Atomic Clock Technology:

Atomic clocks such as cesium atomic clocks and rubidium atomic clocks provide high-precision stable frequency references. They generate stable frequency signals based on the characteristics of atomic energy level transitions, which are the basis for achieving high-precision time and frequency synchronization.

Time Measurement And Synchronization Technology:

High-precision time interval measurement technology can accurately measure the time difference between time signals, such as using time interpolation technology combined with filtering algorithms to improve measurement resolution and accuracy; synchronization technology ensures that the time and frequency of each device in the system are strictly synchronized, which is achieved through complex algorithms and control mechanisms.

Anti-Interference And Fault-Tolerant Technology:

Adopt a variety of anti-interference measures, such as electromagnetic shielding and filtering, to ensure that time and frequency signals are not interfered during transmission and processing; have fault-tolerant capabilities to ensure the normal operation of the system when some devices or links fail, such as the ZYNTAI system can achieve link, node or clock source failure recovery.