Verbatim 256GB Vi550 SATA III 2.5 Internal SSD

Upgrade Your System with Lightning-Fast Data Transfer

Experience unprecedented speed and reliability. Ideal for transforming hard drive-based PCs or laptops, this SSD boasts cutting-edge 3D NAND flash technology and a Phison controller for lightning-fast performance.

Lightning Fast Data Transfer:

Transfer data seamlessly with the Vi550 SSDs, featuring the SATA III interface and 3D NAND technology. Enjoy speeds of up to 560 MB/s read and up to 535 MB/s write, ensuring a rapid and efficient data transfer experience.*

Benefits of SSDs:

1. Speed: Upgrade your system with faster speeds than HDDs or SSHDs, enhancing overall performance and efficiency.
2. Reliability: Trust in the stability of flash memory, as SSDs have no moving parts, unlike HDDs with spinning discs that can malfunction.
3. Performance: Operate silently with reduced heat generation, leading to decreased fan noise and extended battery life.

Vi550 SATA III 2.5″ Internal SSD Specifications:

1. Ideal for upgrading hard drive-based PCs or laptops.
2. SATA III interface with transfer speeds of up to 560 MB/s read and 535 MB/s write.
3. Cutting-edge 3D NAND flash technology paired with a Phison controller.
4. Compact design measuring 2.75″ x 3.94″ x 0.28″.

Summary:

1. Storage Capacity: 256GB
2. Hard Disk Description: Solid State Hard Drive
3. Compatible Devices: Desktop PC, Notebook
4. Installation Type: Internal Hard Drive
5. Hard Disk Size: 256GB
6. Read Speed: 560 Megabytes Per Second
7. Write Speed: 460 Megabytes Per Second
8. Cache Size: 256GB
9. Series: 256GB Vi550 SATA III 2.5″ Internal SSD
10. Item Weight: 0.1 Pounds
11. Item Dimensions LxWxH: 3.9 x 2.8 x 0.3 inches
12. Number of Items: 1
13. Data Transfer Rate: 560 Gigabits Per Second
14. Form Factor: 2.5″

Upgrade your computing experience with the Verbatim Verbatim 256GB Vi550 SATA III 2.5 Internal SSD, providing speed, reliability, and performance for your PC or laptop.

*Sequential transfer speeds based on internal testing using ATTO benchmark. Actual performance may vary depending on the host computer environment and use conditions. Transfer speeds are capacity-dependent.