SSD disk HPE 960 GB 2,5" SAS P41535-001

The HPE 960 GB 2.5" SAS P41535-001 is a 2.5-inch internal solid state drive designed for enterprise server use. With a 960 GB storage capacity and a 12 Gbit/s SAS interface, this SSD provides fast data transfer and low-latency access to frequently used datasets. The drive is intended for deployment in server arrays, storage enclosures and other rack-mounted systems where reliable, high-throughput storage is required.

Advantages

This SSD offers high sustained throughput and low access latency thanks to the 12 Gbit/s SAS interface and solid-state NAND technology. Its 2.5" form factor allows dense installation in servers and storage bays designed for small form factor drives. The 960 GB capacity balances usable storage and performance for mixed workload environments, while enterprise-grade design improves endurance and operational reliability under continuous server workloads.

Suitable for

• Transactional databases and OLTP systems
• Virtualization hosts and virtual machine storage
• High-performance caching and tiered storage
• Read/write intensive enterprise applications
• Server boot and operating system volumes

Key specifications

• Form factor: 2.5-inch
• Capacity: 960 GB
• Interface: 12 Gbit/s SAS
• Device type: Internal solid state drive
• Intended use: Enterprise/server environments

How to use

Install the SSD into a compatible 2.5" drive bay or hot-swap tray in your server or storage enclosure. Ensure the host controller supports 12 Gbit/s SAS connections and that firmware and drivers for the server platform are up to date. Configure RAID or software-based storage pooling according to your operational requirements, and perform initial formatting and partitioning through the operating system or storage management tools before placing the drive into production.

Recommendations

Use this drive in environments with proper cooling and vibration control, and monitor SMART attributes and firmware updates regularly. For mixed workload performance and endurance, consider using the drive in conjunction with storage tiering or caching strategies and implement regular backup and redundancy measures to protect data.