P47809-B21 HPE 240GB SATA 6GBPS Read Intensive Sff Rw Vendor SSD

HPE P47809-B21 240GB SATA 6GBPS RI SFF SSD Overview

The HPE P47809-B21 240GB SATA 6Gbps Read Intensive SFF Vendor Solid State Drive is engineered to deliver exceptional reliability, consistent throughput, and energy efficiency for demanding enterprise workloads. Designed specifically for Hewlett Packard Enterprise servers and storage systems, this SSD ensures optimal performance, seamless integration, and enhanced endurance for data-intensive read-focused operations. It provides a dependable solution for businesses that require reliable boot drives, high read performance, and stable latency across multiple applications.

Optimized SATA 6Gbps Interface for Consistent Data Flow

The SATA 6Gbps interface of the HPE P47809-B21 240GB SSD enables smooth and efficient data transfer between storage and server components. This architecture supports rapid access to frequently used data while maintaining low latency during peak operations. With the SATA 6Gbps interface, the drive ensures compatibility across a wide range of HPE ProLiant servers, offering reliable connectivity and steady data transmission rates. This makes it suitable for environments where predictability, scalability, and efficiency are paramount.

Superior Read-Intensive Design for High-Volume Applications

This read-intensive model is specifically optimized for workloads that perform significantly more read operations than write operations. It is an ideal choice for environments where applications rely on fast data retrieval, such as web serving, media streaming, database querying, and analytics dashboards. The HPE P47809-B21 SSD ensures that data can be accessed rapidly with minimal latency, making it a perfect fit for scenarios where performance stability and quick data response are crucial to daily operations.

Endurance and Efficiency for Enterprise Workloads

Engineered for read-intensive usage, the HPE P47809-B21 SSD delivers endurance that perfectly aligns with enterprise reliability expectations. It features advanced NAND flash memory technology that helps minimize wear and ensures a long operational lifespan. The endurance profile allows the SSD to handle continuous read workloads with confidence, ensuring that the data center infrastructure maintains optimal efficiency while consuming less power compared to traditional hard drives.

Enterprise Integration and Compatibility with HPE Systems

The HPE P47809-B21 240GB SSD is validated and tested for seamless integration with HPE ProLiant and Apollo servers. This drive is engineered to align with HPE’s Smart Carrier and SmartDrive technologies, allowing system administrators to easily monitor drive health, manage firmware, and maintain data integrity. Its compatibility with HPE’s enterprise ecosystem ensures a simplified deployment process, lower failure rates, and optimal performance tuning.

SmartDrive Technology for Advanced Monitoring

With HPE SmartDrive compatibility, this SSD provides intelligent drive status indicators, including LED notifications that display drive activity and potential fault conditions. Administrators can monitor and manage multiple drives across server infrastructures, enhancing system reliability and minimizing downtime. The combination of SmartDrive monitoring and HPE’s advanced management tools contributes to an efficient storage management experience across complex environments.

Hot-Swap Capability for Non-Disruptive Maintenance

The HPE P47809-B21 supports hot-swapping, allowing drives to be replaced or upgraded without powering down the server. This feature is critical for enterprise operations that cannot afford downtime or data interruption. Hot-swap functionality ensures continuous availability, facilitates simplified maintenance, and allows storage capacity expansion while systems remain active. This enhances operational flexibility and aligns with the high availability standards of modern data centers.

Form Factor and Build Quality for Space-Conscious Deployments

As a 2.5-inch Small Form Factor (SFF) SSD, the HPE P47809-B21 provides an efficient balance between capacity and density. The compact design allows organizations to maximize storage within limited rack spaces while maintaining thermal efficiency and airflow. The drive’s durable construction, tested to meet HPE’s enterprise-grade standards, ensures resilience against vibration, temperature fluctuations, and extended workloads.

Performance Capabilities of HPE P47809-B21 240GB SSD

The drive is optimized for read-intensive tasks, featuring consistent throughput performance and low latency characteristics that make it ideal for boot, caching, and application acceleration purposes. Its advanced controller and firmware architecture ensure sustained performance under concurrent workloads, supporting fast access to frequently read data across enterprise environments.

Low Latency and High Responsiveness

Latency is one of the most critical performance metrics for enterprise drives, and the HPE P47809-B21 excels in maintaining predictable low-latency responses. This SSD ensures fast command execution even during heavy queue depths, allowing applications to respond promptly. The minimized latency also improves user experience in applications where real-time data access and system responsiveness are critical for operational success.

