Edge Computing and Industrial AI
Unified time-driven device state sampling, AI model inference, and industrial internet gateways for improved predictive maintenance and energy efficiency management accuracy.
Industrial Automation Solutions
Precision timing for highly reliable synchronization and collaborative intelligence in industrial networks
In the era of Industry 4.0, production lines, industrial robots, programmable controllers and edge computing devices need to work together under a unified time and frequency system. Beidou Bontec provides high-precision industrial clock solutions based on TSN, IEEE 1588v2 (PTP), 1PPS and 10 MHz standards, ensuring nanosecond synchronization from sensors, PLCs, robots to the host system, significantly optimizing latency certainty, system visualization, fault traceability and network collaboration, and realizing safer, more efficient and smarter production capacity.
Industrial Segments
Industrial Network Switching and TSN Backbone Networks
Build highly reliable, low-latency, fault-tolerant industrial Ethernet to provide a secure synchronization foundation for distributed control systems.
Process automation and SCADA systems
The unified clock synchronizes SCADA control, process data collection and analysis platforms to improve production quality and safety control.
Industrial fieldbus and PLC systems
Precise time alignment of the bus to the controller via PTP and TSN ensures consistent motor control, valve regulation and edge measurement.
Intelligent Robotics and Machine Vision
With nanosecond synchronization, robot movements are precisely coordinated with vision systems to improve processing, inspection and collaboration.
Key Technology Highlights
- IEEE 1588v2 Precision Time Protocol Synchronization: Supports guide/follow modes and hardware timestamps to securely match TSN networks
- TSN deterministic communication and scheduling function: bandwidth guaranteed + jitter less than 1μs, adapted to robots, motion axis systems
- Multi-protocol convergence support: Simultaneously compatible with NTP, 1PPS, IRIG-B, 10 MHz system interface
- Highly Efficient Network Timestamp PCIe Card: Supports Nanosecond Time Stamping and Linux PHC Synchronization
- GNSS + Local OCXO Response Mechanism: Hybrid Timing for Continuous Synchronization in Out-of-Lock Conditions in the Field
- Industrial-grade redundancy and security design: supports dual GNSS inputs, dual power supplies, and broken link hold mechanism
- Web visualization management platform: remote monitoring, time-link breakpoint alarms, time skew statistics and trend analysis
Products for Industrial Automation Applications
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-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-X PXI Timing Card
The T220-X is a PXI interface timing card that supports reference inputs such as GPS, 1PPS, and TOD, and outputs PTP, B-code, and TOD+1PPS timing signals. It provides high-precision time and timer interrupt functionality to a computer via the PXI bus. Its built-in, highly stable oven-controlled crystal oscillator ensures stable operation even after power failure, ensuring continuous system timing. It is suitable for use in scientific research, communications, power generation, transportation, and other fields.
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.