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headline - 202502S1

S32M2 smart EOP controller: precision control for next-Gen automotive systems

Description - 202502S1

The S32M2 Smart EOP Controller is an advanced solution for managing Electric Oil Pumps (EOPs) in modern vehicles. It precisely regulates oil flow and pressure, ensuring optimal lubrication and cooling for key automotive components such as engines, transmissions and electric motors. By utilizing a high-performance motor and intelligent control algorithms, the S32M2 enhances oil circulation efficiency, reduces energy waste and extends system longevity. Its applications span hybrid and electric vehicles, supporting critical functions like automatic transmission lubrication, battery thermal management and motor cooling.

At the core of the S32M2 is the SENSORLESS FOC (Field-Oriented Control) algorithm, an advanced motor control technology that eliminates the need for physical position sensors. By analyzing real-time voltage and current signals, the algorithm precisely determines motor speed and position, delivering smooth and efficient motor control. This technology enhances system precision while reducing noise and improving overall reliability.

Powering the S32M2 is the high-performance S32M244 microcontroller, featuring an 80MHz Arm Cortex-M4 core and ASIL B automotive safety compliance. This ensures reliable operation in demanding environments.

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Static - 202501S1

Designed with space efficiency in mind, the controller minimizes peripheral components, allowing seamless integration into compact vehicle architectures. Additionally, it supports flexible RTD (Real-Time Drivers) software, making it compatible with both AUTOSAR and non-AUTOSAR applications. A wide range of communication interfaces, including LIN and CANFD, ensures effortless integration with modern vehicle networks.

Key Features

Optimized Oil Flow Management: Ensures effective lubrication, battery cooling and motor heat dissipation.
SENSORLESS FOC Algorithm: Delivers precision motor control with improved energy efficiency and lower noise.
High-Performance S32M244 MCU: Secures system safety with 80MHz Cortex-M4 core with ASIL B compliance.
Compact & Scalable Design: Reduces peripheral components for space-efficient integration.
Flexible Software Support: Enables compatibility with AUTOSAR and non-AUTOSAR RTD environments.
Seamless Vehicle Integration: Supports LIN and CANFD interfaces for compatibility with modern automotive networks.