P19807-H21 HPE 960GB 2.5Inch NVME PCIE SSD

HPE P19807-H21 960GB SFF SSD

The HPE P19807-H21 960GB SFF DS NVMe PCI-E SCN Read Intensive Server SSD is positioned as an enterprise-grade, mainstream performance NVMe drive engineered for read-heavy server workloads. This drive adopts a 2.5-inch small form factor (SFF) with a dual-sided (DS) layout and connects via NVMe over PCIe lanes to deliver dramatically lower latency compared with traditional SATA devices. It is optimized for environments where high read IOPS, predictable latency and data integrity are prioritized while maintaining cost efficiency compared with higher endurance, Mixed-Use enterprise parts.

HPE 960GB NVMe SSD

Interface

The drive conforms to the 2.5-inch SFF profile preferred in dense server arrays and offers hot-swappable capability when used in supported HPE ProLiant chassis. Its NVMe interface uses PCIe lanes to enable full NVMe functionality — parallel command sets, multiple submission and completion queues, and the NVMe register model — which together provide significantly higher I/O throughput and lower CPU overhead relative to legacy storage interfaces. Many versions of this SSD also ship in the U.3 (SFF-TA-1001) host connector family for broad compatibility with modern HPE server backplanes, however the SFF mechanical profile remains consistent. Because of the compact SFF design, the drive is suitable for blade, rack and tower ProLiant configurations where slot density and airflow are design constraints.

Capacity

With 960GB of raw user capacity, the P19807-H21 sits in the sweet spot between cost per gigabyte and usable capacity for many enterprise applications. It is classified as a Read-Intensive (RI) drive in HPE’s Mainstream Performance (MP) family, indicating that it has been tuned and endurance-rated for workloads dominated by read operations: content delivery, web serving, large-scale analytics reads, database OLAP queries and many caching/tiering roles. The read-optimized firmware behavior favors higher read IOPS and sustained sequential read throughput while providing a durable and predictable quality of service under heavy read patterns. This workload targeting makes it an economical choice when read activity is substantially higher than write activity and when customers want NVMe latency and throughput without the cost premium of mixed-use or write-intensive enterprise SSDs.

Compatibility

HPE explicitly lists compatibility between this SSD family and ProLiant Generation10 and Gen10 Plus server families, making it a straightforward replacement or upgrade option for those platforms. Compatibility covers mechanical fit, interface compatibility and firmware pairing requirements that ensure the drive cooperates with HPE RAID and storage controllers or NVMe backplanes as designed. When stocking spares or conducting large fleet upgrades, using HPE-qualified SKUs reduces integration risk and simplifies support interactions because the drive is recognized in HPE system inventories and diagnostic workflows. Cross-referencing HPE spare part numbers and Smart Buy part numbers is useful for maintenance contracts and large scale procurement runs.

Enterprise Features and Reliability

Use Cases

Common use cases where the P19807-H21 excels include read-cache layers in hyper converged platforms, front-end web servers that serve static assets, analytics clusters where large datasets are scanned frequently, content delivery nodes for media or image repositories, and virtual desktop infrastructure read caching. In multi-tier storage architectures it is natural to place these read-intensive NVMe drives at the performance tier ahead of bulk storage to soak up hot reads and reduce load on slower backends. The drives are also appealing for edge server deployments that need NVMe performance in a small footprint and where read activity dominates update levels. Integration with HPE’s ecosystem and firmware compatibility makes them practical choices in enterprise, telco, and hosted environments that standardize on HPE hardware.

Read-Intensive NVMe Drive

There are situations where a read-intensive NVMe device is the wrong tool. For write-heavy databases, log-intensive transaction stores, or high-frequency virtualized desktops with heavy writebacks, a mixed-use or write-intensive enterprise NVMe SSD with stronger TBW and write caching protections is more suitable. Similarly, when cost per gigabyte is the sole driver and performance is secondary, bulk SATA/Multi-Vendor SSDs may make more sense. Finally, small scale single-server projects that don’t require vendor support may find consumer NVMe drives adequate, though these lack enterprise firmware validation and lifecycle services. Recognizing workload characteristics up front prevents unexpected replacement costs and performance shortfalls during production.

NAND Flash Technology

HPE utilizes high-quality 3D NAND flash memory in the P19807-H21, which offers improved density, better power efficiency, and enhanced endurance compared to planar NAND technologies. The specific type of NAND selected balances performance, endurance, and cost-effectiveness for read-intensive applications.