P07192-H21 HPE 1.92TB NVME SSD

Comprehensive Overview of HPE P07192-H21 1.92TB NVMe U.2 PCIe x4 Solid State Drive

Advanced Storage Solution for Enterprise Environments

The HPE P07192-H21 1.92TB Solid State Drive delivers next-generation speed and efficiency for data-intensive workloads. Designed for HPE ProLiant servers, this 2.5-inch SFF NVMe U.2 TLC SSD ensures high read performance, low latency, and reliability backed by digitally signed firmware for secure operations in enterprise systems.

Main Specifications and Highlights

• Manufacturer: Hewlett Packard Enterprise (HPE)
• Part Number: P07192-H21
• Storage Capacity: 1.92TB
• Interface Type: NVMe U.2 PCIe x4
• Form Factor: 2.5-inch Small Form Factor (SFF)
• Flash Memory Type: TLC (Triple-Level Cell)
• Device Type: Hot-swappable Solid State Drive
• Connectivity: Single Port
• Firmware: Digitally Signed for Security
• Carrier: HPE Smart Carrier NVMe (SCN)
• Workload Category: Read-Intensive Applications

Performance and Data Throughput

This mainstream performance SSD achieves superior I/O efficiency for fast data access and consistent workload optimization. Built for environments demanding low latency and high-speed transfers, the HPE P07192-H21 excels in read-heavy operations.

Performance Metrics

• Sequential Read Throughput: Up to 3150 MiB/s
• Sequential Write Throughput: Up to 2500 MiB/s
• Random Read IOPS (4KiB, Q=16): 125,000
• Random Write IOPS (4KiB, Q=16): 91,000
• Maximum Random Read IOPS: 570,000 @ Q256
• Average Read Latency (4KiB, Q1): 135 µs
• Average Write Latency (4KiB, Q1): 22 µs
• Endurance (DWPD): 1 Drive Write Per Day
• 30-Day Write Capacity: 3,500

Power Efficiency and Consumption

Built for optimized energy usage, the HPE 1.92TB NVMe SSD consumes minimal power without compromising on performance. Its adaptive power management ensures stability and reliability even under demanding workloads.

Power Usage Details

• Idle Power: 4.84 W
• Random Read Power: 6.26 W
• Random Write Power: 6.26 W
• Sequential Read Power: 6.26 W
• Sequential Write Power: 9.47 W
• Maximum Consumption: 10.65 W

Physical Dimensions and Build Quality

The compact and robust design of this HPE Smart Carrier NVMe Drive ensures easy integration into a wide range of HPE servers, supporting efficient hot-swap replacement and stable operation.

Product Dimensions

• Height: 5.50 inch (13.97 cm)
• Width: 7.25 inch (18.41 cm)
• Depth: 8.75 inch (22.23 cm)
• Weight: 1.10 lbs (0.50 kg)

Connectivity and Compatibility

The HPE P07192-H21 NVMe SSD is engineered for full compatibility across HPE ProLiant Gen10 servers, ensuring optimal integration within enterprise data centers and performance-optimized infrastructure.

Connectivity Interface

• Interface: PCIe NVMe
• Bay Compatibility: 2.5-inch Small Form Factor (SFF)
• Plug Type: Hot Pluggable
• Connection: Single Port Configuration

Platform Support and Integration

Fully validated for a wide array of HPE ProLiant BL, DL, and ML Gen10 Series Servers, the drive provides the performance and durability enterprises need for database acceleration, virtualization, and cloud workloads.

Supported Server Platforms

• ProLiant BL Series: BL460c Gen10 (2.5-inch)
• ProLiant DL Series: DL325, DL360, DL380, DL385, DL388, DL560, DL580 Gen10 (2.5-inch models)
• ProLiant ML Series: ML350 Gen10 (Base, Entry, Performance, SMB, and Solution variants)

HPE P07192-H21 1.92TB 2.5-Inch SFF NVMe U.2 PCIe x4 Read Intensive SSD

The HPE P07192-H21 1.92TB NVMe U.2 PCIe x4 Solid State Drive belongs to the high-performance category of HPE enterprise-class NVMe SSDs designed for servers that require consistent, low-latency, and reliable data access. This 2.5-inch SFF TLC NAND Read Intensive SSD is engineered with digitally signed firmware and a smart carrier (SCN) to ensure both security and seamless manageability within HPE ProLiant Gen10, Gen10 Plus, and Gen11 servers. Categorically, this drive exemplifies the next generation of Mainstream Performance NVMe storage, providing enterprise organizations with an ideal balance between throughput, endurance, and data integrity for read-heavy workloads in data centers, virtual environments, and high-speed applications.

