海光放大招！

Core Viewpoint - The article highlights the strategic move by Haiguang Information to open its CPU interconnect bus and core capabilities, aiming to enhance collaboration across the entire industry chain, particularly in the context of AI chip development and the optimization of domestic computing systems [2][4][6]. Group 1: Haiguang's Strategic Moves - Haiguang held a closed-door meeting to announce the opening of its CPU interconnect bus to industry and academic leaders, indicating a significant shift towards a more collaborative ecosystem [2]. - The opening of the CPU interconnect bus is seen as a step to eliminate barriers between domestic CPUs and AI chips, facilitating better resource allocation and reducing application costs [4][6]. - Haiguang's actions are viewed as a proactive approach to lead the industry, aligning with government initiatives to enhance the computing ecosystem [4][5]. Group 2: Technological Advancements - Haiguang's C86 architecture has achieved significant advancements in self-research and commercial application, demonstrating strong capabilities in security technology [7]. - The company has established a comprehensive ecosystem that includes over 6,000 partners across various segments of the computing industry, enhancing its compatibility with mainstream software and systems [8][9]. - Haiguang's ability to provide a secure and compatible platform is expected to attract more industry players, fostering a collaborative environment for innovation [9]. Group 3: Industry Impact - The article emphasizes the importance of Haiguang's initiatives in addressing the fragmented nature of the domestic computing ecosystem, which has been a barrier to efficient resource flow [4]. - By opening its technology, Haiguang aims to create a more standardized and collaborative computing environment, which could lead to the rapid formation of a cluster-based computing system [4][6]. - The potential for a large-scale "big computing" system is highlighted, suggesting that the integration of CPU and AI chips could significantly enhance the capabilities of the domestic computing ecosystem [9].