Looking ahead, the scope of applications for time-synchronization modules is set to expand further. In intelligent manufacturing, the implementation of digital twin technology fundamentally relies on nanosecond-level synchronization between devices; meanwhile, in the construction of wide-area energy internet systems, cross-regional and multi-point time consistency will serve as the lifeline ensuring the stable operation of interconnected systems.
With the accelerated deployment of 6G integrated space-air-ground networks, the precision limits of time-synchronization technology are making the leap from the nanosecond scale to the picosecond scale. As the development of time and frequency infrastructure advances across the board, time-synchronization modules-serving as core components of this temporal infrastructure-are assuming a new level of strategic importance.