872433-001 HPE 1.92TB SAS 12GBPS SSD Read Intensive

HPE 872433-001 1.92TB SAS 12GBPS RI SSD Overview

The HPE 872433-001 1.92TB SAS 12Gbps Read Intensive Solid State Drive represents a highly optimized enterprise-grade storage solution tailored for environments that demand speed, reliability, and consistent performance under sustained read-heavy workloads. Designed for HPE ProLiant Gen9, Gen10, and Gen10 Plus servers, this SSD delivers outstanding data throughput with minimized latency, ensuring exceptional operational efficiency in data centers and virtualized infrastructures. By combining advanced NAND flash technology with a 12Gbps SAS interface, the HPE 872433-001 strikes an excellent balance between cost efficiency and performance for large-scale read-intensive applications such as database querying, analytics, and web caching.

High-Speed SAS 12GBPS Interface for Efficient Data Transfer

The HPE 872433-001 utilizes the SAS 12Gbps interface, which enables faster communication between the SSD and the host system compared to traditional SATA interfaces. The dual-port SAS design ensures high availability and redundancy, providing a fault-tolerant connection that minimizes downtime in enterprise server environments. This high-speed interface reduces latency and accelerates data throughput, making it suitable for mission-critical applications that require consistent read performance. Enterprises deploying this drive in RAID configurations can leverage the full potential of the SAS 12Gbps connection to handle large-scale workloads with stable I/O operations.

Enhanced Performance for Read-Intensive Workloads

Engineered specifically for read-intensive operations, the HPE 872433-001 SSD delivers consistent read speeds that ensure fast data access in demanding enterprise environments. It efficiently handles workloads where data retrieval is frequent, but write cycles are relatively lower. This performance profile makes it an ideal choice for use in applications such as content delivery networks, virtualization systems, data analytics clusters, and cloud-based infrastructures. By leveraging high-speed NAND technology and advanced caching algorithms, this SSD guarantees reduced latency during read operations, enhancing user response time and overall system performance.

Optimized NAND Architecture and Endurance

At the heart of the HPE 872433-001 is a carefully optimized NAND flash memory architecture designed for endurance and reliability. The drive uses enterprise-grade NAND cells that ensure stable operation over extended usage cycles, maintaining performance integrity even under continuous heavy read workloads. The endurance rating of this SSD supports a high number of terabytes written (TBW), ensuring that data integrity remains uncompromised over time. Error correction algorithms and wear-leveling technologies further extend the lifespan of the drive, maintaining consistent performance and reliability across all storage blocks.

Enterprise-Grade Reliability and Data Integrity

Reliability is a cornerstone feature of the HPE 872433-001. Equipped with advanced data protection mechanisms, this SSD ensures that stored data remains accurate and consistent even in the event of unexpected power loss or system disruptions. Power loss protection circuitry safeguards in-flight data by transferring it safely from the cache to non-volatile memory, preventing data corruption. Moreover, the drive employs end-to-end data path protection, ensuring that data integrity is maintained from the host to the NAND cells. This reliability framework positions the HPE 872433-001 as a dependable choice for enterprise data centers where uptime and data accuracy are paramount.

Compatibility with HPE ProLiant Servers

The HPE 872433-001 1.92TB SAS SSD is fully validated for use across a range of HPE ProLiant server families, including Gen9, Gen10, and Gen10 Plus systems. Its compatibility ensures that system administrators can deploy the drive with confidence, leveraging optimized firmware integration and server management capabilities. The seamless integration with HPE Smart Array Controllers enhances drive performance, enabling improved caching, secure encryption, and efficient RAID management. This level of interoperability simplifies deployment in complex IT environments and ensures consistent operational performance across various workloads and applications.

HPE Smart Carrier Design

Featuring HPE’s signature Smart Carrier design, the 872433-001 drive provides immediate drive status visibility through integrated LED indicators. These indicators display drive activity and health, helping administrators quickly identify potential issues before they escalate. The Smart Carrier tray design also simplifies hot-plug functionality, enabling rapid drive replacement or upgrades without disrupting server operation. This convenience enhances serviceability and contributes to maintaining system uptime within enterprise infrastructures that cannot afford prolonged downtime.

Performance Metrics and Latency Management

The HPE 872433-001 offers exceptional read performance metrics that meet the demands of large-scale data center applications. Capable of achieving sequential read speeds exceeding 550 MB/s and random read input/output operations per second (IOPS) reaching tens of thousands, this SSD minimizes latency across all read requests. This performance optimization is achieved through advanced controller algorithms and a multi-channel flash architecture that ensures even data distribution. The result is consistently low response times, even under concurrent access from multiple virtual machines or applications running on the same server infrastructure.

