SSD disk Transcend 256 GB 2,5 inch SATA3 TS256GSSD370S

Transcend SATA III 6Gb/s SSD370S is a 2.5-inch solid-state drive with MLC NAND flash, a compact 6.8 mm profile and shock- and vibration-resistant construction. Designed for system upgrades in desktops, laptops and compatible gaming consoles, the drive uses a SATA III interface, DDR3 DRAM cache and an efficient controller to improve everyday computing performance and reduce access times.

Advantages

The SSD370S offers high sustained read and write throughput (up to 560 MB/s read and 460 MB/s write), low power consumption, quiet operation and better shock resistance compared with standard hard disk drives. Built with MLC NAND and supporting features such as ECC, wear-leveling, garbage collection and DevSleep, it provides reliable endurance with Terabytes Written (TBW) values reported up to 408 TB. Included SSD Scope software helps monitor and optimize drive health and performance.

Key specifications

• Interface: SATA III 6 Gb/s
• Form factor: 2.5-inch, 6.8 mm height
• NAND type: MLC NAND flash
• Sequential read speed: up to 560 MB/s
• Sequential write speed: up to 460 MB/s
• DRAM cache: DDR3
• Endurance: up to 408 TBW
• Features: ECC, garbage collection, wear-leveling, DevSleep
• Software: Transcend SSD Scope

How to use

Install the SSD370S into a compatible 2.5-inch drive bay or adapter for your desktop, laptop or gaming console, connect it via a SATA III cable and power connector, then initialize and format the drive in the operating system. For cloning an existing system disk, run your preferred cloning tool or use Transcend's SSD Scope to migrate data and check drive condition. Enable DevSleep in supported systems to reduce power drain when the drive is idle.

Recommendations

Before installation, back up important data and verify device compatibility. Use the included or recommended SATA III interface and cable for best performance, keep SSD firmware and Transcend SSD Scope up to date, and avoid abrupt power loss during intensive write operations to preserve endurance.