Data Throughput and Input/Output Efficiency

The high data throughput capabilities of the drive ensure efficient handling of simultaneous requests. With improved input/output per second (IOPS) performance, the drive maintains smooth operation across large-scale workloads. Whether deployed as a boot device or as part of a storage array, the HPE P47809-B21 supports steady performance, ensuring consistency in environments where data access patterns are repetitive and heavily read-based.

Firmware Optimization for Server Environments

HPE has engineered firmware within the P47809-B21 SSD to integrate seamlessly with HPE server architectures. This optimization ensures synchronization with system BIOS, RAID controllers, and power management frameworks. Firmware-level enhancements contribute to overall system stability, extending the longevity of both the SSD and the host system.

Data Protection and Reliability Features

Data integrity is essential in enterprise storage solutions, and the HPE P47809-B21 is equipped with advanced protection mechanisms to safeguard against data corruption, unexpected power loss, and read errors. It leverages HPE’s rigorous quality validation processes and enterprise-class ECC technology to ensure that mission-critical information remains secure and recoverable under all operating conditions.

Advanced Error Correction and Data Path Protection

The SSD utilizes powerful error correction code (ECC) algorithms to detect and correct bit errors during data transmission. These mechanisms prevent data corruption and ensure that information remains consistent throughout the drive’s lifecycle. Data path protection extends from the host interface to NAND storage, guaranteeing end-to-end data reliability and system-level integrity.

Power Loss Protection Mechanisms

To mitigate risks associated with unexpected power interruptions, the HPE P47809-B21 features built-in power loss protection technology. This feature ensures that in-flight data is safely written to non-volatile memory before power-off events, minimizing the possibility of data loss. Power failure recovery mechanisms further enhance reliability, maintaining consistent uptime for mission-critical systems.

Thermal Management and Drive Health Monitoring

The SSD integrates temperature sensors and thermal throttling algorithms that dynamically regulate performance to prevent overheating. Continuous temperature monitoring provides administrators with insights into environmental conditions, ensuring that the drive operates within safe parameters. Combined with predictive failure analysis, this feature helps detect early warning signs and enables proactive maintenance scheduling.

Energy Efficiency and Environmental Benefits

Energy efficiency is an increasingly important consideration for data centers seeking to minimize power consumption and environmental footprint. The HPE P47809-B21 is designed with low power requirements, reducing heat output and contributing to overall energy cost savings. Compared to traditional hard disk drives, this SSD significantly lowers operational expenses while maintaining high data throughput and reliability.

Reduced Power Draw and Cooling Requirements

The solid-state architecture of this SSD consumes considerably less power than spinning disks. Its efficient design not only cuts power usage during active operations but also during idle states. Lower power consumption translates into reduced cooling demands, allowing data centers to achieve better power utilization effectiveness and sustainability goals.

Environmentally Responsible Design

The HPE P47809-B21 aligns with HPE’s commitment to sustainability. The materials used in its construction meet global environmental compliance standards, including RoHS directives. Its energy-saving performance reduces carbon footprint, supporting eco-friendly initiatives while delivering enterprise-grade reliability and performance consistency.

Use Cases and Deployment Scenarios

The flexibility and reliability of the HPE P47809-B21 SSD make it a perfect choice for multiple enterprise applications. It supports a wide range of workloads that prioritize read access speed and consistent availability. From server boot volumes to data caching and analytics acceleration, the drive meets the performance demands of dynamic business environments.

Ideal Boot and OS Drive

Due to its high read performance and stable latency, this SSD is widely utilized as a boot drive for HPE ProLiant servers. The quick access capabilities ensure rapid system startup and faster load times for operating systems. Its compact form factor and low power draw make it a preferred choice for boot partitions where reliability and efficiency are essential.

Database and Analytical Workloads

In data-driven applications such as SQL databases and analytics platforms, the HPE P47809-B21 enhances query response times by delivering rapid access to frequently requested data. Its read-optimized design supports index scanning, reporting, and real-time analytics, offering consistent responsiveness across mission-critical workloads.

Virtualization and Cloud Infrastructure

The SSD integrates seamlessly into virtualized environments, improving the efficiency of hypervisors and virtual machine operations. In cloud infrastructures, it contributes to predictable service delivery, enabling faster provisioning and reduced latency for virtualized applications. Its stable I/O performance ensures that multiple virtual instances operate without contention or bottlenecks.

