Explore how ST enables distributed in-cabin audio over an automotive Ethernet backbone, supporting zonal software-defined vehicle architectures, synchronized audio transport, and reduced wiring complexity.
Simplify automotive audio development with a cost-effective, standalone solution- no DSP needed. Easily add simulated engine sounds, detect speaker disconnection, and ensure enhanced resiliency with an independent MCU operating apart from the main infotainment system.
Thermal validation and mapping are vital for optimizing design, ensuring reliability, and preventing overheating in automotive systems. Accurate thermal insights support protection strategies and compliance with safety standards. The VNF9Q20F, from our STi²Fuse series, is a 4-channel smart switch built for demanding automotive applications where robust thermal management is crucial.
Part of our AutoDevKit initiative, AEK-MOT development boards address the growing complexity and increasing number of motor applications in vehicles, empowering engineering teams to stay ahead of innovation and achieve ambitious 12-month development roadmaps with ease.
Let’s explore common sense design principles and see how teams can work on a car architecture that will stand the test of time.
It starts with a human-centric approach and an ST reference platform.
In essence, drive modes represent various drivetrain configurations destined to create or emphasize a particular driving experience.
For instance, by modifying the steering column’s response, the suspensions’ flexibility, or the regenerative braking’s aggressiveness....
STMicroelectronics' approach to cars is simple: It's always about being better, safer, and more accessible.
The same goes for adaptive headlights which pivot horizontally or vertically to follow the movements of the vehicle...