
Power and Energy
It guarantees high-precision synchronization of power dispatching and substation systems, and meets the requirements of smart grid and 5G power bearer network for microsecond clock precision and long-term stability.
Welcome to Beidou Bontec Solution Center. Here, we are based on the global development trend in the field of time and frequency and navigation, focusing on high-precision timing, anti-jamming positioning, synchronization network and localization ecology, and providing you with system-level solutions covering key industries such as 5G communication, financial transaction, power system, aerospace, industrial control and so on. We are committed to the deep integration of core time and frequency technology with BeiDou system, and realize accurate synchronization and stable timing in complex network through integrated design of hardware and software.
Our platform integrates a number of cutting-edge technologies such as highly reliable homegrown hardware, multi-reference source convergence architecture, IEEE1588/PTP/NTP standard support, ePRTC enhanced clock, virtual master reference (vPRTC), and is complemented by a modular product portfolio, visualized monitoring and management tools, and a security protection system to help you rapidly deploy and flexibly scale in the ever-changing technology environment, Stable operation
Welcome to browse our Products and Applications section to explore the future path of innovation in time and frequency synchronization and navigation.
It guarantees high-precision synchronization of power dispatching and substation systems, and meets the requirements of smart grid and 5G power bearer network for microsecond clock precision and long-term stability.
Provide precise synchronization between industrial control, edge computing and distributed devices to support the efficient and cooperative operation of TSN networks, industrial robots and industrial internet.
Provides secure and stable time services for medical imaging systems, remote surgery platforms and hospital information networks, meeting the stringent requirements for synchronization and data consistency in the medical field.
It supports the core requirements of frequency standard, phase noise, stability test, etc., and widely serves in metrology research institutes, scientific research laboratories, national defense test stations and time statistics units.
It realizes microsecond or even nanosecond timestamps, providing highly reliable and traceable financial-grade timing services for high-frequency trading, securities settlement and compliance auditing scenarios.
Provide a unified time source in distributed databases, virtualization platforms and cloud resource scheduling to ensure data consistency among multiple nodes and parallel computing synchronization efficiency.
Supporting 5G bearer network, PTP synchronization network, core room and edge cloud site to build accurate time and frequency benchmark, realizing high availability, low latency and fine synchronization communication system.
Provide a unified clock for intelligent networked vehicles, traffic signal control and vehicle-circuit cooperative systems, and improve the positioning accuracy and perception cooperative efficiency of autonomous driving systems.
It realizes stable and reliable timing and navigation support in complex environments, and is suitable for key national defense scenarios such as military communications, radar measurement and control, navigation countermeasures and satellite systems.
We offer a wide range of timing solutions supporting international standard protocols such as GNSS, NTP, PTP, SyncE, etc., covering synchronization accuracy from microseconds to nanoseconds, which are widely used in key industries such as communications, power, finance, and industry.
Facing the increasingly serious risk of GNSS signal interference and spoofing, we have constructed interference detection, direction analysis and spoofing identification technologies with independent intellectual property rights to ensure the space-time security of key infrastructure.
Relying on fiber-optic time-frequency transmission and White Rabbit technology, it builds a long-distance high-precision time-frequency transmission system and realizes cross-campus and cross-city master and backup clock coordination.
Our system fully supports a variety of network timing protocols and interface standards, including IEEE 1588v2, IRIG-B, NTP, TOD, 1PPS, 10MHz/5MHz, etc., to meet the deployment requirements of different scenarios.
Based on modular hardware design concept, it provides flexible combination of Rubidium clock, OCXO, power supply, network, GNSS modules, and supports hot-swappable and redundant backups, which can quickly adapt to the diversified needs of customers.
It integrates GNSS, IMU, azimuth gyro, inertial measurement and other technologies to provide highly dynamic and highly available positioning, orientation and timing services, applicable to shipboard, vehicle-borne, airborne and other complex environments.
We provide full-process test tools from frequency stability, phase noise, MTIE/TDEV analysis to visualization and monitoring of synchronization status of the whole network, supporting applications in scientific research, metrology and certification scenarios.
In order to meet the demand for power supply stability of key systems, the equipment supports redundant hot standby, dual power supply and power status monitoring to ensure safe and reliable operation for a long time.
It is fully adapted to BeiDou 3 system, supports pure BeiDou navigation timing, and at the same time, it supports domestic operating system, CPU, and boards, which meets the requirements of independent control and Xinchuang project.