Core Viewpoint - The article emphasizes the significant evolution of storage controller chips in the context of the AI wave, highlighting the shift from standardized products to intelligent and scenario-based solutions, as showcased at the GMIF 2025 Innovation Summit in Shenzhen [1][2]. Industry Trends - The GMIF 2025 Innovation Summit focused on technological innovations in the storage controller chip sector, with a clear trend towards AI applications driving the transition from standardized products to intelligent, scenario-specific solutions [2]. - The exhibition featured various industry players showcasing recent technological achievements, with a notable presence from companies like 联芸科技, which demonstrated a comprehensive range of data storage controller chips and solutions across multiple application scenarios [4]. Technological Advancements - A new generation PCIe 5.0 controller chip was highlighted, integrating smart power management and health inspection features aimed at enhancing SSD lifespan and reliability, particularly for AI inference scenarios [7]. - The presentation by 联芸科技's general manager outlined the challenges and opportunities for storage technology in the AI era, indicating a future direction towards "intelligent, green, high-reliability, and customized" solutions [8]. Product Development - 联芸科技 introduced its product evolution path, showcasing the MAP1606 controller chip in the PCIe 4.0 domain with a 50% improvement in NAND interface speed and random read/write performance, and over 26% power optimization, targeting lightweight AI inference scenarios [10]. - In the PCIe 5.0 domain, the MAP1802 controller chip achieved 14.8GB/s sequential read performance and 3.2M IOPS random read performance, with power increase controlled within 50%, supporting mid-level AI applications [10]. Market Position - 联芸科技 has established a complete product system covering consumer, industrial, and enterprise levels, with its controller chips sold in over 80 countries, holding approximately 12% market share in the global SSD controller chip market [12]. - The company emphasizes the importance of deep collaboration across the entire industry chain, including NAND manufacturers and module manufacturers, to drive continuous innovation in the storage industry [12]. Industry Recognition - At the summit, 联芸科技 was awarded the "Outstanding Storage Industry Contribution Award," recognizing its technological breakthroughs in storage controller chip architecture design and energy efficiency optimization [13][15]. - The award reflects the industry's reassessment of the technological value of data storage controller chips as a critical component of AI infrastructure, with expectations for ongoing innovation in this area [15]. Future Outlook - The article concludes that storage controller chips have evolved from mere components to critical elements influencing overall infrastructure efficiency, with future market dynamics likely shaped by companies that possess full-stack design capabilities and collaborative ecosystems [20].

Core Insights - The recent GMIF 2025 Innovation Summit highlighted the technological innovations in storage controller chips, focusing on the shift towards intelligent and scenario-based solutions for AI applications [1][6] Group 1: Exhibition Highlights - Various industry chain enterprises showcased recent technological achievements, with Lianyun Technology's booth being a focal point for technical exchanges among storage module manufacturers, terminal device companies, and industry experts [2] - Lianyun Technology presented a comprehensive range of data storage controller chips and solutions covering consumer, industrial, enterprise, and embedded markets, emphasizing their product layout in multiple application scenarios [2] - The new PCIe 5.0 controller chip demonstrated features like intelligent power management and health inspection, aimed at enhancing SSD lifespan and reliability, particularly for AI inference scenarios [2][3] Group 2: Storage Technology Evolution - Lianyun Technology's General Manager, Li Guoyang, discussed the challenges and opportunities in storage technology in the AI era, noting that storage systems have become a key bottleneck in overall performance release [2] - Future storage technology is expected to evolve towards "intelligent, green, high-reliability, and customized" directions, with the role of controller chips transitioning from traditional storage controllers to intelligent storage engines capable of data management and predictive maintenance [2][3] Group 3: Industry Recognition - Lianyun Technology was awarded the "Outstanding Storage Industry Contribution Award" at the summit, recognizing its technological breakthroughs in storage controller chip architecture design and energy efficiency optimization [4] - The award reflects the industry's acknowledgment of Lianyun Technology's capabilities and the increasing recognition of the technical value of data storage controller chips as a critical component of AI infrastructure [4][5] Group 4: Industry Trends - The ongoing expansion of AI application scenarios is leading to significant changes in the technological evolution of storage controller chips, with a focus on energy efficiency and reliability becoming core performance indicators [6] - The industry is witnessing a shift from generic standardized products to customized solutions tailored for specific AI scenarios, highlighting the importance of collaboration across the entire industry chain [6] - The role of controller chip manufacturers is evolving from mere suppliers to active participants in product definition and development, fostering a collaborative innovation model within the industry [6] Conclusion - The summit conveyed a clear consensus that storage controller chips have upgraded from mere components to critical elements influencing the efficiency of overall infrastructure in the context of rapid AI development [7] - The breakthroughs in technology not only affect the performance of storage devices but also directly impact the energy efficiency and reliability of AI systems, marking the beginning of a new competitive phase in the storage controller industry [7]