Beidou clock server exported to the global market
T910 WR Clock Synchronization Switch
The White Rabbit Switch (WRS) is a core device for high-precision time synchronization and frequency distribution, supporting 18 fiber-optic synchronization ports and clock synchronization accuracy better than 10 ps. Combining a hardware platform with an embedded Linux system, it supports multiple management interfaces such as SNMP, SSH, and the Web, and is compatible with PTPv2, Sync-E, and VLAN protocols. It features master/slave mode, automatic fiber delay compensation, and supports cascaded deployment of 10,000 nodes. It is widely used in scenarios such as dual-base radar, adaptive antenna arrays, and distributed time measurement.
T920 High-Precision Satellite Common View Receiver
The T920 is a high-precision common-view satellite receiver that supports GPS, GLONASS, BeiDou, and Galileo systems, complying with CCTF (2015) and CGGTTS V2E standards. It features OSNMA signal authentication, AIM+ interference mitigation, APME+ multipath estimation, and supports multiple data formats such as RINEX and BINEX, along with 16GB of local storage. It outputs 1PPS, 10MHz, NTP, and PTP signals, and supports synchronization accuracy assessment and remote web management. It is ideal for international time comparisons, metrology laboratories, research institutions, and augmented navigation applications.
T200 GNSS Synchronous Clock Module
The T200 is a highly integrated GNSS synchronous clock module with a built-in high-stability crystal oscillator and GNSS receiver, outputting precise 10MHz and 1PPS signals. It offers low phase noise, strong timing capabilities, and a wide operating temperature range of -20°C to +70°C. It utilizes co-frequency phase shifting technology to enhance control accuracy, maintaining stable output even after loss of lock. It is suitable for high-precision timing applications in defense, communications, navigation, meteorology, metrology, and broadcasting.
T220M-2 GNSS Synchronous Clock Module
The T220M-2 is a highly integrated GNSS synchronous clock module with a built-in high-stability crystal oscillator and GNSS receiver, outputting high-precision 10MHz and 1PPS signals. It offers low phase noise, strong timekeeping, and a wide operating temperature range of –20°C to +70°C. Its frequency-coherent phase shifting technology improves control accuracy, ensuring stable output even after loss of lock. It is suitable for high-precision applications such as defense, communications, navigation, meteorology, and metrology.
T220-B PCIe Time Synchronization Card
The T220-B PCIe Time Synchronization Card features a half-height PCIe design, supports B-code time synchronization and optional satellite receiver configurations, and provides PPS/B-DC outputs and timing interrupt capabilities. It delivers a stable and reliable time reference for computer systems and is widely used in the telecommunications, power, and industrial automation sectors.
T220-C PCI Timing Card
The T220-C PCI Time Synchronization Card is designed for PCI-based host systems in industrial control, communications, and test and measurement applications. It provides multi-source time synchronization capabilities, including PTP master and slave clocks, NTP, B-code, PPS, and TOD, and enables high-precision time alignment and timed interrupt output. It is suitable for time synchronization upgrades on existing PCI platforms.
T220-X PXI/PXIe Timing Card
The T220-X 3U PXI/PXIe timing card is designed for automated test and synchronized data acquisition platforms. It supports multi-source time synchronization and unified triggering, providing PTP master/slave clocks, NTP, B-code, PPS, and TOD, among others. It also supports synchronization with the PXI/PXIe backplane clock and trigger, making it suitable for multi-device coordination and high-precision testing scenarios.
T221-C PCIe Timing Card
The T221-C PCIe Time Synchronization Card is based on a GNSS-based time synchronization and hardware PHC architecture. It provides high-precision time synchronization and frequency output capabilities, supports multiple time and frequency interfaces including PPS, 10 MHz, and IRIG-B, and maintains time continuity after a reference interruption. It is suitable for time-sensitive systems such as servers, industrial control, and edge computing.
Selected cases
Partial qualification
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