Important: This page contains secure information about our products. Sign in to access authorized resources.
Important: This page contains secure information about our products.
View Secure InformationImportant: To include authorized secured information please reenter your password.
SIGN INS32 Arm® Cortex® microcontrollers and Arm® Cortex® processors for automotive and industrial applications provide an architecture that balances performance and power efficiency. S32 Arm® Cortex® MCUs are designed to address current and future connectivity, security and safety challenges. As part of a complete solution, we provide a complimentary S32 Design Studio, which includes a full automotive-grade SDK with low-level drivers and ecosystem support.
Choosing the right product just got easier. View all products findings tools.
S32G vehicle network processors provide ASIL D safety, hardware security and high-performance processing with network acceleration. S32G is optimized for service-oriented gateways, domain controllers, zonal processors, vehicle computers and safety processors.
S32J ethernet switches and network controllers deliver TSN support and robust security for software-defined vehicle (SDV) networks. S32J leverages the NETC networking foundation that is used across the S32 automotive processing platform.
S32K automotive-grade MCUs offer scalable, high-performance, low-power 32-bit MCUs with ASIL B/D safety for body, zone and electrification applications.
S32M integrated solutions for motor control combine high-voltage analog and MCU in a SiP for efficient, safe automotive BLDC and PMSM motor applications.
S32N vehicle super-integration processors enable software-defined vehicle (SDV) real-time central compute applications that require processing to consolidate distributed, cross-vehicle ECUs.
S32R radar processing family delivers scalable, safe, high-performance radar solutions with dedicated radar processing acceleration for automotive corner, front and 4D imaging radar applications.
S32Z and S32E real-time processors enable domain and zonal control, as well as electric vehicle control and smart actuation.
Whether you're starting out or scaling up your development for software-defined vehicles, NXP's NXP CoreRide platform simplifies complexity and provides building blocks for a new generation of vehicles.
Explore the use of digital twins in motor control systems, focusing on the virtualizing of Permanent Magnet Synchronous Motor (PMSM) in Field-Oriented Control (FOC).
Software
Software components to help enable ISO 26262 system compliance up to ASIL D.
Trainings
Courses for engineers in future mobility tech.
Designs
Our designs accelerate your time-to-market and reduce development risks.
Trainings
Take your technical expertise further with online and in-person instruction.
Software
New and innovative drivers set supporting real-time software on AUTOSAR® and non-AUTOSAR applications.
Documents
Technical deep-dive into automotive topics and trends.
Sign in to access authorized secure information. Learn more about secure access rights.
Sign in and get accessProduct | Status | Authorized For |
---|
Important: After email verification refresh this page.
Highly secure information about this product portfolio is available, request access rights. Learn more about secure access rights.
Note: Your application will be reviewed individually by NXP.
Your request to gain secure access rights has been declined. If you think this has been declined in error, request access again.
Access More. Additional secure (restricted) information is available for this product portfolio. Request additional access.
We are currently processing your secure access rights request. Once processed, a notification will be sent to ${emailId}.
Some files related to your secure access rights are temporary unavailable due to a system error. Please check back.
Your access to some secure information has been disabled while we process the updates you made to your NXP Account > Profile. We'll send you an email when the verification process is completed.
There is no information to display.
500 characters remaining.
*Describe the justification for your access request for the approver.