Data Center & Computing

Construct the time cornerstone of high-performance computing to ensure the orderly flow of massive data

In the era of data explosion, distributed computing architecture, hyper-converged platforms and cloud-native deployments pose unprecedented challenges to high-precision time synchronization. Beidou Bontec provides time synchronization and frequency allocation solutions with independent control capability, supporting standard interfaces such as PTP (IEEE 1588v2), NTP, 1PPS, 10MHz, TSN, TOD, etc., which are widely used in key time and space infrastructure scenarios such as IDCs, AI cloud computing platforms, blockchain nodes, securities counters, edge computing and computational power centers.

Relying on high-stability rubidium clocks and GNSS taming algorithms, combined with low-latency PCIe timing cards, high-speed 10G/25G/40G ports, and high-precision time servers, we help our customers build a unified clock source, ensure time consistency across devices, regions, and clusters, improve transaction order determination and log traceability, and provide solid support for data center operation and maintenance, scheduling, debugging, and risk control.

Data Center Solutions

Time-frequency engine that guarantees uninterrupted business-critical operations and builds highly available data center infrastructure

Beidou Bontec provides a unified timing platform based on PTP, 1PPS, and 10MHz, supporting multi-node and multi-time zone data consistency alignment. The system integrates rubidium clocks and multi-star redundant GNSS modules, which meets the strict requirements of data centers for highly stable, highly accurate, and highly available clock sources, and helps customers improve data scheduling efficiency and log traceability.

Computing Solutions

Injecting precision time into computing platforms to drive efficient operation and precision collaboration

For high-performance application scenarios such as edge computing, AI training, quantization platform, etc., Beidou Bontec provides low-latency PCIe time card, modular time-frequency server and multi-protocol synchronization interface to ensure orderly execution of tasks among CPU, GPU and FPGA. It solves key problems such as timing disorder and scheduling imbalance of multi-computing nodes, and significantly improves the overall arithmetic utilization rate.

Technical Highlights

Highly stable Holdover Rubidium clock design ensures that the system continues to output accurate time in the event of GNSS loss of lock.
PCIe timing card supports nanosecond timestamp marking and OS kernel synchronization (Linux PPS/PHC support)
Multi-source GNSS redundant inputs (BDS/GPS/GLONASS/Galileo) to enhance system anti-jamming capability
Network PTP synchronization protocol with IPv6 / VLAN / QoS support for core switching environments
Modular structure, flexible deployment in edge nodes, master station, core server room

Data Center & Computing Application Products

TSA500 Time Synchronization Analyzer

The TSA500 Time Synchronization Analyzer is a portable test terminal that integrates high-precision time code testing, frequency stability measurement, clock source analysis, and time-frequency signal output. Complying with international and domestic standards such as ITU-I, IEEE, and EIA, it is widely applicable to time-frequency signal testing scenarios in communications, power generation, rail transit, national defense, research institutes, and measurement units. Its high reliability and professionalism make it an ideal test tool for a variety of time-frequency applications.

T-ASJ02 Miniaturized Anti-interference All-in-one Machine

The T-ASJ01 is a compact, all-in-one satellite navigation and anti-interference device designed for civilian drones and industrial applications. It supports BeiDou-3 B1/B3 dual-frequency reception and offers wideband B1/B3 interference suppression, achieving an anti-interference factor of 3. Integrating an antenna array, anti-interference module, and navigation receiver, it boasts compactness, lightweight design, and low cost. It is suitable for military communications, command systems, and various aircraft, ship, and vehicle-mounted communication platforms.

T-ASJ20 GNSS Timing Safety Isolation Device

The T-ASJ20 is a timing security isolation device designed for scenarios such as GNSS interference and spoofing. It features automatic BeiDou switching, simulated signal generation, and system isolation. Its built-in local clock discipline and holdover mechanism ensures timing accuracy better than 100ns even in the presence of external anomalies. It supports anti-forwarding interference, real-time monitoring, seamless switching, and remote upgrades, with fast interference response and guaranteed time security. It is suitable for applications in the power, finance, communications, and defense sectors.

T-ASJ10 GNSS spoofing and jamming security device

The T-ASJ10 is a GNSS spoofing protection device with signal identification, isolation, and rapid response capabilities. Its high-gain circularly polarized antenna supports multi-system tracking, offers strong anti-interference capabilities, and a stable phase center, making it adaptable to complex electromagnetic environments. The built-in LNA provides excellent out-of-band rejection, preventing receiver lock loss. It supports redundant power supplies, features an information display, and a dual-color warning light, enhancing system security and operational efficiency. It is suitable for applications in the power, finance, communications, and transportation sectors.

T221-C PCIe timing card

The T221-C is a high-performance PCIe timing card that integrates a GNSS receiver and a highly stable clock (OCXO/atomic clock) to achieve nanosecond-level time synchronization and reliable timekeeping. It supports reference inputs such as PPS and TOD, and is compatible with the IEEE 1588 protocol. Based on an FPGA architecture, it offers customizable functions, anti-interference capabilities, and a standard PCIe design for easy integration and deployment. It is suitable for use in scientific research, communications, power generation, data centers, and other scenarios.

T220-C PCIe PCI timing card

The T220-C is a PCI timing card that supports GPS/Beidou. It tames a local oven-controlled crystal oscillator (OCO) to provide precise time and timing interrupt signals to computers. It supports IEEE1588, B-code, 1PPS, and TOD outputs. Even if the reference source is interrupted, it maintains time using the highly stable crystal oscillator, ensuring highly reliable system operation. It is suitable for applications in scientific research, communications, power generation, transportation, and industrial automation.

Why is time synchronization so critical for data centers?

In distributed storage, microservice architecture and multi-node parallel computing, system operations need to rely on a unified high-precision time reference. Whether it is logging, data redundancy switching, or security event tracking, unified time is the cornerstone to ensure orderly and traceable operation. Beidou Bontec builds a reliable time and frequency backbone for data centers through multi-protocol synchronization solutions such as PTP (IEEE 1588), 1PPS and 10MHz.