Content Delivery and Web Hosting

For organizations involved in media delivery, online services, and content hosting, the HPE P47809-B21 SSD offers a dependable platform for caching static assets, images, and application files. It improves end-user experiences by reducing data retrieval time, ensuring uninterrupted service delivery, and supporting faster web application responses under heavy load.

Business Intelligence and Reporting Systems

When integrated into BI systems, the SSD accelerates the performance of data aggregation and reporting modules. The consistent throughput ensures smooth execution of analytical queries and minimizes downtime during report generation. Businesses can rely on this SSD to provide consistent and accurate insights from large volumes of data.

Predictive Analysis and Failure Prevention

The SSD incorporates SMART (Self-Monitoring, Analysis, and Reporting Technology) features that allow continuous health assessment. Administrators can proactively identify potential issues before they impact performance. This predictive monitoring enables timely replacement planning, minimizing unplanned downtime and preserving data reliability.

Reduced Total Cost of Ownership

By combining low energy consumption, high durability, and simplified maintenance, the HPE P47809-B21 SSD reduces total cost of ownership for enterprises. Its efficient operation lowers both direct energy costs and indirect expenses associated with cooling and maintenance. The drive’s longevity ensures extended service periods, resulting in a stronger return on investment over traditional spinning media solutions.

Security and Data Confidentiality

Security is a cornerstone of enterprise storage, and the HPE P47809-B21 SSD incorporates features that maintain data confidentiality and integrity. These mechanisms protect against unauthorized access, data breaches, and information leakage, ensuring compliance with corporate and regulatory security frameworks.

Drive-Level Encryption Support

The SSD supports hardware-based encryption standards that secure data at rest without impacting performance. Encryption keys are managed at the drive level, providing additional layers of protection independent of host operating systems. This ensures that sensitive business data remains inaccessible in the event of drive theft or unauthorized removal.

Secure Erase and Sanitization Functions

The HPE P47809-B21 features secure erase capabilities that allow for complete data sanitization before decommissioning or repurposing drives. This feature meets compliance standards for data destruction, safeguarding sensitive information and preventing potential data recovery through unauthorized methods.

Trusted HPE Validation and Testing

Each HPE P47809-B21 SSD undergoes rigorous validation and quality testing to ensure compliance with enterprise-grade reliability standards. HPE’s manufacturing and quality assurance processes ensure that every drive meets stringent reliability, performance, and endurance requirements, providing confidence in mission-critical deployments.

NAND Flash Technology and Wear-Leveling

The drive utilizes enterprise-grade NAND flash memory engineered for high read workloads. Dynamic wear-leveling distributes program and erase cycles evenly across all memory blocks, extending the overall life of the SSD. This intelligent data management system maintains performance uniformity while reducing cell degradation.

Controller and Cache Management

An advanced controller governs data access and caching operations, enabling fast data retrieval while maintaining low latency. The integrated DRAM or SRAM cache supports high-speed temporary data handling, ensuring efficient command processing during sustained read workloads. The result is a balanced performance that aligns with enterprise application demands.

Thermal Design and Operational Stability

Thermal management plays a crucial role in sustaining drive longevity. The HPE P47809-B21’s enclosure and internal design enhance heat dissipation, maintaining stable operation even under heavy workloads. This ensures that performance remains consistent, safeguarding against thermal throttling and component degradation.

Scalability and Deployment Flexibility

The drive’s compact 2.5-inch form factor and SATA interface make it an adaptable solution for multiple deployment models. It supports scalable storage configurations in rack, blade, and tower servers. Businesses can easily expand their storage infrastructure by adding additional drives without major system reconfiguration.

Integration in Mixed Storage Environments

The HPE P47809-B21 can coexist seamlessly with other HPE storage solutions, including SAS SSDs, NVMe SSDs, and traditional HDDs. Administrators can design tiered storage architectures that balance performance, capacity, and cost according to workload requirements. This flexibility supports efficient data lifecycle management and optimized resource utilization.

Deployment in Edge and Remote Servers

With its low power footprint and reliable performance, this SSD is suitable for edge computing and remote office server deployments. It provides reliable data access for distributed environments while minimizing maintenance requirements, ensuring business continuity even in off-site locations with limited IT resources.