Overview of NVMe U.2 PCIe x4 Drive Architecture

The HPE P07192-H21 adopts the NVMe protocol running over a PCI Express Gen3 x4 interface, enabling much higher data transfer speeds compared to traditional SAS or SATA interfaces. This architecture delivers minimal latency, improved IOPS performance, and faster response times for applications where immediate data access is critical. The U.2 interface provides a standardized, hot-swappable form factor that ensures compatibility with HPE’s U.2-enabled backplanes, offering both performance and serviceability advantages for enterprise data center environments. The 1.92TB capacity makes this drive a balanced choice for enterprises seeking scalability, efficiency, and long-term reliability in their NVMe infrastructure deployments.

Digitally Signed Firmware and Smart Carrier (SCN) Integration

One of the standout features of this HPE P07192-H21 SSD category is its digitally signed firmware, a crucial security measure to prevent unauthorized code from running on the drive. This feature ensures firmware authenticity and protects the data integrity against tampering or malware infiltration, a must-have for mission-critical applications and government or financial sectors requiring stringent compliance. Additionally, the Smart Carrier (SCN) integration provides an intelligent front panel interface with LED indicators that display drive status, activity, and predictive failure alerts, enabling proactive maintenance and reducing unplanned downtime. These features make it ideal for administrators managing large-scale server environments.

Mainstream Performance for Enterprise Workloads

The Mainstream Performance NVMe SSD category represents a balanced class of enterprise storage devices that bridge the gap between cost efficiency and superior read performance. The HPE P07192-H21 provides optimized throughput for read-intensive operations such as virtualized workloads, online transaction processing (OLTP), database querying, and content delivery systems. The 1.92TB TLC NAND configuration offers strong endurance relative to read-heavy use cases, ensuring long-term durability while maintaining excellent cost-per-GB metrics for large deployments. It combines efficient power management and sustained bandwidth delivery, aligning perfectly with HPE’s server performance and reliability standards.

Read Intensive (RI) Workload Optimization

In the enterprise SSD classification, Read Intensive drives like the P07192-H21 are specifically designed to handle environments where read operations far exceed write cycles. This category serves workloads that rely heavily on data retrieval rather than frequent rewrites—such as big data analytics, virtualization, media streaming, and web server caching. The NVMe U.2 PCIe x4 interface enhances read efficiency by bypassing traditional SATA controller bottlenecks, allowing faster access paths to the storage media and minimizing latency to microseconds. These drives also operate at lower power consumption levels while sustaining performance across a variety of queue depths and access patterns.

Advantages of NVMe over SAS and SATA Interfaces

One major aspect of this drive category is its migration from legacy SAS 12Gbps or SATA 6Gbps interfaces to PCIe NVMe, providing a substantial leap in performance. The HPE P07192-H21 leverages the parallel command architecture of NVMe, enabling up to 64K queues and 64K commands per queue, compared to the single-queue limitations of SATA or SAS protocols. This technical advancement translates to higher IOPS, lower latency, and improved scalability for next-generation data center applications. The reduced protocol overhead of NVMe ensures more efficient communication between the host and the SSD controller, which results in faster response times for business-critical workloads that demand consistent performance.

2.5-Inch SFF Form Factor for Flexible Integration

The 2.5-inch Small Form Factor (SFF) has become the industry standard for enterprise drives due to its optimal balance between performance density and manageability. The HPE P07192-H21 1.92TB SSD adheres to this compact form factor, ensuring easy installation across various HPE ProLiant and Apollo systems equipped with U.2 NVMe slots. This SFF design allows organizations to maximize storage density within 1U or 2U rack-mounted systems, making it ideal for data centers with limited space and power budgets. Furthermore, the form factor’s mechanical reliability and hot-swappable nature simplify maintenance and enable rapid scalability without affecting uptime.

Technology Foundation: TLC NAND Flash and Endurance Design

The Triple-Level Cell (TLC) NAND flash architecture used in the HPE P07192-H21 SSD is designed to provide an excellent compromise between capacity, performance, and endurance. TLC NAND stores three bits per cell, increasing data density while maintaining reliability through advanced error correction algorithms, wear-leveling, and over-provisioning. The read-intensive optimization ensures that endurance levels are aligned with expected workloads—typically around one drive write per day (1 DWPD)—making this SSD perfect for long-term deployment in systems where read traffic dominates. Combined with HPE’s enterprise firmware enhancements, this drive delivers sustained performance even under prolonged high read activity.

Data Protection and Reliability Mechanisms

The HPE P07192-H21 NVMe SSD is built with enterprise-grade data integrity mechanisms, including end-to-end data path protection, error correction code (ECC), and power loss protection. These technologies ensure that data is never corrupted during transfer between host and NAND cells, even during power anomalies or unexpected shutdowns. The digitally signed firmware adds another layer of assurance by verifying code authenticity during firmware updates. HPE’s built-in reliability testing further guarantees that the drive meets stringent standards for continuous operation in high-availability environments, protecting mission-critical applications from data loss and unplanned service interruptions.

