Communication electronics refer to the circuit modules, control boards, signal processing units and transmission components used in communication equipment such as base stations, optical communication modules, routers, wireless transceivers, communication terminals and industrial communication gateways. It adapts to complex environments such as high temperature, low temperature, strong electromagnetic interference, high humidity and long-term continuous operation, and is the core hardware support for ensuring stable signal transmission, high-speed data communication, anti-interference and long-term reliability of communication systems.
Consumer electronics refer to the circuit modules, control boards, signal processing units and functional components used in daily electronic products such as mobile terminals, smart wearables, laptops, digital cameras, power banks, home smart devices and audio-visual equipment. It adapts to scenarios of lightweight, miniaturization, low power consumption, high reliability and long-term use, and is the core hardware support for ensuring product experience, functional integration and stable operation of consumer electronic devices.
Industrial electronics refer to the circuit modules, control boards, signal processing units, sensing circuits and actuation components used in industrial automation, process control, industrial robotics, factory instrumentation, industrial communication gateways and energy management systems. It adapts to harsh industrial environments such as high temperature (-40℃~125℃), high humidity, strong electromagnetic interference, heavy vibration, oil mist and dust, and is the core hardware support for ensuring industrial equipment's stable, high-precision and long-term reliable operation.
Medicine electronics refer to the circuit modules, control boards, signal processing units, sensing circuits and actuation components used in medical diagnostic equipment, therapeutic devices, patient monitoring systems, wearable medical devices, and medical IoT systems. It adapts to strict medical environments such as high-precision signal acquisition, low electromagnetic interference, biological compatibility, long-term stable operation, and compliance with medical safety standards, and is the core hardware support for ensuring accurate diagnosis, effective treatment and real-time monitoring of medical devices.
New energy electronics refer to the circuit modules, control boards, signal processing units, power management circuits and actuation components used in new energy vehicles (NEVs), energy storage systems, photovoltaic (PV) inverters, wind power converters, charging piles and hydrogen energy equipment. It adapts
Surveillance electronics refer to the circuit modules, signal processing units, video acquisition boards, access control circuits and alarm sensing components used in fixed security cameras, mobile surveillance devices, smart security gateways, access control systems and industrial monitoring hubs. It adapts to harsh environments such as outdoor exposure (-40℃~75℃), high humidity, dust, thunderstorm surge and vehicle vibration, and is the core hardware support for ensuring real-time video monitoring, intelligent analysis, safe access control and long-term stable operation of surveillance systems.
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