Transcend M.2 2 TB Internal SSD

Transcend SSD, 2TB Storage Capacity, NVMe PCIe Gen4 x4 Interface - TS2TMTE712AI-VS1

This SSD is an internal high-capacity storage device designed for demanding industrial environments. It uses an M.2 form factor and connects via an NVMe PCIe Gen4 x4 Interface to deliver fast data transfer for automation, electronics and mechanical system storage. The drive incorporates robust thermal tolerance and Advanced data security to suit continuous operation in hostile conditions.

Features and Benefits:

• 2TB capacity enables large dataset and log storage
  256-bit AES encryption protects stored information
  3D NAND provides dense solid-state storage reliability
  NVMe PCIe Gen4 x4 Interface delivers high-throughput transfers
  Industrial-grade build tolerates extended temperature ranges
  UKCA certification assures regulatory acceptance in the UK

Applications

• Suitable for industrial controllers requiring large local storage
  Ideal for data logging in harsh thermal environments
  Used with embedded systems in automation and robotics
  Can be used for high-speed caching in electronic test rigs
  Suitable for storage expansion in mechanical diagnostic equipment

What temperature extremes can it withstand in operation?

It operates across a wide range from −40°C to 85°C, permitting deployment in both cold-start and high-temperature industrial settings.

Which physical footprint does it use for system integration?

The drive follows the M.2 form factor with a width of 22mm and a length of 80mm for compatibility with M.2 2280 slots.

How is data security implemented on the device?

Hardware-level 256-bit AES encryption is used to secure data at rest without relying on external software.

Is this device intended for internal or external installation?

It is intended for internal installation within host equipment and connects via a PCIe Gen4 x4 NVMe interface.

What type of flash memory technology does it employ?

The device uses 3D NAND flash to achieve high density and endurance suitable for industrial workloads.