Versatile and adaptive vehicle features that ensure safety, comfort and personalized experience for drivers and passengers. Sensors, electric pumps and fans, motor control actuators and auxiliaries, exterior and interior lighting, tire pressure monitoring systems, intelligent body control modules and end nodes for any car models and application needs.
Enable vehicle stability and a range of standardized passive safety systems for better driving control.
Unlock the full potential of core control systems that bring vehicle dynamics to the next level.
Ensure greater comfort and convenience, elevating the driving experience.
Learn how to design and develop motor control algorithms with Simulink® and the Model-Based Design Toolbox for S32M2.
The wide portfolio of NXP microcontrollers together with sensors and actuators cover a wide range of customer applications. The common topic across the portfolio is its focus on functional safety, security and reliability. The common-base software products, re-usability and sharing across the whole portfolio leads to lower development cost and shorter time to market.
All of NXP's S32 MCUs, as well as sensors and actuators, are developed according to ISO 26262 processes with high focus on functional safety concepts and use cases. The internal functional safety features help to fulfill the safety goals with minimum/zero external components while allowing the particular system to make sure that faults do not propagate and create a hazardous condition.
Yes. NXP's body control solutions can cover everything from end node applications to various ECUs from current and future vehicle architectures. These ECUs may work as zonal or IO aggregators. This is made possible by our wide portfolio of in-vehicle networking products which allow for the building of architecture components tailored to customer needs.
The body control systems of electric vehicles focus mainly on energy efficiency and higher user comfort, such as reduced cabin noise or active suspension. S32 Automotive Platform MCUs have the right set of peripherals that, in combination with our gate drivers, sensors and actuators help to solve the efficiency and user comfort challenges.
