NXP Semiconductors 3 (Nasdaq: NXPI), the world's largest supplier of automotive semiconductors, has released a new control and computing platform for connected cars, electric cars and self-driving cars. The NXP S32 platform is the world's first fully scalable automotive computing architecture, 4 to be adopted by high-end and general-production car brands. The S32 platform provides a unified architecture for the microcontroller/microprocessor (MCU/MPU), providing the exact same software environment for different application platforms. The NXP S32 platform is able to meet the challenges of future automotive development, and through a number of architectural innovations, automakers are able to bring rich in-vehicle experiences and autonomous driving capabilities to market faster than ever before.
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Hyundai is a complex complex of applications and different software strategies. For this reason, automakers face serious integration challenges. According to estimates by the automotive industry, advanced cars have more lines of code than modern airliners. 5 This complexity puts tremendous pressure on Tier 1 suppliers and OEMs to meet market expectations for more electronic functions under increasingly tight time-to-market constraints.
NXP's new S32 platform can meet these challenges, using the industry's highest performance MCU6, the smooth transition to MPU performance, and the use of the same software development environment in a variety of automotive applications. The new software environment allows developers to reuse expensive R&D efforts7, so they can respond more quickly to changing automotive architectures and meet tight time-to-market requirements. The S32 platform was developed to provide automotive-standard quality, reliability and ASIL D performance across multiple application spaces.
Luca DeAmbroggi, senior principal analyst for automotive electronics and semiconductors at IHS Markit, said: “Traditional and emerging automakers, not even Tier 1 suppliers, are seeking standardized approaches in different automotive domains, market segments and regions. Work to meet ever-increasing performance demands while ensuring rapid time-to-market and control for development costs. Common architecture and scalable approach to hardware and software for critical applications (such as ADAS, autopilot or connectivity) in the domain Development time is shortened."
NXP's S32 architecture brings changes to automotive development
Cross-product scalability – The S32 platform covers the broadest performance range in the industry, from small, low-power ARM® Cortex®-M, real-time optimized Cortex-R to the highest performance Cortex-A performance level, each Performance levels meet ASIL D requirements.
· Over-the-air update—The S32 platform provides zero downtime OTA functionality for any automotive domain using the S32 platform through a secure gateway and universal domain architecture, and supports readback full traceback options.
· Security – The S32 platform brings the best core safety concepts from NXP to the new SoCs in the S32 series, providing scalable solutions that are the benchmark for the automotive industry.
· The Universal IP Set provides a consistent development environment through the S32 SDK. Development results can be shared between different domains and duplicates of multiple software modules can be eliminated.
· Application-specific IP for each microcontroller provides tailored hardware support for critical domain requirements such as security gateways, radar, powertrain and motor control.
· Unique technology independent architecture - NXP has completely redesigned the IP of the entire microcontroller family, creating a common function across the technology nodes, ensuring the consistency of hardware and software behavior.
· Artificial Intelligence - The S32 platform will support a range of AI accelerators for ADAS applications. These accelerators accelerate the algorithm to support object detection and classification in the areas of vision, radar and Sensor fusion.
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Matt Johnson, senior vice president and general manager of automotive microcontrollers and processor product lines and software at NXP Semiconductors, said: "Our insight into the future of the car allows us to re-evaluate the interrelationship between hardware and software. We see that In order to build the software of the future car, we must reshape the hardware. The hardware we build allows the same software development environment to be used in different products and applications, which significantly reduces the workload of software development and shortens the time to market. Our customers also I am very much looking forward to this."
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