HDD HPE 2,4 TB 2,5 inch SAS R0Q57A

The HPE 2.4TB 2.5" SAS R0Q57A internal hard drive is a high-performance enterprise-class storage device with 2.4 TB capacity in a 2.5-inch form factor and a 10,000 RPM spindle speed. Designed for use in servers and storage arrays that require fast random and sequential access, this SAS drive balances capacity and performance for consolidated storage deployments. It connects via a Serial Attached SCSI interface and is intended for hot‑swap bays in rack and blade systems that support 2.5-inch enterprise drives.

Advantages

The drive provides a combination of high rotational speed and dense 2.4 TB capacity that helps reduce latency while maintaining a compact 2.5" footprint. The SAS interface delivers enterprise-grade data transfer reliability and queuing features suited to multi-user and multi-threaded workloads. Its design supports standard server and storage sleds with hot-swap capability, enabling serviceability without extended downtime.

Suitable for

• Database servers requiring low-latency random I/O
• Enterprise storage arrays and SAN environments
• Virtualization hosts with mixed read/write workloads
• Backup appliances and secondary storage tiers

Key specifications

• Capacity: 2.4 TB (2400 GB)
• Form factor: 2.5 inches
• Rotational speed: 10,000 RPM
• Interface: SAS (Serial Attached SCSI)
• Drive type: Internal 2.5" enterprise hard disk

How to use

Install the drive into a compatible 2.5-inch hot‑swap bay or drive sled in a server or storage array that supports SAS drives. Ensure the system firmware and RAID controller support the drive capacity and rotational speed. After physical installation, initialize the drive in the operating system or storage management utility, configure RAID or logical volumes as required, and monitor drive health through vendor or system management tools.

Recommendations

Use this 2.5" SAS drive in enterprise-class systems where sustained performance, reliability, and serviceability are required. Pair it with appropriate RAID levels and regular monitoring to maintain data integrity, and place it in environments with proper cooling and vibration control for optimal lifespan.