Transcend M.2 1 TB Internal SSD

Transcend SSD, 1TB Memory size, M.2 Form Factor - TS1TMTS560TI-VS1

This SSD provides high-capacity solid-state storage in a Compact M.2 form for embedded and industrial systems. It is designed for internal integration where sustained data access and operation across extreme temperatures are required. The device uses modern 3D NAND memory and connects via a SATA III 6Gb/s interface, making it suitable for industrial control platforms and automation equipment that demand dependable flash storage in a small footprint.

Features and Benefits:

• 1TB capacity enabling large local data retention
  SATA III 6Gb/s Interface supporting fast host transfers
  3D NAND technology improving raw storage density
  Operational range from -40 to 85°C preserving uptime
  Industrial-grade construction meeting harsh-use needs

Applications

• Suitable for industrial automation controllers requiring local logs
  Ideal for embedded electronics in transportation systems
  Used with data-acquisition hardware in manufacturing lines
  Can be used for edge computing nodes in harsh environments
  Used for storage in electrical test and measurement devices

What physical footprint should I allow when installing this module?

The card follows the M.2 2242 outline with a board width of 22mm and length of 42 mm, so mounting spaces designed for M.2 42mm modules will accommodate it.

How does the thermal capability affect system cooling design?

With a maximum operating temperature of 85°C and minimum of -40°C, the device tolerates elevated internal enclosure temperatures, allowing for passive cooling strategies in many industrial installations.

Which certification indicates regional acceptance for industrial deployment?

The unit carries UKCA approval, indicating conformity with applicable UK regulatory requirements for market placement.

What internal mounting or Interface considerations are required?

It is an internal M.2 module that interfaces via SATA signalling
host connectors and BIOS/firmware must support M.2 SATA devices rather than PCIe NVMe variants.