High reliability and durability

• Higher TBW (Total Bytes Written) values: Enterprise SSDS typically have much higher TBW than consumer SSDS, meaning they can withstand more writes, which is important for enterprise environments that require a lot of writes.
• Enhanced Error Correction Technology (ECC) : Enterprise-class SSDS are equipped with advanced error detection and correction technology to ensure data integrity and reduce the risk of data loss or corruption.
• High temperature and seismic resistant design: Enterprise 2.5-inch SATA SSDS are typically capable of operating in higher temperature and vibration environments, making them suitable for use in demanding conditions such as data centers, servers, and industrial environments.

Excellent performance

• High-speed data transfer: Although the bandwidth of SATA interfaces (typically 6Gbps) is lower than that of NVMe interfaces, enterprise-class SATA SSDS can still provide significantly higher read and write performance than traditional HDDS. They are ideal for applications with high frequency access and high data traffic, such as virtualization, database storage, and file servers.
• Low latency: Enterprise SSDS improve system response speed by reducing read and write latency, especially in environments with large random read and write loads, which makes them outstanding in database, virtualization, and high-performance computing scenarios.

Higher IOPS (I/O operations per second)

• Enterprise 2.5-inch SATA SSDS typically provide higher IOPS, especially for random read and write operations. High IOPS performance is critical for high-load workloads such as databases, big data analytics, and virtualization.