SanDisk X110 / Solid state drive / 256 GB / internal / mSATA / SATA 6Gb/s | SD6SF1M-256G-1022I

Description

In sacrificing performance for capacity, traditional hard disk drives (HDDs) have not kept pace with evolving market needs. Customers do not want to choose between fast performance and portability, seamless experiences and long battery life, or capacity and reliability. They want it all.With SanDisk X110 SSDs, OEMs can deliver what buyers want: blazing-fast performance in thin and light form factors with advanced power management. These multi-level cell (MLC) NAND flash drives are suited for both primary storage solutions and dual-drive caching designs. Utilizing 19 nm process technology, SanDisk X110 SSDs offer solid-state performance at a cost within reach of a wider market segment.

Special Features

• Leading edge 19 nm NAND flash technology
• SATA revision 3.0 (6 Gb/s) connectivity
• Tiered caching technology offers improved responsiveness
• Built-in reliability combined with thermal throttling
• Lower power consumption

Product features

• Tiered caching technology offers improved responsiveness
  From streaming video to multitasking, the needs of business and personal users are placing ever-increasing demands on today's hard drives. The SanDisk X110 SSD uses tiered caching technology to direct data streams to the appropriate layer for maximum performance, greatly improving responsiveness and extending the life of the flash drive.
• Built-in reliability combined with thermal throttling
  A patrol read error prevention mechanism checks and corrects errors in the background with zero performance impact. Advanced NAND recovery techniques and powerful error detection and correction capabilities ensure reliable data reads under punishing conditions. The SanDisk X110 SSD uses write-minimization technology, which eliminates unnecessary write operations to increase endurance and performance, and supports thermal throttling to prevent overheating.
• Lower power consumption
  The SanDisk X110 SSD employs a low power architecture that significantly reduces the power consumed by the device in reduced power modes, allowing users to extend the charge cycles of the battery; a feature that is highly desired by mobility applications.