Visiontek PRO 1 TB Solid State Drive - M.2 2280 Internal - PCI Express (PCI Express 3.1 x4) - TAA Compliant - Ultrabook Device Supported - 2680 MB/s Maximum Read Transfer Rate NVME

1TB Visiontek PRO 2280 M.2 NVME PCIe x4 SSD

When your definition of high-performance means both speed and reliability, the Visiontek PRO 2280 M.2 NVME PCIe x4 SSD is the primary drive upgrade solution for select laptops and desktops.

• Fast: Access time up to 150x faster than HDD.
• Efficient: Optimized for low power consumption for longer "unplugged" computer use.
• Reliable: Advanced dynamic global wear-levelling and bad block management.
• Use with latest OS: Compatible with Windows 10
• US Tech Support: Backed by free lifetime US-based support.

When your definition of high-performance means both massive storage and reliability, this SSD is the answer.

Engineered for long-term real-world use, you'll experience speeds up to 2680 MB/s read and 1750 MB/s write, up to 100x greater data reliability than a costly Enterprise class HDD, and access times up to 150x faster than a conventional HDD. It's NVMe compatible to reduce seek time and provide faster access to all your files. With Random Read IOPS up to 335k IOPS and Random Write up to 280k IOPS, you can access all your files faster than ever.

This SSD drive is perfect for:

• Power Users
• Home Offices
• Gamers
• Digital Photographers
• Creative Professionals

Designed for Real World Use
Because it features a Silicon Motion Controller and tier one high-performance NAND flash, the Visiontek PRO2 2280 M.2 NVME PCIe x4 SSDs are designed to deliver top speeds with the files you utilize daily...videos, MP3s, graphics files, and zip files. While these files are compressed, the SSD controller doesn't slow down while processing them like other controllers do.

Fits Select Portable Computers
Whether you have a rugged full-sized laptop or travel light with an Ultrabook, the SSD will fit your NVMe M.2 PCIe compatible machine. Ultrabooks and performance laptops can benefit from the increased storage and speeds.