientific research and high-precision applications.
The redundant architecture and failover mechanisms of the NTP server ensured continuous, stable operation under all conditions, strengthening the reliability of the campus network infrastructure.
Centralized time management and simplified deployment significantly reduced manual configuration and maintenance efforts, lowering overall O&M costs.
The solution integrated seamlessly with existing campus network systems and provides a scalable foundation for future smart campus and digital infrastructure upgrades.
Changsha Tianqiong Electronic Technology Co., Ltd. is a professional company specializing in time and frequency technologies, with a strong focus on satellite-based time synchronization solutions.
Its Shutai Clock products are widely deployed across universities, hospitals, enterprises, government institutions, and research facilities, and have become one of China’s preferred brands for precise, reliable, and scalable time synchronization systems.
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