Core Viewpoint - The new generation of eMMC 5.1 products from the company addresses the dual demands for storage capacity and energy efficiency driven by the evolution of ultra-high-definition and highly interactive smart terminals, showcasing three core competitive advantages [1]. Group 1: Demand for High Capacity and Performance - The demand for large-capacity storage has become essential in embedded applications such as consumer electronics, automotive electronics, and industrial IoT, driven by high-definition content, high-resolution gaming, and smart home data storage [2]. - The eMMC 5.1 product features sequential read/write speeds of 330/290 MB/s and random read/write performance of 33K/30K IOPS, significantly surpassing previous generations, particularly in system random read/write performance [2][11]. - The introduction of a 256GB version alongside 64GB and 128GB options meets diverse storage needs without compromising speed, effectively reducing total cost of ownership (TCO) for users [2][5]. Group 2: Energy Efficiency Innovations - The eMMC 5.1 product achieves a balance between performance and energy efficiency through a low-power architecture and intelligent sleep mechanisms, optimizing power consumption by nearly 18% [4][11]. - Devices equipped with eMMC 5.1 maintain low temperatures during high-intensity tasks such as 8K video streaming, extending battery life and reducing thermal design costs [4]. - The innovative sleep mechanism allows the product to switch to a micro-amp sleep mode during inactivity, with a wake-up response time of less than 1 ms [4]. Group 3: Total Cost of Ownership (TCO) Optimization - The TCO of the overall storage solution encompasses procurement, energy consumption, maintenance, and replacement costs, which the eMMC 5.1 product optimizes through a "large capacity + high energy efficiency + long lifespan" model [7]. - The product's lifespan is enhanced by 50% compared to previous models, with a write endurance of 200TBW (for 256GB), ensuring it can handle daily write loads for over seven years [8]. - Dynamic mode strategies optimize the balance between burst write speed and long-term storage needs, reducing performance fluctuations by over 50% and extending flash memory lifespan by 1 to 2 times [9]. Group 4: Reliability and Cost Reduction - The firmware incorporates enhanced SPOR 2.0 power loss protection and advanced error correction algorithms, reducing the risk of data loss from unexpected shutdowns by over 90% and decreasing device failure rates by 65% [10]. - The eMMC 5.1 product's advantages in energy efficiency and capacity translate into significant commercial value, supporting the development of sustainable smart device ecosystems and driving the market towards an "energy efficiency economy" [10].