辰致科技：iPCS项目域控平台获突破 智能网联汽车核心计算技术跻身国内领先

Core Insights - ChenZhi Technology has made significant breakthroughs in the development of a domain control general open computing platform through the iPCS project, positioning itself among the leading companies in the core computing field of intelligent connected vehicles [1][4] - The automotive industry's electronic and electrical architecture is rapidly evolving towards a "central computing + regional control" model, moving away from traditional distributed software architectures [1] Industry Challenges - The development model of "big chips + big software" has led to high communication costs, low integration efficiency, significant system debugging challenges, weak software IP protection, and insufficient business isolation, which are key obstacles to the large-scale implementation of domain controllers and the progress of "software-defined vehicles" [1] Technological Solutions - ChenZhi Technology has developed an integrated solution for the domain control general open computing platform, focusing on "virtualization" and "multi-level hardware isolation" as core technological pillars, enabling secure isolation of multiple business operations on a single hardware platform [3] - The solution supports independent development of functional modules, cross-entity secure integration, dynamic and flexible deployment of computing power, and lightweight firmware upgrades, facilitating efficient resource integration for OEMs [3] Collaborative Efforts - To strengthen the technical foundation of the project, ChenZhi Technology has formed a joint project team with the Innovation Research Institute, leveraging each party's technical expertise to overcome core technological challenges such as virtualization interrupt handling and virtual machine scheduling mechanisms [3] - The project team has also engaged in deep strategic collaborations with leading international companies like ETAS and NXP, enhancing the industrial adaptability of the solution with complete vehicle software platform solutions based on AUTOSAR standards [3] Innovation Highlights - During the project, over ten key technological topics were developed, with a notable highlight being the application of a self-developed time analysis tool that enables precise visualization of virtual machine scheduling and task scheduling timing [4] - The successful development of the domain control general open computing platform signifies a critical technological breakthrough for ChenZhi Technology in the "central computing + regional control" architecture, injecting new momentum into the technological upgrade of the intelligent connected vehicle industry [4] Future Directions - Looking ahead, ChenZhi Technology aims to continue promoting the open and standardized construction of the platform, with the goal of building a software ecosystem that spans across chips and vehicle models, thereby accelerating the pace of technological innovation for OEMs [4]