On September 17, Xinchi Technology announced a strategic partnership with TINNOVE. In the future, based on their respective core advantages, both sides will work together in the soft and hard fields to carry out in-depth cooperation in the field of smart cockpit.
TINNOVE Wutong Car Association chairman Zhong Xiangping, CEO Pan Jiahua, Core Chi Technology chairman Zhang Qiang, Core Chi Technology CEO Qiu Yujing and other major business leaders attended the signing ceremony.
According to the agreement, the two sides will rely on Xinchi Technology smart cabin chip X9 series products and TINNOVE Wutong car in the technical base TINNOVE OpenOS, integrated solutions and other fields of leading technology and development experience, through the system capabilities and chip capabilities, mining the high computing power of the intelligent cabin chip hardware potential, jointly create intelligent network forward-looking solutions.
In the era of smart connected cars, the role of software and chips is constantly being strengthened. The former as the core competitiveness of the future car, the concept of "software defined car" has been deeply rooted in people's hearts. As the core hardware of the intelligent connected vehicle, the high reliability vehicle gauge chip can provide stable and reliable underlying performance support for the running of the software. The two complement each other and cannot be without each other, jointly supporting the rapid development of the intelligent connected vehicle. If the chip cannot provide sufficient performance support, the function of the system will be sacrificed, or more effort and time need to be spent to optimize the algorithm and system architecture to "compensate"; Without the software capability, it is difficult to fully tap the potential of the chip to provide rich and smooth functions and experiences.
TINNOVE relies on Tencent's professional capabilities in the field of Internet of vehicles, big data, AI, cloud computing and other fields to provide the industry with high openness, high adaptability, deep personalized operating system level Internet of vehicles solutions. Based on the TINNOVE OpenOS technology base, B-terminal customers can more flexibly create the vehicle cabin interaction system, while giving full play to all functions and performance of Xinchi X9 intelligent cabin chip products, and help different developers better access, greatly improving openness and adaptability.
The X9 series chips of Xinchi Technology are high-performance and highly reliable car-scale chips developed for advanced intelligent cabins, which are highly compatible with the OpenOS operating system of Wutong Cheren. While maintaining a high degree of openness, it has strong compatibility and can support same-generation and cross-generation products with a very high degree of reuse. The X9 supports both hardware virtualization and true hard isolation, meeting the differentiated requirements of different customers. In addition, the X9 series chips are equipped with multiple independent intelligent engines to realize sensing, speech recognition and deep learning functions, which can effectively improve the perception and interaction capabilities of the intelligent cabin.
Zhong Xiangping, Chairman of 91Wutong Car Association, said, "We hope Xinchi Technology and TINNOVE can make full use of high computing hardware capabilities in the cooperation, solve the industry's pain points, connect the system capabilities and chip capabilities, and provide users with excellent experience; We will continue to try more innovative forms of cooperation to provide more flexible and more adaptive intelligent network solutions for the main engine factory partners."
Zhang Qiang, Chairman of Xinchi Technology, said, "Wutong is the industry's leading provider of intelligent Internet-connected vehicle operating system solutions. The strategic cooperation between Xinchi Technology and Wutong Technology will help industry customers shorten the adaptation cycle, reduce research and development costs, and quickly meet the personalized and customized needs of intelligent vehicle system software."
