Compared to traditional timing solutions, this module offers improvements in accuracy, stability, and adaptability. Satellite timing accuracy is 30% higher than that of standard receivers, while PTP timing utilizes hardware timestamping to accelerate protocol processing and minimize software-layer latency. The high-stability crystal oscillator features a daily aging rate of less than 0.1 ppb, ensuring superior long-term operational stability compared to standard TCXOs. Its wide-temperature design enables continuous operation in extreme environments-such as deserts or high-altitude, frigid regions-while its lightweight structure reduces the power consumption burden for embedded deployments.
Practical testing demonstrates that, even after a 10-minute loss of satellite signals, the module maintains microsecond-level accuracy through its holdover capability, meeting fault-tolerance requirements for applications such as power grid fault recording and traffic signal control.