P08625-001 HPE 1.92TB SATA 6GBPS DS Mixed Use Solid State Drive.

Product Overview of HPE P08625-001 1.92TB SSD SATA SSD

The P08625‑001 HPE 1.92 TB SATA 6Gbps DS Mixed Use solid state drive category represents a refined class of enterprise‑grade storage devices tailored for mid to heavy workloads.

General Information

• Manufacturer: HPE
• Part Number: P08625-001
• Product Type: Enterprise Solid State Drive

Technical Specifications

• Storage Capacity: 1.92 Terabytes
• Drive Format: 2.5 Inch form factor
• Interface Speed: SATA 6GBPS
• NAND Type: Triple-Level Cell Flash Memory
• Connection Port: Single-Port Interface
• Insertion Type: Hot-Pluggable Module
• Enclosure: Smart Carrier Design
• Workload Usage: Optimized for Mixed Workload Environments
• Security: Digitally Signed Firmware for Enhanced Protection

Performance Benchmarks

• Drive Write Capacity: 10,000 writes over 30 days
• Endurance Rating: 3.10 DWPD (Drive Writes Per Day)
• Data Transfer Rate: Up to 600MBps External Bandwidth
• Sequential Read Speed: 530 MiB/s Maximum Throughput
• Latency: Average Write Latency of 52 Microseconds (4KiB, Q1)

System Compatibility & Servers

Compatible HPE ProLiant Server Models

• ProLiant DL180 Gen10 (2.5")
• ProLiant DL180 Gen10 Entry (2.5")
• ProLiant DL180 Gen10 SMB (2.5")
• ProLiant DL325 Gen10 (2.5")
• ProLiant DL325 Gen10 Base (2.5")
• ProLiant DL325 Gen10 Entry (2.5")
• ProLiant DL325 Gen10 Performance (2.5")
• ProLiant DL325 Gen10 Plus (2.5")
• ProLiant DL325 Gen10 SMB Solution (2.5")
• ProLiant DL325 Gen10 Solution (2.5")
• ProLiant DL360 Gen10 (2.5")
• ProLiant DL360 Gen10 Base (2.5")
• ProLiant DL360 Gen10 Entry (2.5")
• ProLiant DL360 Gen10 High Performance (2.5")
• ProLiant DL360 Gen10 Low Profile (2.5")
• ProLiant DL360 Gen10 Network Choice (2.5")
• ProLiant DL360 Gen10 Performance (2.5")
• ProLiant DL360 Gen10 SMB Edition (2.5")

Choosing this HPE P08625-001 1.92TB SSD

• Ideal for enterprise mixed-use environments
• Robust performance for read/write-intensive applications
• High endurance for mission-critical data workloads
• Certified compatibility with HPE ProLiant Gen10 servers
• Secure firmware and smart carrier make deployment easy and safe

Additional Features at a Glance

Enterprise-Class Storage Solution

• Reliability designed for data centers and business-critical operations
• Consistent throughput and low latency
• Supports a wide range of server configurations

Optimize Your Server with the HPE P08625-001 SSD

This high-performance solid-state drive offers the perfect balance between read and write operations, making it ideal for databases, virtualization, and high-demand server applications.

The P08625‑001 HPE 1.92TB SATA 6Gbps DS Mixed Use SSD

The P08625‑001 HPE 1.92 TB SATA 6Gbps DS Mixed Use solid state drive category represents a refined class of enterprise‑grade storage devices tailored for mid to heavy workloads. This classification encompasses storage modules engineered for consistent throughput, predictable latency, and endurance in demanding server environments. Within this category standard, subcategories may emerge by usage pattern (mixed use, read intensive, write intensive), interface type, and endurance rating. The P08625‑001 drive lies firmly in the “mixed use” segment, balancing read and write workloads while offering strong reliability and compatibility with HPE Gen10 systems.

