Core Insights - The storage industry is undergoing significant transformation driven by the explosive growth of AI computing power, which presents challenges in performance, capacity, and energy efficiency [1] - The 2025 China Flash Memory Summit highlighted key trends in flash technology and innovations from leading companies like Yilian [1] Group 1: Flash Technology Trends - The adoption of PCIe 5.0 SSDs is accelerating due to a surge in high-performance demands, with PCIe 5.0 offering double the theoretical bandwidth of PCIe 4.0, reaching up to 32GT/s [2] - AI applications are driving the need for high-capacity and ultra-fast SSDs, with predictions indicating that AI PCs will increase from 17% of total shipments in 2024 to 43% by 2025 [3] - Low-power design in SSDs is becoming crucial for data centers and edge devices to manage operational costs and enhance efficiency [4] Group 2: Yilian's Technological Innovations - Yilian is responding to market trends by launching new PCIe 5.0 enterprise SSDs, which feature lower latency and higher bandwidth, ensuring reliability for critical applications like AI training and cloud computing [5] - In the consumer market, Yilian has introduced a 2TB SSD to meet the storage demands of AI PCs, achieving a 9% performance advantage over competitors in loading large AI models [7] - Yilian's enterprise SSDs are designed with energy efficiency in mind, contributing to lower operational costs and sustainable performance improvements [9][10] Group 3: R&D and Testing Capabilities - Yilian has established a comprehensive enterprise-level storage innovation center, equipped with advanced testing facilities to ensure high reliability and performance of its SSD products [11] - The consumer storage lab at Yilian is recognized for its advanced capabilities, conducting extensive testing to ensure data security and optimal user experience [12] - Yilian's intelligent manufacturing platform supports high-volume production and efficient testing, enhancing the overall cost-effectiveness of product delivery [15] Group 4: Industry Evolution - The storage industry is shifting from a focus on scale expansion to value creation, with a new paradigm of technological innovation encompassing architecture restructuring and energy efficiency optimization [16] - Yilian is committed to deepening R&D investments and collaborating with industry partners to build a sustainable and efficient next-generation data storage ecosystem [16]

Core Viewpoint - The article discusses the complexity and confusion surrounding various storage card standards and types, emphasizing the need for consumers to understand these differences when purchasing storage cards for their devices [3][11][60]. Group 1: Storage Card Evolution - The evolution of storage cards began with the introduction of NOR and NAND flash memory technologies in the 1980s, leading to the first compact flash card in 1994 [15][17]. - The introduction of the SD card in 1999, as a response to Sony's proprietary Memory Stick, marked a significant shift in the market, with SD cards quickly gaining popularity due to their lower cost and open standards [28][34]. - The SD card has undergone multiple iterations, including SDHC, SDXC, and SDUC, expanding its maximum capacity from 2GB to 128TB [38][39]. Group 2: Types and Standards - Storage cards are categorized into three main types of markings: capacity, performance, and manufacturer-specific marketing terms [35]. - The article highlights the importance of matching the storage card's capacity and speed with the device's requirements, as older devices may only support certain standards [37][45]. - Different speed classes (Class, UHS, and Video Speed Class) are essential for determining the card's performance, especially for high-resolution video recording [48][50][51]. Group 3: Consumer Guidance - Consumers are advised to check their device specifications before purchasing a storage card to ensure compatibility with the required standards [45][63]. - The article suggests that for photography and videography, speed ratings and performance classes should be prioritized, while for general file storage, alternatives like USB drives may be more suitable [56][59]. - The complexity of storage card standards necessitates a clearer labeling system to reduce consumer confusion and improve purchasing decisions [62][64].