The G32A1465 series is an upgraded version of the G32A1445 series, designed for high-computing applications. It integrates extensive communication interfaces and analog peripherals, simplifying system design and enhancing real-time control processing performance, safety, and reliability, with broader connectivity features.
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Based on the Arm® Cortex®-M0+ core, the MCU is designed for various motor control applications with tailored peripherals and memory. It incorporates multiple core motor control algorithms, enhancing motor efficiency and meeting the demands of industry structural upgrades. It is widely used in applications like fans, pumps, power tools, gardening tools, electric bicycles/tricycles, refrigerator compressors, and other specific scenarios.
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Utilizing a 55nm manufacturing process and based on the Arm® Cortex®-M4F core, the MCU offers ample storage and a comprehensive set of on-chip and off-chip peripherals. Known for its excellent applicability and reliability, it is extensively used in fields such as instrumentation, industrial control equipment, smart home appliances, base station power supplies, gateway devices, 3D printers, and more.
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Empowering the electrification,
intelligence, digitization,
and innovation of new energy vehicles.
The reverse radar solution is based on the high-performance, low-power, and highly reliable APM32A407 series automotive-grade MCU. Leveraging ultrasonic distance measurement, it provides a robust, powerful, and conveniently practical reverse radar recording function.
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Driving industrial
market expansion
and advancing
product energy efficiency.
This solution boasts high-performance computing, reliability, and power density, ensuring stable operation in diverse industrial environments. The main control APM32F407 MCU offers abundant peripherals, supporting integrated designs for servo motor systems.
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Cost-effective chips
and services enhance
the competitive edge of
terminal products.
The motor control dedicated APM32F035 MCU supports a sensor-based Field-Oriented Control (FOC) strategy. Integrated with multiple op-amps and comparators, it simplifies peripheral circuit design, reduces external interference, and achieves high efficiency with low noise.
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Accelerating "double carbon"
strategic goals with solutions
for battery management,
PV energy, energy storage,
and EV charging stations.
The micro PV inverter solution utilizes the APM32E103 series MCU as the main controller, offering high-performance computing for streamlined design and improved power grid robustness. This enhances reliability during the shift to a greener, low-carbon future.
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Annual Shipments
Integrated Circuit Design Experience
The industrial-grade cost-effective MCU, APM32F003, recently cleared the IEC 60730/60335 functional safety certification with flying colors.
January 08, 2024
We respect the will and ideas of every employee, and believe that only by uniting, inspiring, and unleashing their energy can we build a team that moves forward courageously and is invincible.
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