Energy Efficiency and Thermal Optimization

Energy efficiency is a critical factor in enterprise environments where multiple drives operate simultaneously. The HPE 872433-001 is engineered with a focus on minimizing power consumption without compromising performance. Its optimized controller and NAND power management features help reduce total energy usage, contributing to lower operating costs and improved data center sustainability. Furthermore, the drive is designed to operate within an optimal thermal envelope, with built-in heat dissipation mechanisms that maintain stable temperature levels during high-load conditions. This thermal efficiency ensures consistent performance while prolonging drive longevity.

Operational Stability under Continuous Workloads

The HPE 872433-001 is capable of maintaining stable read performance even under 24/7 operational workloads. The drive’s controller efficiently balances background operations such as garbage collection and wear leveling, ensuring no noticeable performance degradation during continuous use. This stability makes it particularly suitable for large-scale virtualization platforms, content delivery systems, and high-availability clusters. The predictable performance under continuous operations provides IT administrators with the confidence to rely on this SSD for mission-critical business applications that require uninterrupted service.

Security and Data Protection Features

Data protection is essential in enterprise environments, and the HPE 872433-001 incorporates multiple layers of security mechanisms to safeguard sensitive information. The drive supports advanced encryption standards that protect stored data at rest, ensuring compliance with enterprise data security policies. In addition, it includes secure erase functionality that allows complete sanitization of stored data when decommissioning or repurposing drives. Combined with firmware-level integrity validation and error correction, these features provide robust data security and operational assurance throughout the drive’s lifecycle.

HPE Secure Encryption Integration

The HPE 872433-001 supports HPE Secure Encryption, a controller-based data-at-rest encryption solution designed to protect sensitive information stored on the SSD. This encryption operates transparently, securing data without affecting system performance. It integrates seamlessly with HPE Smart Array Controllers, enabling centralized key management for simplified administration. Organizations can ensure compliance with data protection regulations and industry standards, minimizing the risk of unauthorized data access or exposure.

Error Correction and Data Path Protection

Built-in advanced error correction codes (ECC) ensure that data remains consistent and error-free throughout its storage lifecycle. The HPE 872433-001 also implements end-to-end data path protection, verifying the integrity of data as it travels between the host system, controller, and NAND storage layers. This protection reduces the possibility of undetected bit errors, a crucial feature in enterprise computing environments where data accuracy is non-negotiable. Together, these mechanisms enhance system reliability and contribute to maintaining an exceptionally low uncorrectable bit error rate (UBER).

Workload Optimization and Application Versatility

The HPE 872433-001 SSD is designed to accommodate a wide variety of enterprise workloads. It excels in read-intensive applications where data retrieval is a primary function. Use cases include database query acceleration, virtualization storage pools, business intelligence workloads, and media streaming platforms. Its consistent performance under mixed I/O conditions also makes it suitable for use in hybrid cloud environments. This flexibility enables organizations to deploy the same drive model across multiple applications, simplifying inventory management while maintaining performance uniformity.

Database and Analytics Performance

For database systems, the HPE 872433-001 provides accelerated query responses by significantly reducing data retrieval latency. Businesses handling analytics workloads benefit from faster data parsing and reporting, improving overall system efficiency. The drive’s optimized read performance ensures that large data sets can be processed swiftly, enabling real-time insights and faster decision-making. In analytics-driven organizations, this SSD enhances the efficiency of both structured and unstructured data operations, supporting modern data-driven business intelligence applications.

Virtualization and Cloud Deployment Benefits

In virtualized infrastructures, the HPE 872433-001 ensures consistent I/O performance across multiple virtual machines. The SSD’s low latency and high IOPS capabilities minimize contention, enhancing user experience and application responsiveness. When deployed in cloud storage architectures, the drive’s reliability and efficiency contribute to reduced operational overhead, while its SAS interface supports scalability within large cloud nodes. The combination of high endurance and predictable read throughput makes it an excellent storage medium for distributed computing environments that rely heavily on rapid data access.

Physical and Technical Specifications

The HPE 872433-001 features a 2.5-inch Small Form Factor (SFF) design that fits seamlessly into HPE server bays and storage arrays. With a 1.92TB storage capacity, it offers ample space for critical data repositories while maintaining compact physical dimensions. The drive operates on a 12Gbps SAS interface, providing robust connectivity and fast data transfer rates. Its read-intensive design aligns with enterprise workloads where read operations dominate, optimizing endurance and performance balance. The drive’s architecture supports an operational temperature range suitable for continuous data center deployment, ensuring dependable performance in both high-density rack systems and standalone servers.

