Communications field (5G, satellites)

Crystal oscillators in communication systems are responsible for generating clock signals and frequency synchronization, and are widely used in 5G communications, routers, optical modules, and satellite communications to ensure stable and efficient signal transmission.

AI and Smart Devices

In AI servers and edge computing devices, crystal oscillators ensure the stability of clock signals, helping smart devices achieve high-performance computing and real-time data processing.

Automotive electronics

In vehicle control systems, crystal oscillators provide precise clock signals for sensors, radar, battery management systems (BMS), and motor control units, ensuring the reliable operation of automotive electronic systems.

Consumer Electronics (Smart Devices)

Crystal oscillators support the frequency synchronization needs of smartphones, smartwatches, AR/VR devices, and home appliances, helping smart terminals achieve efficient collaborative operation.

Industrial Control and Automation

In the fields of industrial equipment, intelligent security, and robotics, crystal oscillators provide high-precision clock signals to meet the strict stability and reliability requirements of industrial control and automation.

Aerospace and Low-Altitude Economy

Crystal oscillators are used in drones, satellites, and spacecraft to provide highly reliable clock signals, supporting the execution of complex tasks.

Medical Electronics

Crystal oscillators provide a stable reference frequency for MRI, ultrasound equipment, and other devices, ensuring accurate diagnosis and safe operation of medical equipment.