Electronic components for wearables serve as the core hardware foundation for smart wearable devices. These components—including main control chips, high-precision sensors, low-power power management devices, signal transmission components, and voltage regulation controls—are widely used across the entire spectrum of wearable products, such as smartwatches, fitness trackers, Bluetooth headsets, smart rings, and motion-sensing wearables.

Intelligent devices—such as smart robots and fully automated smart lawnmowers—derive their core power from highly reliable electronic components. These include MCU main control chips, MOSFETs for driving, power management components, radar sensors, signal decoding units, attitude detection sensors, and motor control components.

Medical electronic components serve as the core precision foundation for high-end medical equipment, encompassing master control chips, high-precision sensing elements, voltage-stabilizing capacitors and resistors, signal decoding devices, insulation and protection components, and more.

Automotive electronic components serve as the core foundation of a vehicle's intelligent systems. Encompassing a wide range of precision parts—such as main control chips, power management devices, MOSFETs, signal transmission components, and sensors—they are widely utilized in hardware modules throughout the vehicle, including central control units, in-vehicle infotainment systems, reversing camera systems, and radar sensing units.