P07192-K21 HPE 1.92TB NVME SSD Signed Firmware

HPE P07192-K21 1.92TB NVMe U.2 PCIe x4 SSDThe HPE P07192-K21 1.92TB 2.5-inch SFF TLC NVMe U.2 PCIe x4 SSD is designed for exceptional read-intensive workloads, ensuring consistent speed, low latency, and secure data processing. With its digitally signed firmware, this drive delivers superior integrity and compatibility across HPE ProLiant servers, blades, and Synergy platforms.

Key Specifications and Highlights

• Manufacturer: Hewlett Packard Enterprise (HPE)
• Part Number / SKU: P07192-K21
• Drive Type: Solid State Drive (SSD) – Hot Swappable
• Storage Capacity: 1.92 Terabytes
• Interface: NVMe U.2 PCIe Gen3 x4
• Form Factor: 2.5-inch Small Form Factor (SFF)
• NAND Technology: Triple-Level Cell (TLC)
• Firmware: Digitally Signed (DS) for enhanced security
• Carrier Type: HPE Smart Carrier NVMe (SCN)
• Usage Type: Read Intensive (Mainstream Performance)

Advanced Drive Technology

Engineered for data center reliability and cloud efficiency, the HPE P07192-K21 integrates TLC NAND flash memory with PCIe NVMe architecture to deliver exceptional I/O throughput and minimal latency.

Enhanced Connectivity and Hot-Swap Design

• Seamless integration into HPE ProLiant servers
• Hot-pluggable NVMe interface for easy replacement
• Smart Carrier NVMe (SCN) design for improved monitoring and thermal control
• Single-port configuration ensures optimal connection stability

Technical Performance Overview

This enterprise-grade SSD achieves balanced read and write performance for demanding workloads such as virtual machines, analytics, and cloud computing operations.

• Maximum Sequential Read: Up to 3150 MiB/s
• Maximum Sequential Write: Up to 2500 MiB/s
• Random Read IOPS (4KiB): 570,000 @Q256
• Random Write IOPS (4KiB): 91,000 @Q16
• Latency (4KiB Q1): Read 135 μs / Write 22 μs
• Drive Writes Per Day (DWPD): 1.0
• 30 Days Write Endurance: 3,500

Power Efficiency and Thermal Control

The drive is built for energy-efficient performance, minimizing power draw without compromising reliability or speed.

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

Mechanical and Physical Design

• Drive Height: 15.00 mm (0.60 inch)
• Width: 7.25 inch (18.41 cm)
• Depth: 8.75 inch (22.23 cm)
• Weight: 1.10 lbs (0.50 kg)

Compatibility and Supported Platforms

The HPE P07192-K21 SSD is validated for a wide range of HPE ProLiant server models, ensuring maximum interoperability and consistent performance in enterprise environments.

Compatible HPE Server Series

• BL Series: BL460c Gen10 (2.5-inch)
• DL Series: DL325, DL360, DL380, DL385, DL388, DL560, DL580 Gen10 variations
• ML Series: ML350 Gen10 (Base, Entry, High-Performance, SMB, Solution, Sub-Entry)

Server Integration Benefits

• Optimized for HPE Synergy and ProLiant BladeSystem
• Designed for read-heavy virtualization and database operations
• Supports data integrity verification via digitally signed firmware
• Reduces system latency for mission-critical workloads

Performance Advantages of HPE P07192-K21 SSD

• Exceptional sequential throughput for fast data retrieval
• Enhanced random I/O operations for multitasking efficiency
• Reliable firmware validation ensures data protection
• Lower power usage for optimized energy savings
• Ideal for data centers, virtualization platforms, and business-critical servers

Read-Intensive Applications

This drive excels in workloads where frequent data retrieval is required, such as:

• Online transaction processing (OLTP)
• Database acceleration
• High-volume web serving
• Content delivery networks (CDN)
• Virtual desktop infrastructure (VDI)