Advanced Controller Design

The internal controller of the HPE 872433-001 is optimized for multi-threaded operations and intelligent queue management. It dynamically allocates resources to balance data requests, ensuring maximum efficiency during concurrent read tasks. The controller’s firmware algorithms minimize latency by predicting data access patterns, allowing for faster response to repeated queries. This advanced management layer ensures that enterprise systems experience consistent throughput, even when processing simultaneous operations across virtual environments or multi-user workloads.

Form Factor and Hot-Plug Capability

The 2.5-inch form factor provides flexibility in storage array configurations, allowing easy scaling of storage capacity within existing infrastructure. The HPE Smart Carrier tray supports hot-plug functionality, enabling drive replacement or expansion without system downtime. This capability is essential for maintaining continuous availability in environments with stringent uptime requirements, such as financial services, healthcare, and e-commerce platforms. By allowing maintenance during active operation, the drive significantly reduces potential service interruptions and improves operational agility.

Integration with HPE Management Tools

The HPE 872433-001 SSD seamlessly integrates with HPE’s suite of system management tools, including HPE Smart Storage Administrator (SSA) and HPE Integrated Lights-Out (iLO). These tools allow administrators to monitor drive health, performance metrics, and predictive failure indicators. Through proactive health monitoring, potential issues can be identified and resolved before impacting operations. Firmware updates can be performed remotely, streamlining maintenance processes across multiple servers. This integration strengthens system control, reduces administrative overhead, and enhances operational transparency.

Predictive Analytics and Drive Health Monitoring

Through HPE’s predictive analytics engine, the 872433-001 can report drive health and performance metrics that aid in proactive maintenance. SMART attributes and telemetry data provide insight into wear levels, error rates, and remaining drive life. Administrators can use this data to forecast replacements and prevent unexpected downtime, optimizing lifecycle management. This intelligent monitoring contributes to a more resilient and predictable IT infrastructure by ensuring that storage components remain within optimal operating conditions throughout their lifespan.

Scalability and Deployment Flexibility

As organizations scale their storage infrastructure, the HPE 872433-001 enables seamless expansion without sacrificing performance. The drive’s compact design and SAS interface allow integration into diverse configurations, from standalone servers to dense storage enclosures. Its scalability ensures consistent throughput across expanded environments, making it a future-ready storage solution. Whether deployed in traditional data centers, hybrid cloud systems, or hyper-converged infrastructures, this SSD maintains performance consistency as workloads evolve.

Cost Efficiency and Total Cost of Ownership

The HPE 872433-001 offers a cost-effective balance between performance, reliability, and capacity. Its read-intensive design minimizes unnecessary write overhead, extending drive lifespan while reducing replacement costs. The lower power consumption and efficient thermal characteristics contribute to reduced energy expenses, further optimizing total cost of ownership. Organizations benefit from a dependable, long-term storage investment that supports modern enterprise applications without excessive operational expenditure.

Data Center Application Scenarios

In modern enterprise environments, the HPE 872433-001 excels across a variety of deployment scenarios. It is frequently utilized in virtualized infrastructures where high-speed data retrieval is essential for application responsiveness. In database servers, it delivers rapid read access to large data tables, reducing latency for transactional workloads. Within analytics and business intelligence systems, it enhances query performance and accelerates report generation. Media delivery networks benefit from its consistent throughput, ensuring uninterrupted content streaming to end users. These scenarios highlight its versatility and importance in maintaining operational excellence across industries.

Enterprise Cloud and Virtual Desktop Infrastructure

Cloud and virtual desktop environments rely heavily on storage systems capable of delivering rapid, consistent access to data across distributed nodes. The HPE 872433-001 provides the required performance profile for such applications, enabling smooth operation of multiple virtual machines with minimal I/O bottlenecks. Its SAS connectivity ensures reliable communication across clustered environments, while its predictable performance supports dynamic workloads in multi-tenant environments. The result is an improved user experience and higher operational efficiency for virtualized and cloud-based applications.

Endurance and Performance Sustainability

The endurance of the HPE 872433-001 ensures performance remains steady throughout its operational lifespan. Advanced wear-leveling algorithms distribute write operations evenly across all NAND cells, preventing premature wear and preserving drive efficiency. Consistent performance over time translates into predictable operational behavior, critical for businesses that require reliable throughput in round-the-clock operations. The drive’s sustained read and write speeds ensure that performance degradation is negligible, maintaining optimal performance metrics across extended periods of usage.