Secure Firmware and Lifecycle Management

Security is one of the cornerstones of this category. The digitally signed firmware embedded in the P07192-H21 prevents the installation of unauthorized firmware, mitigating potential security breaches that could compromise system integrity. Administrators can safely deploy updates knowing the firmware has been authenticated by HPE’s cryptographic signing process. This feature aligns with global compliance standards and cybersecurity best practices, offering IT departments confidence that all firmware operations remain secure and traceable within enterprise networks.

Performance Metrics and Throughput Efficiency

The NVMe U.2 PCIe Gen3 x4 interface enables the P07192-H21 to deliver exceptional read throughput, often exceeding 3,000 MB/s in sequential read scenarios, and more than 500,000 IOPS in random read operations. This performance level enables faster application load times, rapid database indexing, and smooth virtualization management for read-heavy environments. The latency is reduced to microsecond levels, ensuring instant responsiveness across multiple concurrent workloads. Even in multi-tenant virtual environments, the consistent performance curve ensures service-level agreement (SLA) compliance for business-critical applications requiring uninterrupted access and fast query resolution.

Power Efficiency and Thermal Control

As part of the HPE Mainstream NVMe SSD family, the P07192-H21 is optimized for power-efficient operation, reducing data center energy consumption while maintaining consistent performance. The drive incorporates dynamic power management features that intelligently adjust power draw depending on workload intensity. Additionally, HPE’s firmware-controlled thermal throttling ensures that the drive remains within safe temperature ranges without affecting stability or data integrity. These power and thermal management features make the SSD suitable for dense, high-performance computing environments that operate 24/7 under variable workloads.

Integration in HPE Server Ecosystems

Compatibility and seamless integration are central to this SSD’s category. The HPE P07192-H21 1.92TB NVMe drive is validated for use across a wide range of HPE ProLiant, Synergy, Apollo, and DL/ML series servers. This ensures plug-and-play compatibility through native firmware recognition and automatic drive health reporting within HPE iLO (Integrated Lights-Out) and HPE Smart Storage Administrator (SSA). The drive’s Smart Carrier communicates directly with server management interfaces to deliver real-time analytics on drive performance, temperature, and predictive failure analysis, enhancing system monitoring and proactive support.

Scalability for Data Center and Cloud Infrastructures

The category of Mainstream NVMe U.2 SSDs such as the P07192-H21 is particularly beneficial for enterprises scaling their data centers or private cloud architectures. As workloads grow and data traffic intensifies, these SSDs deliver the scalability and performance needed for hyper-converged infrastructures (HCI), software-defined storage (SDS), and virtual desktop infrastructures (VDI). Their predictable latency, high throughput, and low failure rates ensure that businesses can expand capacity without degrading performance or reliability. Furthermore, NVMe’s support for parallel I/O streams allows multi-core processors to utilize the drive’s full bandwidth, improving total system efficiency across virtualized clusters.

Use Cases and Application Scenarios

The HPE P07192-H21 1.92TB NVMe SSD caters to a wide array of enterprise applications. Its read-intensive profile makes it ideal for content distribution networks, data warehousing, edge computing, machine learning inference, and online analytics processing (OLAP). Organizations implementing hybrid cloud solutions benefit from its speed and security, while developers and IT administrators can rely on its low-latency characteristics for building high-performance database clusters and virtual machine infrastructures. Its durability, combined with HPE’s enterprise-grade validation, ensures predictable operation in always-on environments where downtime is unacceptable.

Reliability, Endurance, and Lifecycle Management

Reliability is paramount in this category, and the P07192-H21 SSD is engineered for longevity under sustained workloads. The Mean Time Between Failures (MTBF) typically exceeds 2 million hours, while built-in SMART diagnostics provide detailed health monitoring and predictive failure alerts. Endurance ratings are optimized for read-intensive use cases, ensuring the drive retains consistent performance throughout its lifecycle. By employing robust wear-leveling and garbage collection algorithms, HPE ensures that write operations are evenly distributed, minimizing cell degradation and extending the drive’s usable life.

Enterprise-Grade Data Security Features

Data security is reinforced through multiple mechanisms such as digitally signed firmware, end-to-end encryption compatibility, and secure erase commands. The drive can be integrated into secure boot environments, providing cryptographic assurance that firmware and boot files are not compromised. HPE’s secure firmware lifecycle management ensures authenticity at every stage—from manufacturing to field deployment. For enterprises concerned with data sovereignty and compliance, these protections align with global regulatory requirements for data privacy and protection.

Maintenance and Predictive Analytics Support

Through HPE’s Smart Storage Administrator (SSA) and Integrated Lights-Out (iLO) management tools, administrators can view detailed drive health statistics, temperature metrics, and utilization trends. Predictive failure analysis (PFA) leverages telemetry data from the Smart Carrier to issue alerts before actual drive degradation impacts service continuity. This proactive health management significantly reduces unplanned maintenance, ensuring that replacements or upgrades can be scheduled without interrupting workloads. Such predictive insights are a hallmark of HPE’s data center management philosophy and a key differentiator within this SSD category.