Data Security and Reliability Features

• Digitally signed firmware prevents unauthorized access or modification
• Advanced ECC and end-to-end data path protection
• Consistent latency and predictable quality of service (QoS)
• Enhanced reliability through HPE’s Smart Carrier management

Environmental and Operational Efficiency

• Reduced heat output for lower cooling requirements
• Optimized power efficiency for 24/7 uptime
• Hot-swap capability enables non-disruptive maintenance

HPE P07192-K21 1.92TB SFF TLC NVMe U.2 PCIe x4 RI Solid State Drive 

The HPE P07192-K21 1.92TB 2.5-inch SFF NVMe U.2 PCIe x4 Read Intensive Solid State Drive (SSD) represents a high-performance, enterprise-grade data storage solution engineered for speed, reliability, and compatibility across HPE ProLiant and Apollo servers. Belonging to the family of HPE Mainstream Performance NVMe U.2 drives, this model is optimized for read-intensive workloads, delivering excellent latency, throughput, and endurance while maintaining energy efficiency and data security through digitally signed firmware. This category of SSDs is specifically designed to provide exceptional responsiveness in environments where fast read access and predictable performance are critical, such as in analytics systems, virtualized infrastructures, and database workloads that rely heavily on frequent read operations.

NVMe U.2 PCIe x4 Interface for High-Speed Data Access

One of the defining technical characteristics of the HPE P07192-K21 and its product category is its NVMe U.2 PCIe Gen3 x4 interface, which ensures a direct connection to the CPU, reducing latency and maximizing throughput. Unlike traditional SATA or SAS interfaces, the PCIe NVMe architecture bypasses legacy controller bottlenecks, providing multiple parallel queues for data transactions. This results in significantly lower input/output overhead, allowing servers to process large amounts of data faster and more efficiently. The NVMe protocol is optimized for modern multicore processors, ensuring scalable performance across diverse workloads ranging from virtualization and web hosting to machine learning inference and large-scale data indexing.

Advantages of U.2 NVMe Form Factor

The 2.5-inch U.2 SFF form factor combines the flexibility of traditional drive bay compatibility with the ultra-fast interface of PCIe storage. The HPE P07192-K21 fits seamlessly into server infrastructures that support NVMe backplanes, offering simplified integration without sacrificing performance. Its hot-pluggable capability ensures serviceability and reduced downtime, enabling enterprises to replace or upgrade drives without shutting down servers. Additionally, the U.2 interface’s robust connector design allows for reliable operation even under high IOPS conditions, making it ideal for mission-critical enterprise environments that demand continuous uptime and data integrity.

PCI Express x4 Bandwidth Efficiency

With four PCIe lanes, each capable of transferring data at up to 8 GT/s per lane under PCIe Gen3, the HPE P07192-K21 SSD achieves impressive bandwidth utilization. This design supports up to 32 GT/s in full-duplex communication, drastically enhancing input/output operations per second (IOPS) and minimizing latency in data access. Such efficiency positions the SSD within a premium tier of mainstream performance NVMe drives that deliver sustained throughput consistency even under demanding enterprise workloads. These bandwidth optimizations contribute directly to faster boot times, rapid application load sequences, and overall system responsiveness across diverse compute architectures.

Read Intensive Drive Architecture and Use Cases

The read intensive classification of the HPE P07192-K21 SSD makes it ideal for workloads that prioritize read-heavy operations over frequent writes. Applications such as web content delivery, streaming data platforms, and large-scale databases greatly benefit from its low latency and fast random read performance. This category of drives is engineered with TLC NAND flash memory optimized for endurance balance, ensuring reliability even in 24/7 operational environments where read access patterns dominate. The drive’s internal firmware algorithms intelligently manage write cycles, garbage collection, and wear-leveling, ensuring data retention and consistent performance over the drive’s operational lifespan.

