SSD-asema Hewlett Packard Enterprise 1,6 TB 2,5" SAS 822552-003 HP Enterprise

The Hewlett Packard Enterprise 1.6TB 2.5" SAS SSD is a high-capacity, enterprise-grade solid state drive engineered for data center and server environments. With a 1.6TB capacity and a 12G SAS interface in a 2.5-inch form factor, the drive is intended to deliver low-latency random access and sustained throughput for demanding workloads. It supports typical enterprise endurance and reliability characteristics expected from HP Enterprise storage components, enabling faster boot times, reduced I/O wait and improved application responsiveness compared with traditional spinning media.

Advantages

This HP Enterprise 1.6TB SAS SSD combines high capacity with the speed of a 12G SAS interface and the compact 2.5-inch format, providing a balance of performance and density for rack environments. The solid state architecture reduces seek times and mechanical failure risk, while the enterprise-oriented design targets consistent performance under mixed read/write workloads. Its form factor and interface facilitate integration into existing server arrays and storage enclosures that support SAS drives.

Suitable for

• Database servers and transaction processing
• Virtualization hosts and VDI environments
• High-performance caching and tiered storage
• Enterprise applications requiring low latency and high IOPS
• Storage arrays and server boot drives in data centers

Key specifications

• Capacity: 1.6 TB usable solid state storage
• Interface: 12 Gbps SAS (serial attached SCSI)
• Form factor: 2.5-inch drive suitable for standard server bays
• Drive type: Enterprise-class solid state drive optimized for mixed workloads
• Performance focus: Low-latency random I/O and sustained throughput for server applications

How to use

Install the 2.5-inch SAS SSD into a compatible server or storage array bay that supports 12G SAS connectivity. Configure the drive within the host operating system or storage controller according to the server vendor’s guidelines—this typically includes RAID configuration, firmware updates and alignment/partitioning as required by the workload and OS. Monitor drive health and performance through the system management tools provided by the server or storage platform, and schedule firmware maintenance during planned windows to minimize disruption.

Recommendations

Use this SSD in environments where consistent low-latency performance and enterprise reliability are required. For RAID arrays, follow RAID level selection best practices to balance redundancy and performance. Maintain up-to-date firmware and monitor SMART-like metrics via your management tools to ensure continued reliability and to plan drive replacement before end-of-life thresholds are reached.