Electric equipment cooperates with Qualcomm to develop the next generation cockpit system to ensure that the human-machine interface can provide important information quickly

Posted 2023-04-29 00:00:00 +0000 UTC

According to foreign media reports, on January 7 local time, Denso Corporation announced to cooperate with Qualcomm technologies, Inc., a subsidiary of Qualcomm, to develop the next generation of cockpit systems. (photo source: autocarpro. In) in recent years, due to the use of advanced driving aids with cameras and sensors, as well as various entertainment functions (the increase), the amount of information provided by vehicles to drivers is increasing. With the increase of communication between vehicle and driver, human-computer interface plays an important role in providing updated information quickly, effectively and safely, which needs not to cause driver distraction. Therefore, such an interface must take into account the driving conditions around the vehicle and the driver's status, so as to ensure that the most important information is accurately conveyed in the right time. This process requires many personal computer interface products to work together, such as instrument panel, vehicle multimedia and head up display. In order to enhance the exchange of such key information, the goal of PowerPack is to develop the next generation of integrated cockpit systems using Qualcomm technologies' information and communication technologies, including cutting-edge semiconductor and software solutions developed for smartphones, plus the expertise of PowerPack in vehicle requirements, functional safety, quality and safety technologies for human-machine interface products. In cooperation with Qualcomm technologies, PowerPack aims to develop a harmony core based on PowerPack Gamma The architecture of the integrated cockpit system (which uses a single microcomputer to coordinate and control the human-computer interfaces running different operating systems) can be coordinated with external cloud services and new human-computer interface products, enabling advanced security functions such as vehicle interconnection and driver status monitoring, driver and passenger identity verification and improved operability display screen to be realized. Electric equipment will use the technology and professional knowledge extracted from the product development process to improve the user friendliness of integrated cockpit system and vehicle information entertainment products, and develop vehicle solution technology for such systems.

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