/PRZWT/On November 6th, the "2025 Advanced Motor Control Technology Seminar and Motor Control Technology Market Performance Award Ceremony" hosted by Electronic enthusiasts was successfully held in Shenzhen. The AT32M412 of ATL Technology has been awarded the "Outstanding Motor Control Technology Product of 2025" for its technological breakthroughs and innovative applications in the field of motor control.
This award ceremony aims to recognize enterprises that have achieved outstanding accomplishments in the field of motor control technology in the past year. The AT32M412 series is a high-performance microcontroller product specially designed by Atoll for the motor drive application market. It is based on the ARM® Cortex®-M4F core, with a maximum main frequency of up to 180MHz. It is equipped with 128+28KB Flash and 16KB SRAM, featuring high-speed computing performance. It integrates 18 external channels including 4 OP, 2 CMP, 2 12-bit ADC, etc., which are rich resources required for motor drive. It performs outstandingly in terms of performance, reliability and stability, and is widely used in electric two-wheelers, electric scooters, washing machines, compressors, frequency converters, industrial fans, servo motors, robot joints and power tools, etc.
In addition, at this seminar, Lin Jinhai, the Product Marketing Director of ATL, delivered a wonderful keynote speech titled "AT32 MCU Continuously Empowers Innovative Applications in Robots and Diverse Motor Drives". He pointed out that against the backdrop of the accelerated implementation of AI and robotics technologies and their driving of industrial transformation, the motor industry is increasingly demanding higher efficiency and integration. Atari, with high-performance MCUS as the key driving force, is committed to promoting the intelligent leap of motor control technology. It also highlighted the innovative achievements of the AT32 MCU in key algorithms such as self-identification of motor coil parameters, self-adjustment of current loop PI parameters, self-learning of magnetic coding Angle correction, and estimation of non-inductive flux.
The AT32M416 and AT32F456 series MCUS from Atoll offer efficient and flexible solutions for robot drive and control. Among them, the AT32M416 integrates a CAN-FD communication interface and adopts a compact QFN32(4×4mm) package design, which CAN be perfectly embedded in structures with extremely limited space such as the fingers of dexterous hands, significantly improving the utilization rate of PCB space and the flexibility of system design. It has now been successfully applied in scenarios sensitive to volume, such as dexterous hands and quadruped robot dogs. The AT32F456 series, on the other hand, offers more powerful performance to meet complex control requirements. It is equipped with a Cortex®-M4F core, with a main frequency of up to 192MHz and 512KB of built-in Flash, making it capable of easily handling multi-degree-of-freedom collaborative control of fingers and complex communication tasks. It has up to 3 CAN-FD interfaces, providing the entire machine with high-speed and stable multi-node real-time communication capabilities, accelerating the intelligent collaboration of the robot system.
This conference not only deeply analyzed the innovative applications of AT32 MCU in the field of robotics, but also elaborated on its multi-dimensional application practices in unmanned aerial vehicles, intelligent mobility, smart home appliances and industrial equipment, providing strong and reliable "core" power for various fields and fully meeting the strict requirements of high efficiency, precision and intelligence for diverse motor drive applications.
At the exhibition site, ATL also showcased a variety of application solutions for robots and multi-motor fields based on AT32 MCU, including robot joint drivers, swimming pool cleaning robots, intelligent companion robots, unmanned aerial vehicle flight control, magnetic encoders, outdoor air conditioning compressor drivers, washing machine motor drivers, and AT32M412 electric two-wheeler development boards, etc. It has attracted the attention and communication of many experts and engineers in the industry.
In the future, Yateli will continue to be driven by technological innovation, promoting the development of motor control technology towards greater intelligence and energy conservation, and providing more efficient and reliable "core" power for all industries around the world. Through continuous technological breakthroughs and application innovations, Yateli is committed to facilitating the upgrading and development of intelligent devices, and contributing more wisdom and strength to the future of the motor control industry.
