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北斗让地球更“精准”！

我们执着于提供客户满意的PNT解决方案，成为客户信赖、员工自豪、国际一流的企业是我们不忘的初心。

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北斗坚持扩大全球PNT领域市场地位！

紧随国家“一带一路”战略，北斗积极拓展海外业务，目前产品已远销亚太、欧美。

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未来所趋，不可停止

北斗在深空探测及基础科学领域，为国家重大工程提供光纤时间频率传递技术，100km实现ps级时间同步、2E-17/s量级传输稳定度。
北斗在时间传递领域，领先的共视技术，传递精度3ns。
北斗在5G，提供10ns精度基站同步技术。

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北斗为国防现代化提供精准时间和位置服务

北斗使用IEEE1588技术实现战时指挥、控制、通信、计算等关键装备的纳秒级同步。北斗灵活的PNT系统为战场移动平台提供精准时间、姿态和航向信息。北斗在时间传递领域，领先的共视技术，传递精度3ns。
北斗在5G，提供10ns精度基站同步技术。

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北斗提供综合定制解决方案

我们所具备的多种导航及时钟器件的设计和使用能力，使我们能为各种特殊应用开发定制产品。在PNT领域，我们提供从基础器件、模块开发、设备定制及测试测量等系统解决方案。

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北斗时钟服务器出口全球市场

T600-BD NTP Time Synchronization Solution

Modern networks place higher demands on accurate, secure, and controllable time synchronization. The T600-BD NTP Time Synchronization Solution, built on an embedded hardware platform, integrates dual GNSS reference sources, a high-performance industrial motherboard, and a Linux system. It supports multi-protocol and high-concurrency timing (NTP/SNTP). It not only offers microsecond-level timing accuracy and support for millions of clients, but also provides a rich set of interfaces and flexible redundancy deployment capabilities, building a stable and reliable time infrastructure for various industries.

T600-BDOCXO NTP Time Synchronization Solution

The T600-BDOCXO is a high-precision, secure, and redundant enterprise-class NTP network time server. It utilizes dual GPS/Beidou reference sources and a built-in high-performance oven-controlled crystal oscillator (OCXO), combined with an embedded Linux system and a modular architecture, to achieve nanosecond-level synchronization accuracy and a 24-hour holdover of <10μs. Featuring six independent Ethernet interfaces, a robust anti-interference detection algorithm, multiple secure encryption protocols (MD5/SSL/certificate), and compatibility with IPv4/IPv6 protocols, it is widely used in government, defense, finance, energy, and other sectors requiring the highest levels of time accuracy and security.

T830 high-performance Clock server

Critical infrastructure demands high-precision, secure, and reliable time synchronization. The T830 is an enhanced grandmaster clock platform compliant with the IEEE® 1588 standard, designed for time-critical applications in industries such as finance, high-frequency trading, computing centers, and military communications. The T830 supports multiple timing modes, including ePRTC, PRTC, PTP, NTP, SyncE, and IRIG-B, and features robust interference detection and anti-spoofing capabilities, ensuring the continuous and stable operation of critical systems in complex network environments. Watch our video about the T830 series.

T840 Carrier-Grade Clock Server

Next-generation telecommunications networks and critical infrastructure demand higher accuracy, stability, and scalability in time synchronization. The T840 is a carrier-grade, enhanced grandmaster clock platform that integrates ePRTC, PRTC, SSU, and IEEE 1588v2 grandmaster clock functionality. It supports PTP, NTP, SyncE, and multiple interface protocols, including BITS, IRIG-B, 1PPS, and 10MHz. The T840 features a modular design, synchronization monitoring, and interference mitigation capabilities, allowing for flexible deployment in the core network, aggregation layer, or edge nodes. Combined with built-in Syncprobe™ technology and a multi-source holdover algorithm, the T840 is the most reliable timing investment platform for the transition from traditional to IP networks.

T680 PTP/NTP Time Synchronization Server

Modern distributed systems and network architectures place higher demands on high-precision time synchronization. The T680 is a high-performance time synchronization server that integrates PTP and NTP functionality. It supports full GNSS system reception and local clock discipline, features built-in anti-interference detection algorithms, and is compatible with IPv6 and domestic operating systems. Its flexible deployment options, diverse output interfaces, and precise synchronization performance enable it to provide stable, secure, and accurate time services in key sectors such as telecommunications, finance, power generation, and scientific research, meeting current and future high-availability requirements for time synchronization.

T710 GNSS Rubidium Atomic Frequency Standard

The T710 GNSS Rubidium Atomic Frequency Standard integrates a GNSS receiver, a Rubidium atomic clock, and a low-phase-noise crystal oscillator. Using digital phase-locking technology, it outputs a high-precision 10MHz frequency signal with frequency stability comparable to that of a standard cesium clock. It supports 1PPS and UTC synchronization, features smooth frequency division and anti-interference capabilities, and automatically switches to the Rubidium clock if GNSS lock is lost. Supporting multiple signal outputs, including 10MHz, 1PPS, and Time of Departure (TOD), it is suitable for high-reliability applications such as radar, communications, power generation, and metrology calibration.

TRA85 High-performance Rubidium atomic clock

The TRA85 is a high-performance rubidium atomic clock with excellent long-term stability, low phase noise, and fast lock capability. Utilizing advanced digital control and a temperature-controlled package design, it supports 1PPS and 10MHz outputs, achieving a frequency stability of 3E-12/1s. Its 10MHz short-term stability is comparable to that of mid-range cesium clocks, offering excellent value for money. It is suitable for high-precision applications such as radar, communications, metrology and calibration, astronomy, electronic countermeasures, and aerospace measurement and control.

TRS75 Small and High-performance Rubidium atomic clock

The TRS75 is a compact, high-performance rubidium atomic clock with a frequency stability of 6E-12/s, comparable to larger products. It integrates 1PPS discipline and output, a 10MHz square wave output, and external 10MHz signal calibration. It can be automatically calibrated using cesium or hydrogen clock signals and can also be used as a 10MHz frequency comparator. Its highly integrated interface outputs all signals through a single DSUB9 connector, making it suitable for installation in confined spaces. It is suitable for applications in radar, communications, metrology calibration, astronomy, electronic countermeasures, and aerospace measurement and control.