Price: £57.88
(as of Jan 11, 2024 05:17:47 UTC – Details)

From the manufacturer

Features

Prepared for Excellence

Featuring the M.2 standard (42mm), a fast PCIe Gen3x4 interface, up to 2,000 MB/s read and 1,700MB/s write speeds, Transcend’s MTE400S SSD is more advanced and efficient than a SATA SSD. The MTE400S delivers higher speeds without sacrificing power to your ultra-thin devices.

Designed for Slim Devices

At just 42mm in length, the MTE400S SSD is ideal for Ultrabooks, lightweight notebooks, tablets, and handheld gaming PCs. Thinner and lighter than normal hard drives, the MTE400S SSD gives your computer a much-needed boost while saving space!

A Productive Moment Is Any Moment

Dedicated to maximizing system performance, the MTE400S SSD features 4K random file read and write speeds of up to 275,000 IOPS. It delivers faster loading and response times when using applications that require high graphics or heavy computing.

Be Bold, Save More

Built with high-quality 3D NAND flash, the MTE400S SSD unleashes up to 1TB of capacity for your computer, adding more storage space and enhancing computing efficiency.

Always Reliable, Always Evolving

Despite its extra-small dimensions, the MTE400S SSD contains advanced features that ensure secure data storage and a longer lifespan.

SSD Scope Software

Transcend SSD Scope’s user-friendly software has tools that make it easy to ensure your Transcend SSD always remains in tip-top shape for whenever you need it.

Guaranteed Quality

Transcend’s solid state drives are built according to the highest standards and rigorously tested to ensure outstanding quality, performance, and reliability.

Transcend MTE400S 512GB NVMe PCIe Gen3x4 3D SSD NOTE: Systems for use with the M.2 PCIe SSD should have an M.2 connector with only an M key. B-key connectors are not compatible. Improper insertion may result in damage.

R/W speeds up to 2,000/1,700 MB/s
SLC caching for greater transfer efficiency
Compact form factor, ideal for Ultrabooks, slim laptops, and thin tablets
Firmware optimization for storage stability