Ultra-Compact for Up-to-Date Devices

Designed with M.2 2280 form factor (80 × 22 x 3.5 mm), compact-sized and case-lessSilicon Power A55 256GB M.2 SATAIII SSD perfectly fits into tiny-and-thin devices such as ultrabooks, tablet computers and mini PCs.

Silicon Power A55 256GB M.2 SATAIII SSD

Enhanced Performance for Intensive Workloads

Equipped with high-quality synchronous NAND flash chips and SATA III 6 Gb/s interface, Silicon Power A55 256GB M.2 SATAIII SSD offers impressive transfer rates of up to 560/530 MB/sec read/write. So if you need an instant upgrade solution for everyday computing applications or multitasking demands, the A55 is your perfect solution. Its intelligent SLC cache technology can boost writing performance to even higher peaks – for transfer rates at lightning speed!

Intel®SRT Supported for Flexible Configuration

Not only fast, also smart! Intel® Smart Response Technology (ISRT) enables flexible computer configuration for improved overall performance and efficiency. It automatically identifies and stores your most frequently used applications to the SSD, while leaving your hard drive full of storage capacity. Ah! So you can combine a small-capacity SSD with a high-capacity HDD and enjoy an upgrade solution that won’t cost you an arm and a leg. (Mind you, you still need them, especially your arm for operating your upgraded, super-fast computer….)

Silicon Power A55 256GB M.2 SATAIII SSD

Free-Download of SSD Health Monitor Tool – SP Toolbox Software

Easily monitor your new SSD’s health with our free-download Software – SP Toolbox. Run performance tests on theSilicon Power A55 256GB M.2 SATAIII SSD, get an overall function evaluation, or check detailed information about your device, including used space, device temperature, total bytes written, and many more.

For Peace of Mind – Guaranteed Reliability and Stability

The A55 M.2 2280 supports TRIM, NCQ and S.M.A.R.T. command. It also ensures stability and overall system reliability with built-in automatic error correction (ECC), average rewriteable storage block technology (Wear Leveling) and bad block management.