High speed performance

• M.2 interface: The M.2 interface is more compact than traditional SATA interfaces and supports higher data transfer rates. While SATA SSDS are relatively slow, the M.2 interface offers a relatively low cost while still delivering faster speeds than both conventional hard disks (HDDS) and standard SATA SSDS.
• Transfer rate: The theoretical maximum transfer rate of M.2 SATA SSDS is about 6 Gb/s (equivalent to 600 MB/s), but the speed in practical applications can be slightly lower, depending on factors such as controller and flash type.

Durability and reliability

• Industrial grade durability: Industrial grade SSDS typically have higher temperature resistance (for example, operating temperature range up to -40°C to 85°C), shock resistance, electromagnetic interference (EMI) resistance, and are suitable for long-term stable operation in harsh environments.
• Long life design: Industrial SSDS often use more durable flash memory chips (such as MLC or SLC), combined with high-quality master control chips, to improve the number of writes and data persistence, suitable for applications with high requirements for data reliability.

Small size

• Compact design: The compact size of the M.2 SSD makes it more compact than the traditional 2.5-inch SSD, making it suitable for space-constrained devices such as embedded systems, laptops, and various industrial control devices.
• No extra cables: The M.2 interface is directly connected to the motherboard and does not require additional data or power cables, simplifying the wiring inside the system and improving the simplicity and efficiency of the overall design.