HPE 1.60 TB SAS Mixed-Use 2.5" SSD – Enterprise-Grade Performance and Reliability

Experience the speed and reliability that modern data centers demand with the HPE 1.60 TB Solid State Drive. Engineered for mixed-use workloads, this 2.5" SAS internal SSD delivers high IOPS, low latency, and consistent throughput to accelerate virtualization, big data analytics, cloud services, and dense database environments. Built for enterprise environments, it combines robust endurance with efficient power usage, helping your business achieve faster results, lower total cost of ownership, and greater data integrity. The MU (Mixed-Use) design is optimized to handle diverse workloads—from random I/O operations common in virtualization to sequential transfers typical of streaming analytics—without compromising performance or reliability. In short, it’s a versatile storage workhorse designed to maximize performance where you need it most.

• High performance for mixed workloads: Specifically tuned for virtualization, databases, cloud infrastructure, analytics, and HPC, delivering strong IOPS and low latency across diverse I/O profiles. It’s ideal for consolidating workloads on a single drive type, reducing the need for multiple tiers of storage while maintaining excellent responsiveness under varying conditions.
• Enterprise reliability and data integrity: Built to endure constant read/write cycles in demanding environments, with advanced error correction, wear leveling, media management, and protection against data loss during power fluctuations. These features help preserve data integrity and extend drive life in busy data centers.
• Efficient, consistent performance from a trusted platform: The MU SSD line leverages HPE’s-tested controller technology and firmware optimizations to deliver steady performance over time. Reduced thermal throttling and optimized power management contribute to reliable operation in dense server configurations and data storage arrays.
• Seamless integration with enterprise infrastructure: The 2.5" form factor and SAS interface align with common enterprise backplanes, RAID controllers, and storage arrays. It’s designed to work with HPE servers and partner ecosystems, enabling straightforward deployment into existing environments with minimal disruption.
• Ideal for data centers seeking efficiency and ROI: By combining high performance with long-term endurance and energy-aware operation, this drive helps lower total cost of ownership. It supports faster data access for mission-critical applications while helping control cooling and power usage in high-density servers.

Technical Details of HPE 1.60 TB Solid State Drive - 2.5" Internal - SAS - Mixed Use

• Capacity: 1.60 TB
• Form Factor: 2.5-inch internal drive
• Interface: SAS (Serial Attached SCSI) 12 Gb/s
• Drive Type: Mixed-Use Enterprise SSD (MU)
• NAND Type: Enterprise-grade NAND for balanced performance and endurance
• Controller/Technology: Advanced enterprise controller with error correction, wear leveling, and cache optimization
• Endurance: Designed for sustained mixed-workload operation in data-center environments
• Sequential Throughput (typical): Optimized for a broad range of workloads, with strong read/write performance under diverse I/O patterns
• Reliability: Built for enterprise reliability with robust protection against data loss and error detection

how to install HPE 1.60 TB Solid State Drive - 2.5" Internal - SAS - Mixed Use

Installing an HPE MU SSD in a server or storage array is straightforward when you follow proper procedures. Use these steps to ensure a smooth installation and optimal operation:

• Preparation: Power down the hosting server or storage system, and disconnect from any power source. Verify compatibility with your SAS controller, backplane, and firmware requirements.
• Physical installation: Remove the drive bay cover or blank, align the drive with the backplane connector, and insert the 2.5" drive into the bay until it seats firmly. Secure with screws if required by your chassis design.
• Connectivity: Ensure the SAS data and power connectors are fully seated on the drive and backplane. If hot-swap bays are used, confirm the drive is recognized by the backplane during initial power-on.
• Initialization and configuration: Power on the system and enter the server or storage controller BIOS/UEFI to confirm the drive is detected. If needed, configure a RAID set or pass-through to the operating system according to your storage policy.
• OS-level setup: In the operating system, initialize and format the new drive or logical unit. Install any required drivers or firmware updates, and monitor SMART health and performance through your standard management tools.
• Monitoring and maintenance: Regularly check drive health, firmware updates, and firmware compatibility with your storage environment to maintain peak performance and reliability.

Frequently asked questions

• What is a Mixed-Use (MU) SSD? A Mixed-Use SSD is designed to perform well across a variety of workloads, balancing random I/O access common in virtualization and databases with sequential transfers seen in analytics and data processing. MU drives are optimized for data-center versatility, reducing the need for separate storage tiers while delivering reliable performance.
• Is this HPE MU SSD compatible with my server or array? The drive uses a standard 2.5" SAS form factor and SAS interface, which aligns with many enterprise servers and storage arrays. Check your server or storage controller’s compatibility list and firmware requirements to ensure full support.
• What workloads are best suited for this 1.60 TB MU SSD? Ideal workloads include virtualization platforms, database backends (OLTP/OLAP), big data analytics, cloud services, and high-performance computing environments. The drive’s design prioritizes low latency and consistent throughput under mixed I/O patterns.
• How does this drive improve ROI in a data center? By delivering high performance with enterprise reliability in a single drive, you can consolidate workloads, reduce latency, and streamline storage management. The efficiency of a SAS MU SSD helps lower energy usage and cooling requirements while maintaining data integrity for business-critical applications.
• How should I monitor the health and firmware of this drive? Use your standard enterprise storage management tools to track SMART attributes, wear indicators, and temperature. Regularly check for firmware updates from HPE and apply them according to your maintenance policy to ensure optimal performance and protection against known issues.
• Can I hot-swap this drive? Yes, in most enterprise servers and storage arrays with hot-swap capabilities, you can replace or add this drive without shutting down the system. Always follow your vendor’s hot-swap procedures to ensure data safety and a clean replacement process.