SSD HPE SPS-Drive 3,84 TB SFF SAS RI MV BC VS Server

The HPE SPS-Drive 3.84TB SFF SAS RI MV BC VS Server SSD delivers 3.84 TB of solid-state storage in a Small Form Factor (SFF) designed for SAS server environments. Engineered by HP Enterprise for use in server arrays and storage enclosures, this drive is intended to provide high-capacity, low-latency storage suitable for enterprise workloads that require reliable, persistent data access and improved I/O performance.

Advantages

This 3.84 TB SAS SSD offers higher throughput and faster random access compared with traditional spinning media, reducing application latency and improving transaction rates. Its SFF form factor allows dense server configurations and efficient use of drive bays. The drive's design is focused on reliability and consistent performance under sustained workloads, making it suitable for enterprise-class storage deployments.

Suitable for

• Enterprise server storage arrays
• Database and transaction-heavy applications
• Virtualization hosts and hyper-converged infrastructure
• Cache and tiered storage layers in SAN/NAS environments

Key specifications

• Storage capacity: 3.84 TB (3840 GB)
• Form factor: Small Form Factor (SFF)
• Interface: SAS (Serial Attached SCSI)
• Drive type: Solid State Drive (SSD)

How to use

Install the SSD into a compatible SFF SAS drive bay in the server or storage enclosure following the manufacturer's server guidelines. Ensure the server firmware and RAID/controller drivers support SAS SSDs and are up to date. Configure the drive within the server operating system or RAID controller as required by your storage architecture, assigning it to arrays, volumes, or cache tiers according to workload needs. Monitor drive health and utilization with available system management tools.

Recommendations

Match the drive to supported server models and storage controllers, verify compatibility with your RAID and firmware versions, and follow best practices for drive provisioning, RAID configuration, and regular health monitoring to maintain consistent performance and reliability.