HPE 1.92 GB Solid State Drive - E3.S Internal - PCI Express NVMe (PCI Express NVMe 5.0) - Read Intensive

HPESKU: 7319020

Price:
Sale price$4,483.57

Description

HPE 1.92 TB NVMe Read Intensive E3.S PCIe 5.0 SSD

Designed for data centers that demand speed, reliability, and efficiency, the HPE 1.92 TB NVMe Read Intensive (RI) E3.S solid-state drive delivers enterprise-grade performance for read-heavy workloads. Built to optimize storage throughput in modern servers, this PCIe 5.0 NVMe SSD supports mainstream enterprise needs—from database acceleration to high-throughput analytics—while minimizing power draw and maximizing I/O consistency. With a robust 3-year warranty and a form factor purpose-built for dense server configurations, it’s a scalable solution for growing data centers, edge deployments, and mission-critical workloads that require dependable, low-latency access to frequently accessed data. This drive is ideal for read-intensive environments where rapid data retrieval, improved response times, and predictable I/O patterns translate into faster business results and superior user experiences.

  • High-performance NVMe RI architecture: Engineered for sustained read throughput, this drive leverages PCIe 5.0 bandwidth to deliver rapid access to frequently read data. Its Read Intensive (RI) profile targets workloads such as database caching, metadata retrieval, and streaming analytics, where fast reads significantly reduce latency and boost overall application responsiveness. By focusing on read-heavy performance, it helps data centers accelerate tiered storage strategies and improve service levels without compromising reliability.
  • Enterprise reliability in a dense E3.S form factor: The E3.S standard form factor is designed for dense deployments in modern data center servers and storage enclosures. The HPE RI SSD provides enterprise-grade endurance and robust error correction, ensuring data integrity across heavy read workloads. Users benefit from predictable performance under load, reduced drive rebuild times, and a consistent I/O profile that supports mission-critical applications and large-scale virtualization environments.
  • Efficient, cooler operation for data center cooling savings: Read-intensive workloads generally generate less write amplification and power than mixed or write-heavy drives, contributing to lower thermal output in active data center environments. This translates to improved cooling efficiency, quieter operation, and potential energy savings across rack deployments. The drive’s efficiency complements server-level optimizations and aids in overall data center power management, helping operators stretch cooling budgets further without sacrificing performance.
  • Three-year warranty and HP support ecosystem: Backed by a 3-year limited warranty, the HPE RI SSD integrates seamlessly with HP and HPE-branded server solutions, providing predictable post-purchase support and firmware updates. This warranty coverage reduces total cost of ownership and offers confidence for deployments in enterprise, cloud, and hyperscale environments, where hardware reliability shores up service-level agreements and long-term resilience.
  • Optimized for enterprise and datacenter workloads: Targeted at mainstream performance needs in data centers, this drive pairs with HP servers to accelerate read-heavy applications such as OLAP reporting, data warehousing, content delivery, and virtual desktop read caches. Its compatibility with PCIe 5.0 ensures future-ready bandwidth, enabling data centers to scale their storage tiers as workloads evolve while maintaining consistent read latency and low jitter across nodes.

Technical Details of HPE 1.92 TB NVMe Read Intensive PCIe 5.0 SSD

  • Capacity: 1.92 TB
  • Form Factor: HPE E3.S internal SSD
  • Interface: PCIe 5.0 NVMe, x4 lanes
  • Workload Class: Read Intensive (RI)
  • Performance Orientation: Mainstream enterprise throughput for read-heavy applications
  • Target Environments: Enterprise and datacenter deployments, server and storage enclosures that support E3.S
  • Warranty: 3-year limited warranty with HP support
  • Reliability & Data Integrity: Enterprise-grade error correction and endurance suitable for sustained read workloads

How to Install HPE 1.92 TB NVMe Read Intensive PCIe 5.0 SSD

  • Prepare your server: Confirm that your server or storage node supports PCIe 5.0 NVMe and the E3.S form factor. Review your motherboard or backplane documentation to ensure compatibility with NVMe drives and the E3.S slot configuration.
  • Back up data and power down: Before installation, perform a complete backup of any critical data. Power down the server and unplug it from the power source to prevent any electrical damage during the installation process.
  • Access the drive bay or PCIe slot: Remove the server cover or access panel following the manufacturer’s guidelines. Identify the appropriate NVMe drive bay or PCIe slot that supports E3.S drives, taking care to avoid loose components and static discharge.
  • Insert and secure the drive: Align the drive with the slot or backplane connector and firmly seat it. Secure the drive with the appropriate screws or latches as dictated by your server model. Ensure a solid mechanical fit to avoid disconnects during operation.
  • Power up and verify: Reassemble the server, reconnect power, and boot. Enter the system BIOS/UEFI to verify the drive is recognized. Check NVMe drive settings, PCIe lane configuration, and ensure the drive is presented to the operating system.
  • Install firmware and drivers: If applicable, apply the latest firmware updates from HP/HPE and install any necessary storage drivers. This ensures optimal compatibility and performance for Read Intensive workloads.
  • Partition, format, and configure: In your operating system or virtualization layer, create the appropriate partitions and file systems for the RI SSD. Align partitions to the drive’s performance characteristics and consider configuring hot spares or tiering policies if using with a larger storage array.
  • Monitor and maintain: Regularly monitor SMART attributes, endurance indicators, and firmware health. Schedule proactive maintenance windows to apply updates and verify data integrity for long-term reliability.

Frequently asked questions

  • What is Read Intensive (RI) and how does it differ from other NVMe drive classes? Read Intensive drives are optimized for workloads with high read ratios and lower write activity. They provide strong read throughput and low latency for read-dominant applications, while typically offering different endurance and write characteristics compared to Mixed-IO or Write-Intensive (WI) SSDs. RI drives are well-suited for caching, metadata access, and read-heavy databases where rapid data retrieval improves application performance.
  • Is this HPE drive compatible with my HP/HPE server or data center environment? Yes, this drive is designed for HPE servers and datacenter configurations that support the E3.S form factor and PCIe 5.0 NVMe interfaces. Always verify your server’s validated hardware compatibility list (HCL) and driver support to ensure optimal operation and firmware alignment with your specific model and BIOS version.
  • What workloads are best suited for the 1.92 TB RI NVMe SSD? This drive excels in read-heavy workloads such as database caching, analytical query acceleration, metadata services, virtual desktop infrastructure read paths, content delivery and streaming caching, and other enterprise applications requiring fast, predictable reads with minimal write burden.
  • What warranty and support come with this SSD? The drive carries a 3-year limited warranty, backed by HP support. This warranty covers typical hardware defects and helps ensure long-term reliability in mission-critical deployments, with access to firmware updates and service options as part of the HP support ecosystem.
  • What performance benefits can I expect after installation? You can expect improved read throughput, reduced I/O latency, and more consistent performance for read-heavy workloads. This translates to faster data access, quicker query results, and smoother application performance, especially in data-intensive environments where read operations dominate and latency sensitivity is critical.
  • How should I configure this SSD within a storage architecture? For optimal results, integrate the RI NVMe SSD into a tiered storage strategy or as a high-speed cache layer for frequently accessed data. Consider pairing with higher endurance write-intensive drives for balanced storage tiers and implement firmware updates and health monitoring to maintain peak performance and reliability over time.

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