Main feature
Higher durability

• Longer service life: Industrial-grade mSATA SSDS typically use higher-quality flash memory (such as SLC or MLC flash) and have higher write durability (TBW), which can withstand more read and write operations and is suitable for applications with long running times and high write loads.
• Enhanced shock and vibration resistance: The industrial-grade mSATA SSD is designed with the hardware's tolerance to vibration and shock in mind, and can operate stably in high-speed vibration and shock environments, particularly suitable for industrial equipment, vehicle systems and other scenarios.

Wider operating temperature range

• Wide temperature operating environment: Industrial grade mSATA SSDS generally support a wider operating temperature range, commonly -40°C to 85°C, and even some can achieve more extreme temperature requirements, adapting to a variety of harsh industrial and outdoor environments.

Data protection and error correction

• Built-in ECC (Error Correction Code) : Industrial-grade mSATA SSDS are typically equipped with ECC memory to detect and correct errors in stored data in real time, ensuring data integrity and reliability.
• Power Loss Protection (PLP) : Some high-end industrial mSATA SSDS also incorporate power failure protection to protect data from loss and corruption in the event of a power outage.