Mixed Use SSDs in Enterprise Storage

Definition and Role of Mixed Use Drives

Mixed use solid state drives fall between ultra high endurance write drives and read‑optimized models. They are designed to serve workloads that involve frequent reads alongside regular writes. In virtualization, database caching, and many I/O‑intensive applications, a drive that can deliver both write throughput and read performance without degradation over time is essential. The P08625‑001 exemplifies this balance through symmetrical design and firmware optimizations that handle the blend of data operations smoothly.

Positioning Among SSD

Within the broader SSD category, users might distinguish three main subtypes: read‑intensive, mixed‑use, and write‑intensive. Read‑intensive drives optimize read operations at the cost of lifespan under writes; write‑intensive ones maximize durability under heavy writes but may be overkill (and much more expensive) for mixed workloads. The mixed use class, which includes P08625‑001, offers a compromise: endurance and performance high enough for sustained reads and occasional bursts of write traffic without overdesigning cost or sacrificing compatibility.

Technical Design and Specification Emphasis

Capacity and Form Factor Considerations

The 1.92 TB capacity positions the P08625‑001 in the upper mid‑tier of enterprise drives, fitting many modern server density requirements. The 2.5‑inch form factor ensures compatibility with most server drive bays, while the hot‑pluggable design allows administrators to replace or upgrade drives without powering down the system. This balance of capacity and portability makes it ideal for data centers that value both storage density and operational flexibility.

Interface and Connectivity Characteristics

Operating on SATA 6 Gbps, this drive supports the industry standard interface widely adopted across server platforms. The single‑port connectivity simplifies installation and wiring. Although newer interfaces like NVMe and SAS exist, SATA 6 Gbps remains relevant in many legacy and midrange systems. Its backward compatibility and ubiquity enhance deployability across a wide range of HPE servers.

NAND Memory and Firmware Engineering

At the heart of the P08625‑001 is Triple‑Level Cell (TLC) NAND flash, which offers a cost-effective compromise between density and endurance. To support enterprise workloads, firmware is digitally signed, offering security and integrity. The drive’s internal architecture handles wear leveling, bad block management, and error correction transparently for the host system. These features ensure long service life, stable performance, and predictable behavior under stress.

Performance Metrics and Endurance Profiles

Throughput, Latency, and Bandwidth

Performance in this category is judged not just by peak throughput but by consistency under load. The P08625‑001 delivers up to 600 MBps external transfer rate and a maximum sequential read throughput of 530 MiB/s. In random write operations with 4 KiB and a queue depth of 1, the average latency of 52 microseconds highlights the low overhead during small I/O operations. This is crucial in database and virtual machine workloads, where many small writes and reads occur concurrently.

Write Durability and DWPD Ratings

Endurance is critical in the mixed use category, as drives must survive both read and write stress. The P08625‑001 is rated for 10,000 writes across 30 days and a DWPD (Drive Writes Per Day) of 3.10, positioning it well for sustained use in business‑critical systems. Over the drive’s service life, this endurance rating ensures that it can handle repeated write cycles without unexpected failures or performance degradation.

System Compatibility and Integration

HPE ProLiant Gen10 Platforms

One of the hallmarks of the P08625‑001 category is its guaranteed compatibility with HPE ProLiant Gen10 servers in 2.5‑inch bays. Models such as DL180 Gen10, DL325 Gen10, and DL360 Gen10 support this drive natively. The smart carrier and firmware integration ensure seamless reporting, diagnostics, and replacement workflows within HPE server management tools.

Ease of Deployment and Hot‑Swap Functionality

The hot‑pluggable nature of this drive class supports safe insertion and removal under power, minimizing downtime during upgrades or replacements. This is especially relevant in dense rack environments where drive access is constrained. The smart carrier ensures mechanical alignment, thermal control, and proper airflow without additional host configuration.

Firmware and Integration

Drives in this category often include integration with host monitoring frameworks that expose drive health, wear metrics, temperature, and error statistics. The digitally signed firmware offers both assurance and control, enabling updates and diagnostics while preserving integrity. Administrators can track drive lifetime, usage patterns, and proactively replace a drive before failure.

