New, more powerful microcontrollers are becoming available to serve the increasing performance, application-specific needs, and software content demand of automotive domain controllers in powertrain and ADAS. Developers of such systems need to start development earlier, increase testing throughput, and accelerate testing cycles.
Automotive companies are looking to achieve these goals by moving from a physical to virtual development environment and deliver safer product faster. Virtual microcontrollers (virtual prototypes) are the foundation to establish a virtual development environment.
This Tech Talk presents the use cases and benefits of virtual environments for automotive applications, the components required to establish such an environment, and the current availability of virtual models supporting leading microcontrollers from Infineon, NXP, Renesas, and STMicroelectronics.