TLC NAND Technology Benefits

Triple-Level Cell (TLC) NAND flash forms the backbone of the HPE P07192-K21’s data storage architecture. It provides an optimal balance between storage density, performance, and endurance. By storing three bits per cell, TLC flash allows for higher capacity within the same footprint compared to MLC or SLC NAND. However, thanks to HPE’s advanced firmware tuning, controller logic, and over-provisioning mechanisms, the performance remains high, delivering fast read response times and reliable operation for enterprise-class workloads. The inclusion of error correction codes (ECC) and dynamic wear-leveling further enhances the reliability of the storage media, protecting data integrity in intensive operational cycles.

Read-Intensive Optimization in Real-World Deployments

In real-world deployment scenarios, the HPE P07192-K21 NVMe SSD provides measurable performance advantages in environments such as virtual machine boot stores, content delivery networks (CDNs), and AI/ML inference nodes that rely heavily on model reads rather than constant writes. The drive’s low read latency ensures near-instantaneous data retrieval, minimizing query response times and improving end-user experience. For businesses using database systems like MySQL, PostgreSQL, or Oracle that require frequent SELECT operations with fewer transactional updates, the P07192-K21 delivers consistent throughput that scales with concurrent user demand.

Digitally Signed Firmware and Secure Supply Chain Validation

A key differentiator for the HPE P07192-K21 and other enterprise-class HPE NVMe drives is the inclusion of digitally signed firmware. This technology provides a cryptographically verified chain of trust from HPE’s secure manufacturing environment to the data center. Each firmware package is signed using an HPE-managed private key, ensuring authenticity and integrity during updates. When a system attempts to load firmware onto the drive, the digital signature is validated against a public key stored in the device, preventing unauthorized firmware modifications or tampering attempts. This security feature is essential for maintaining compliance with enterprise cybersecurity policies and protecting against supply chain attacks.

Data Security and Integrity Management

Beyond signed firmware, the HPE P07192-K21 incorporates advanced end-to-end data path protection, ensuring that every data bit is verified from host interface to NAND storage. This mechanism guards against silent data corruption and ensures reliability even in long-term storage scenarios. The drive also supports secure erase functions compliant with industry standards, enabling administrators to safely decommission or repurpose hardware without exposing sensitive data remnants. These capabilities make the SSD suitable for government, financial, and healthcare organizations that operate under stringent data protection frameworks such as HIPAA, GDPR, and FIPS guidelines.

Trusted Platform Integration

The digitally signed firmware of the HPE P07192-K21 also ensures seamless integration with HPE Secure Platform architectures. Through the HPE iLO (Integrated Lights-Out) management and HPE Smart Array controllers, administrators can perform cryptographically verified firmware updates and health checks. This integration enhances operational visibility and mitigates the risk of introducing vulnerabilities through unverified updates. By maintaining a verified root of trust throughout the storage lifecycle, enterprises gain confidence that their data infrastructure remains uncompromised and fully compliant with internal and external audit requirements.

Smart Carrier Design and Serviceability

The Smart Carrier design of the HPE P07192-K21 provides enhanced serviceability and operational transparency in enterprise environments. Each drive tray includes LED indicators for activity and health status, enabling technicians to quickly assess drive conditions at a glance. The carrier design facilitates hot-swapping and maintenance in live systems, minimizing operational disruption during hardware replacements. This feature aligns with HPE’s design philosophy of maintaining continuous system availability even during upgrades or drive failures, making it an indispensable attribute for data centers that prioritize uptime and service continuity.

Ease of Deployment and Compatibility

Belonging to HPE’s mainstream performance NVMe product line, the P07192-K21 is engineered for broad compatibility across ProLiant Gen10, Gen10+, and Gen11 servers, as well as selected Apollo storage systems. The SSD fits securely within existing NVMe drive cages and supports hot-plug functionality under HPE Smart Storage controllers. Its plug-and-play installation reduces deployment time, while intelligent drive health monitoring tools within the HPE Smart Storage Administrator (SSA) interface provide real-time diagnostics, temperature readings, and predictive failure alerts. This helps IT teams proactively manage storage resources and maintain performance consistency.

