HPE 15.36 TB Solid State Drive – 2.5" Internal – SAS (24Gb/s SAS) – Read Intensive

Experience the next level of data center performance with the HPE 15.36 TB Read Intensive SAS SSD. Engineered for demanding, read-heavy workloads, this 2.5" internal drive combines an expansive 15.36 TB capacity with a high-bandwidth 24Gb/s SAS interface to deliver exceptional IOPS, low latency, and consistent responsiveness. Ideal for read caching, web servers, social media platforms, boot and swap storage, and other read-dominant applications, this RI SSD helps your infrastructure scale efficiently while keeping operating costs in check. Built for enterprise reliability, it’s designed to sustain intensive enterprise workloads with predictable performance and robust data integrity in data center environments.

• Performance you can depend on: Optimized for read-intensive operations, the HPE RI SSD accelerates data access and reduces latency, enabling faster application responses and smoother user experiences. Ideal for read caching, content delivery, and high-traffic web services, this drive leverages its deep queue depth and solid IOPS characteristics to keep data flowing quickly under load.
• Massive capacity in a compact 2.5" form factor: With a generous 15.36 TB capacity, you can consolidate more data onto fewer drives, simplify storage tiers, and reduce footprint in dense data centers. The 2.5" form factor fits standard enterprise drive trays and enclosures, helping you maximize rack density without sacrificing performance or reliability.
• Enterprise-grade reliability and endurance: Built for continuous operation in data centers, this Read Intensive SSD incorporates robust data protection, wear leveling, and advanced error correction to maintain data integrity over prolonged workloads. Expect consistent performance over the drive’s lifecycle, fewer maintenance interruptions, and improved uptime for mission-critical applications.
• Designed for read-heavy workloads and caching roles: The RI designation signals optimized behavior for read-centric tasks, including boot/swap storage, OS and hypervisor reads, media streaming, and rapid cache tiering. When used as a read cache or a fast primary read tier, it dramatically improves response times and can lower overall latency across your storage ecosystem.
• Seamless integration and efficiency: This SAS SSD is built to integrate smoothly with existing SAS-based storage controllers and servers, delivering high throughput with lower power-per-IOP. Its reliability features and consistent performance help drive energy efficiency and operational cost savings in modern data centers while supporting virtualization, databases, and content-heavy workloads.

Technical Details of HPE 15.36 TB Solid State Drive – 2.5" Internal – SAS (24Gb/s SAS) – Read Intensive

• Capacity: 15.36 TB
• Form Factor: 2.5-inch internal drive
• Interface: SAS, 24 Gb/s
• Drive Type: Read Intensive (RI) Enterprise SSD
• Protocol: SAS-based data transfer with enterprise-grade reliability features
• Use Case: Read caching, web servers, social media platforms, boot/swap storage, and other read-heavy workloads
• Ideal Deployment: Data centers requiring high IOPS, low latency, and large-scale read performance

how to install HPE 15.36 TB Solid State Drive – 2.5" Internal – SAS (24Gb/s SAS) – Read Intensive

Installing this HPE Read Intensive SAS SSD is a straightforward process in supported servers and storage enclosures. Follow these general steps to ensure a secure and reliable installation:

• Power down the server or storage array and disconnect all power sources to prevent accidental damage during installation.
• Verify compatibility: Confirm that your server or RAID controller supports 24 Gb/s SAS interfaces and 2.5" enterprise SAS SSDs. Check your hardware documentation or vendor compatibility lists.
• Prepare the drive tray: If your chassis uses hot-swappable trays, remove the empty tray and slide the HPE RI SSD into the tray, ensuring the connector aligns with the backplane.
• Insert and secure: Slide the drive into the backplane or drive bay until it clicks or seats firmly, then secure any latch or screw mechanisms per your chassis requirements.
• Configure in the OS or RAID controller: Power on the system and initialize the drive in your RAID controller or operating system storage manager. Create or extend arrays as needed and set any caching or tiering policies appropriate for your workload.
• Firmware and driver updates: Ensure the drive and controller are running the latest firmware and drivers to maximize compatibility and performance.
• Monitoring and validation: After installation, monitor SMART data, drive health, and I/O performance to verify proper operation and to preempt potential issues.
• Best practices: For read-intensive deployments, consider aligning cache policies, tiering strategies, and QoS settings to optimize throughput and IOPS for your specific workloads.

Frequently asked questions

• What is the primary use case for a Read Intensive SAS SSD? Read Intensive SSDs are optimized for workloads dominated by read operations, such as caching, boot drives, web servers, content delivery, and media streaming. They deliver strong read throughput and low latency to accelerate data access while offering large capacities for caching and data stores.
• Is this drive hot-swappable? If your server chassis supports hot-swapping, the drive can be installed or removed without powering down the system. Always follow your hardware manufacturer’s instructions and safety procedures when performing hot-swaps.
• Will this drive work with SAS 24Gb/s controllers? Yes. This drive is designed for SAS-based environments and will connect to compatible SAS controllers that support 24 Gb/s interfaces, enabling high-bandwidth data transfer in enterprise deployments.
• What benefits does the 15.36 TB capacity offer for a data center? A higher-capacity drive reduces the total number of drives needed to store data, simplifies storage architecture, enhances cache effectiveness, and can lower overall power, cooling, and management overhead while still delivering strong IOPS for read-heavy workloads.
• Are there specific maintenance considerations for RI SSDs? As with any enterprise SSD, monitor drive health and firmware, implement regular firmware updates, and maintain a defined backup and DR plan. Read-intensive drives rely on consistent caching behavior, so ensure your caching policies align with workload characteristics for optimal performance.