Micron has officially released its new mainstream SSD solution, the Micron 2600 NVMe SSD. Utilizing the industry's first XNUMXth-generation QLC NAND for SSDs, the product also incorporates Micron's latest Adaptive Write Technology (AWT). This product further enhances data write and access performance while balancing cost and capacity, offering a high-performance and cost-effective option for the OEM market.
This SSD, built on the PCIe Gen4 interface and equipped with Micron's proprietary G9 QLC NAND, boasts significantly faster sequential and random write speeds compared to typical TLC SSDs. Official data indicates a 63% improvement in sequential write performance and a 49% increase in random write performance. In the PCMark 10 test, overall performance improved by up to 44%, demonstrating its significant advantages in both everyday computing and AI applications.
Storage solutions designed specifically for AI PCs and handheld devices
Micron states that the 2600 SSD not only accelerates system boot and application launch speeds, but also supports rapid model loading in AI applications, enhancing workflow and user experience. Through adaptive write technology, this SSD dynamically adjusts between SLC, TLC, and QLC caches based on different data types, achieving optimal write efficiency and effectively extending device lifespan.
另外，該系列SSD更提供22x30mm到22x80mm等不同尺寸與單面設計，容量涵蓋512GB至2TB，滿足輕薄筆電、工作站、甚至手持遊戲裝置嵌入需求。
G9 QLC NAND provides higher parallel processing efficiency
The 2600 SSD's 2TB G9 QLC NAND utilizes a six-plane architecture, boosting NAND I/O access performance and achieving transfer rates of up to 3.6GB per second, one of the best performances among currently shipped client SSDs. Micron also emphasized that through these technological breakthroughs, QLC SSDs will not only further reduce costs but are also expected to become the standard choice for more OEMs and AI PC applications.
