HPE 7.68 TB SAS Read Intensive 2.5-Inch Internal SSD

Designed for modern data centers that demand fast, reliable read performance, the HPE 7.68 TB SAS Read Intensive (RI) SSD delivers exceptional IOPS, low latency, and robust endurance for read-heavy workloads. This 2.5-inch internal solid-state drive plugs into standard enterprise servers and storage arrays with a 12Gb/s SAS interface, making it an ideal choice for read caching, boot disks, web servers, and large-scale content delivery. Built to handle continuous operation in busy data centers, it combines proven enterprise-grade reliability with efficiency that helps you optimize power and cooling costs while accelerating critical applications.

• High-Performance Read-Intensive Architecture: Engineered to maximize read throughput, this RI SSD accelerates read-heavy workloads across a range of enterprise scenarios. From boot and swap operations to static content delivery and database read caching, you’ll experience faster response times, smoother application performance, and improved user experiences. The drive’s optimized read path minimizes latency, enabling rapid access to frequently requested data and reducing bottlenecks in busy servers.
• Enterprise Reliability for 24/7 Data Centers: Built for continuous operation, the HPE RI SSD emphasizes reliability and data integrity in demanding environments. It features enterprise-grade components designed to withstand extended duty cycles, workload variance, and operational vibration. This resilience translates to lower maintenance windows, fewer drive replacements, and a steadier, more predictable performance profile—crucial for mission-critical workloads and service-level agreement (SLA) compliance.
• Efficiency that Reduces Total Cost of Ownership: While delivering strong read performance, the RI SSD also emphasizes power efficiency and thermal stability. Lower energy consumption means reduced cooling requirements and a smaller environmental footprint in the data center. This efficiency, combined with higher data access speeds, translates into faster workload completion and a lower total cost of ownership over the drive’s lifecycle.
• 2.5-Inch Form Factor with 12Gb/s SAS Interface: The compact 2.5-inch form factor is designed for easy installation in modern servers, storage enclosures, and RAID controllers. The 12Gb/s SAS interface provides fast, reliable data transfer with wide compatibility across enterprise-grade backplanes. This combination makes it straightforward to upgrade or refresh existing storage tiers without overhauling the entire infrastructure, preserving investment and minimizing downtime during deployment.
• Optimized for Read Caching, Boot, and Web-Scale Applications: In today’s data-driven environments, read caching can dramatically improve performance for applications that frequently retrieve the same data. This drive excels in caching layers, boot drives for quick system startup, and web servers that serve static or near-static content at scale. Its design supports rapid data access, helping to reduce latency for end users and to increase the throughput of back-end services that rely on timely reads.

Technical Details of HPE 7.68 TB Solid State Drive - 2.5" Internal - SAS (12Gb/s SAS) - Read Intensive

• Capacity: 7.68 TB
• Interface: SAS 12Gb/s
• Form Factor: 2.5-inch internal drive
• SSD Type: Read Intensive (RI)
• Workload Focus: Designed for read-heavy operations, including read caching, boot/swapping, and web server acceleration

How to install HPE 7.68 TB SAS Read Intensive SSD

Follow these steps to install the drive in a compatible enterprise server or storage array. This process is typical for 2.5-inch SAS SSDs and aligns with standard server maintenance procedures.

• Power down the system completely and disconnect from power. Ground yourself to prevent static discharge before handling the drive.
• Open the server or chassis drive bays according to your hardware manual. Identify an available 2.5-inch hot-swap or fixed drive slot compatible with SAS backplanes.
• Insert the HPE RI SSD into the slot and secure it with the appropriate screws or latch mechanism provided by the drive bay.
• Connect the SAS data cable (and power cable if required by the chassis) or attach through the hot-swap backplane. Ensure solid, seated connections for reliable operation.
• Power on the system and access the RAID controller or storage management utility. Confirm that the new drive is detected, then configure the drive as part of a new or existing pool, cache, or logical volume as dictated by your storage strategy.
• Format the drive within your operating system or storage controller, assign the proper volume, and implement any caching or tiering settings that maximize read performance for your workloads.

Frequently asked questions

• Q: What workloads is the HPE 7.68 TB SAS RI SSD best suited for? A: It excels in read-intensive tasks such as read caching for databases and apps, boot drives for rapid startup, web server content delivery, and other scenarios where fast, frequent reads dominate the workload.
• Q: What makes Read Intensive SSDs different from other SSD types? A: Read Intensive drives are optimized to deliver high read IOPS and low latency for read-heavy applications, balancing performance with endurance suitable for ongoing read workloads while keeping write activity modest.
• Q: What interface and form factor does this drive use? A: The drive uses a SAS 12Gb/s interface in a 2.5-inch internal form factor, which is standard for enterprise servers and storage arrays that require reliable, high-speed connectivity.
• Q: Is this drive suitable for hot-swappable deployment? A: In many enterprise systems, RI SSDs are used with hot-swap backplanes. Verify compatibility with your server model and RAID controller to ensure smooth hot-swapping and drive replacement.
• Q: How does this drive help reduce overall system energy consumption? A: By delivering fast data access with efficient read caching, the drive can reduce CPU wait times and lower cooling requirements, contributing to a lower total cost of ownership in energy-conscious data centers.