AFOX SSD 1 TB QLC 560 MB/s εσωτερικός στερεός δίσκος

The AFOX SSD 1TB QLC 560 MB/s internal solid state drive is a high-capacity SATA storage device designed to upgrade laptops, desktops and compact systems. With a 1TB capacity and QLC NAND architecture, the drive delivers a balance of storage density and cost efficiency. Sequential read performance reaches up to 560 MB/s, providing faster boot times and application loading compared with traditional hard disk drives. The drive fits standard SATA or compatible M.2 interfaces and is intended for users seeking affordable solid-state performance for data, media and software storage.

Advantages

This internal SSD combines large capacity with a low cost per gigabyte due to its QLC NAND design, enabling storage of extensive multimedia libraries and large project files without the premium price of higher-tier flash types. The drive’s solid-state nature reduces access latency and mechanical failure risk relative to HDDs, while sequential read speeds up to 560 MB/s improve system responsiveness for common tasks such as booting the operating system and launching applications. Its compatibility with standard SATA/M.2 form factors allows straightforward upgrades for most consumer systems.

Suitable for

Key specifications

How to use

Install the AFOX SSD into a compatible SATA or M.2 slot following the host device manufacturer’s instructions. Use standard cloning software or a fresh OS installation to transfer data from an existing drive if required. After installation, initialize and format the drive in the operating system’s disk management utility if it is not already formatted. Ensure the system firmware supports the drive and verify physical fit and connector alignment before powering on.

Recommendations

For best results, use the SSD as a system or secondary drive for operating systems, applications and frequently accessed files. Maintain regular backups for important data, as QLC NAND is optimized for read-heavy and general storage scenarios but has different endurance characteristics than higher-density flash. Keep device firmware and system drivers up to date to ensure compatibility and stable performance.