Hardware Capabilities

We have a complete hardware R&D system supported by professional laboratories and an experienced team of hardware and reliability engineers. Our facilities cover all stages of product development, from design and prototyping to validation and mass production, with capabilities in EMC, safety, reliability, and environmental testing for both key components and complete systems, ensuring long-term product stability. In addition, dedicated platforms for different product lines provide technical support during development, including circuit debugging, performance validation, EMC optimisation, and reliability evaluation, helping products meet safety, stability, and mass production requirements from the design stage.

Power Supply and Power Electronics Design： Experience in AC/DC power design, switching power supplies, motor drive power systems, and high-power control circuits ensures stable operation under complex working conditions.
Motor Drive and Control Circuits： Supports AC, DC, and BLDC motor drive circuit design, with solid experience in fan systems, speed control, motor protection, and drive optimisation.
Signal and Control Circuit Design： Capable of designing sensor interfaces, power management systems, signal acquisition, and control circuits to ensure fast response and stable performance.

Power Supply and Power Electronics Design： Experience in AC/DC power design, switching power supplies, motor drive power systems, and high-power control circuits ensures stable operation under complex working conditions.
Motor Drive and Control Circuits： Supports AC, DC, and BLDC motor drive circuit design, with solid experience in fan systems, speed control, motor protection, and drive optimisation.
Signal and Control Circuit Design： Capable of designing sensor interfaces, power management systems, signal acquisition, and control circuits to ensure fast response and stable performance.

High-Reliability PCB Design： Follows mature PCB design standards and strong EMC design practices to ensure stable operation in complex electromagnetic environments.
Thermal Management Design： Optimised component layout and heat dissipation paths improve reliability under high temperature and high power conditions.
Anti-Interference Design: Applies power isolation, signal layout optimisation, and filtering techniques to reduce electromagnetic interference and enhance system stability.

Complete Hardware Development Capability: Covers the full process from concept design to validation and mass production support.
Extensive Experience in Appliance Control Boards: Strong experience in environmental appliances, kitchen appliances, and small household appliance control solutions.
Integrated Hardware, Software and IoT Development: Close collaboration between hardware, embedded software, and IoT technologies enables smart connectivity, improving overall system performance and development efficiency.