S0F31A HPE Data Storage HPE MSA 7.68TB SAS RI SFF M2 SSD

Model SKU: S0F31A

The HPE S0F31A is an ultra-high-capacity, enterprise-grade Solid State Drive (SSD) specifically engineered for the HPE MSA Gen6 (1060, 2060, and 2062) storage platforms. As the highest capacity Read Intensive (RI) drive in the MSA Gen6 portfolio, it allows organizations to achieve massive flash density within a 2U footprint, effectively eliminating the need for large racks of spinning disks for performance-sensitive data.

• Maximum Flash Density: With a staggering 7.68TB in a single 2.5-inch slot, this drive allows for the creation of massive All-Flash or Hybrid tiers, supporting consolidated workloads and giant databases on a minimal physical footprint.

• Economic High Performance: Designed for "Read Intensive" workloads, the S0F31A offers the best "cost-per-gigabyte" for high-capacity flash, making it the ideal choice for data warehousing, media streaming, and large-scale virtualization.

• Gen6 M2 Ecosystem Ready: Comes pre-fitted with the M2 carrier, ensuring 100% mechanical compatibility and optimized firmware communication with the latest MSA Gen6 controllers.

• Reduced Data Center TCO: By replacing multiple lower-capacity hard drives with a single 7.68TB SSD, you significantly reduce power consumption, cooling requirements, and rack space, lowering your Total Cost of Ownership.

• HPE Secure Encryption: Features digitally signed firmware that protects against malicious attacks and ensures that the drive only runs authentic, verified code.

• Elite Throughput: Leveraging the 12Gb SAS interface, the S0F31A provides the high-bandwidth data paths required to move massive amounts of data quickly, essential for modern analytics and AI-driven workloads.

• Massive IOPS Delivery: Capable of delivering enterprise-level random read IOPS, this drive virtually eliminates I/O wait times, allowing your servers to operate at peak CPU efficiency.

• Continuous Availability: The dual-port architecture provides two independent paths to the storage, ensuring that data remains accessible even if a single controller or cable path fails.

• Sub-Millisecond Response: Provides the ultra-low latency required for high-frequency applications, ensuring that even under heavy load, the user experience remains fast and fluid.