Integrated Diagnostics and Predictive Failure Analysis

HPE’s SmartSSD Wear Gauge technology is integrated into the P07192-K21 drive, allowing system administrators to monitor endurance levels and predict remaining lifespan accurately. This predictive failure analysis tool provides alerts before any drive reaches its write cycle limit, enabling scheduled replacements without unexpected downtime. Coupled with HPE’s Insight Online and InfoSight management platforms, enterprises can centralize storage health analytics and trend predictions across multiple devices, improving operational efficiency and minimizing unexpected storage failures.

Performance and Efficiency for Enterprise Applications

With a capacity of 1.92TB and PCIe x4 interface, the HPE P07192-K21 delivers sustained throughput performance suitable for database indexing, virtual desktop infrastructures, and digital media streaming platforms. Its architecture is optimized for high queue depths and concurrent I/O operations, ensuring that performance scales effectively under multi-threaded workloads. The drive delivers exceptional IOPS density, making it particularly suitable for space-constrained rack environments where maximizing performance per watt is a priority. Furthermore, its low idle power consumption helps reduce overall data center energy costs while contributing to sustainable IT initiatives.

Latency and Throughput Optimization

The NVMe architecture of the HPE P07192-K21 provides extremely low latency—often measured in microseconds—allowing instantaneous response to data queries. This latency reduction translates to faster transaction processing and enhanced application performance. By utilizing multi-core controllers and advanced parallelization, the drive handles multiple simultaneous read requests efficiently, ensuring consistent throughput even under peak demand conditions. This consistency is crucial for mission-critical applications such as high-frequency trading, scientific data processing, and AI model inferencing.

Endurance and Write Efficiency Balance

Although categorized as a read-intensive SSD, the HPE P07192-K21 offers balanced write endurance sufficient for moderate write workloads. Its firmware algorithms dynamically allocate NAND resources to maintain optimal write amplification factors, extending the drive’s usable life. The drive’s rated endurance aligns with typical data center usage patterns, offering predictable performance over millions of read cycles. Through consistent firmware-level optimization and adaptive error correction, the SSD ensures that data integrity and operational longevity remain uncompromised, even in mixed workload environments.

Enterprise-Grade Reliability and Quality Assurance

Every HPE P07192-K21 NVMe U.2 drive undergoes rigorous validation and qualification within HPE’s testing facilities to ensure seamless integration with HPE systems. These drives are subjected to extensive thermal cycling, shock, vibration, and sustained I/O stress tests to verify reliability under real-world conditions. This meticulous quality assurance process ensures that only drives meeting strict enterprise-grade performance and endurance benchmarks are released. Customers benefit from long-term stability, predictable lifecycle performance, and support from HPE’s comprehensive warranty and technical ecosystem.

Advanced Power-Loss Protection

The drive integrates power-loss protection capacitors that safeguard in-flight data during unexpected power interruptions. This feature ensures that data already written to cache is properly flushed to NAND storage before power loss, preventing data corruption and preserving consistency. Such functionality is essential for databases and critical applications that cannot tolerate incomplete write transactions. This makes the P07192-K21 a trusted component in enterprise architectures where data persistence and transactional integrity are paramount.

Thermal Management and Energy Efficiency

The HPE P07192-K21 utilizes advanced thermal throttling algorithms that intelligently adjust performance levels under high-temperature conditions, preventing thermal runaway and prolonging drive lifespan. It is optimized for efficient power consumption without sacrificing performance, helping data centers achieve better power usage effectiveness (PUE). With its low operational wattage and high performance-per-watt ratio, it is a suitable choice for enterprises pursuing green data center certifications and sustainability goals.