Use Cases and Scenarios

Virtualization and VM Storage Roles

In virtualized environments with frequent read and write operations—such as boot storms, snapshot operations, or live migration—the P08625‑001 category excels. It maintains low latency when multiple virtual machines access storage simultaneously. The balance between read and write performance helps avoid bottlenecks common in drives optimized only for reads.

Database and Transactional Workloads

Database systems often perform a mixture of reads and writes. In transactional workloads, such as financial systems or order processing, the demand for consistent response under varying load is considerable. Drives in this category deliver the steady performance and durability needed for such workloads without overinvesting in high‑end write‑optimized SSDs.

Caching, Tiered Storage, and Mixed Workload Handling

Enterprises often use tiered storage, with high performance SSDs as caches or fast tiers, and larger HDDs for bulk storage. The P08625‑001 category fits as a middle tier—fast enough to serve cache or working set traffic, and reliable enough to sustain moderate write load. It also performs well in mixed workload zones such as web servers, application servers, and analytics nodes.

Wear Leveling, Overprovisioning & Error

Within this category, robust wear leveling algorithms distribute writes uniformly across NAND blocks. Overprovisioning reserves extra capacity for replacements, and powerful error correction codes (ECC) prevent data corruption. The P08625‑001 design includes these safeguards to maximize service life and consistent performance under stress.

Predictive Failure Analysis and SMART Data

A vital feature of enterprise SSDs is monitoring health through SMART attributes, predictive warning on block failures, and integration with server alerting systems. This category encourages preemptive drive replacement and reduces unplanned downtime. Administrators can intervene before drive failure, preserving data integrity and availability.

Thermal and Power Constraints

Drives in the mixed use class manage thermal conditions to avoid thermal throttling under load. They operate within typical power envelopes suitable for dense server enclosures. In this category, designs include temperature sensors and dynamic throttling to protect drive health, while still delivering consistent throughput.

Compared to Read‑Intensive SSDs

Compared with read‑intensive models, the mixed use class offers higher write tolerance at the cost of somewhat reduced read optimization. Though read‑intensive drives may offer slightly lower read latency or higher read IOPS, they lose durability under regular write traffic. The P08625‑001 strikes a more balanced value, better suited for environments with mixed I/O patterns.

Compared to Write‑Intensive SSDs

Write‑intensive drives push endurance to the limit and often carry a premium cost. Unless the workload is overwhelmingly write heavy, such drives may be overkill. Within the mixed use category, the P08625‑001 yields strong endurance (3.10 DWPD) but at lower cost and greater flexibility than pure write-optimized models.

Deployment Best Practices

Selecting the Right Capacity and Quantity

Within the P08625‑001 category, administrators should size capacity relative to working set demands and plan redundancy. A balanced deployment may distribute writes across multiple drives to avoid saturation. Overprovisioning at the drive level and logical data striping help maintain performance headroom and longevity.

Firmware Updates

Regular firmware upgrades, when offered by HPE, help maintain drive stability, bug fixes, and compatibility enhancements. Because the firmware is digitally signed, updates must be compatible with underlying hardware and server management tools. Scheduling updates during maintenance windows ensures minimal impact to live systems.

Future Trends in Mixed Use SSDs

Emerging NAND Technologies and Performance Gains

Advancements in 3D NAND, quad-level cell (QLC) optimization, and next-generation error correction techniques will push the boundaries of capacity and endurance. In the mixed use category, upcoming drives may offer higher TB capacities, lower latencies, and better thermal efficiency while maintaining cost control.

Interface Evolution Beyond SATA

While this category currently centers on SATA 6 Gbps interface, NVMe and PCIe interfaces are becoming mainstream in enterprise storage. However, legacy systems and budget constraints preserve the relevance of SATA-based mixed use drives. Over time, hybrid platforms may support both SATA and newer protocols to ease migration.