P48227-001 HPE 960GB SATA 6GBPS SSD LFF Mixed Use TLC SCC

HPE P48227-001 960GB SATA 6GBPS 3.5Inch LFF Mixed Use SSD

The high-performance HPE P48227-001 solid state drive, engineered for demanding data center applications and server environments requiring consistent throughput and low latency.

Essential Product Details

• Manufacturer: Hewlett Packard Enterprise
• Model Identifier: P48227-001
• Product Classification: Data Storage Device

Technical Specifications and Features

Capacity and Physical Dimensions

• Total Storage: 960GB
• Physical Size: 3.5-inch LFF (Large Form Factor)
• Profile Height: 15mm

Interface and Connectivity

• Host Connection: SATA 6Gb/s
• Hot-Plug Capable: Yes

Memory Technology and Endurance

• NAND Flash Variety: Triple-Level Cell (TLC)
• Workload Classification: Mixed Use

Performance Capabilities and Speed Metrics

Input/Output Operations Performance

• Random Read Operations: 61,000 IOPS
• Random Write Operations: 31,000 IOPS

Sustained Data Transfer Rates

• Maximum Sequential Read Speed: 520 MiB/s
Maximum Sequential Write Speed: 480 MiB/s

Response Time Characteristics

• Random Read Delay: 125 μs
• Random Write Delay: 50 μs

Compatible HPE Server Platforms

Proliant BL Series Server Compatibility

• ProLiant BL420c (Generation 8 & 9)
• BL460c (Generation 8 & 9)
• BL465c (Generation 8 & 9)

Proliant DL Series Server Compatibility

Rack Server Models - Generation 9

• DL20 Gen9
• DL60 Gen9
• DL80 Gen9

Rack Server Models - Generation 8 & 9

• DL120 (Gen8, Gen9)
• DL160 (Gen8, Gen9)
• DL180 (Gen8, Gen9)
• DL320e (Gen8, Gen9)
• DL360e (Gen8, Gen9)
• DL360p (Gen8, Gen9)
• DL380e (Gen8, Gen9)
• DL380p (Gen8, Gen9)
• DL560 (Gen8, Gen9)

Additional DL Series Models

• DL388 Gen9

Proliant ML Series Server Compatibility

• ML110 (Gen8, Gen9)
• ML150 (Gen8, Gen9)
• ML310e (Gen8, Gen9)
• ML350 (Gen8, Gen9)
• ML350e (Gen8, Gen9)

Proliant SL Series Server Compatibility

• SL200t (Gen8, Gen9)
• SL230s (Gen8, Gen9)
• SL250s (Gen8, Gen9)
• SL2500
• SL4545 (Gen8, Gen9)
• SL4550 (Gen8, Gen9)
• SL454x

HPE Storage System Compatibility

Storage Array Enclosures

• D3600 Storage Array
• D3700 Storage Array

StoreEasy Storage Solutions

• StoreEasy 1430
• StoreEasy 1440
• StoreEasy 1530
• StoreEasy 1540
• StoreEasy 1630
• StoreEasy 1640

HPE P48227-001 960GB SATA 6GBPS 3.5Inch LFF Mixed Use SSD Overview

Defining the Mixed-Use Workload Category

In the landscape of enterprise storage, not all workloads are created equal. The term "Mixed-Use" is a crucial classification that distinguishes this drive from its Read-Intensive and Write-Intensive counterparts. A Mixed-Use SSD is meticulously balanced to handle a near-equal proportion of read and write operations without succumbing to performance degradation or premature wear. This makes the HPE P48227-001 an exceptionally versatile storage component, capable of powering a wide array of applications where the I/O profile is unpredictable or inherently balanced. It serves as a workhorse for systems that require consistent performance under varying loads, bridging the gap between cost-effective read-optimized drives and expensive write-optimized solutions.

Key Characteristics of Mixed-Use SSDs

The architecture of a Mixed-Use SSD like the HPE P48227-001 is defined by several key characteristics. These drives typically incorporate higher-grade NAND flash memory, such as the Triple-Level Cell (TLC) media used here, but paired with sophisticated controller logic and robust over-provisioning. This combination allows the drive to manage the inherent stress of frequent write cycles more effectively than a Read-Intensive model. The primary design goal is to deliver high, sustained throughput and Input/Output Operations Per Second (IOPS) for both read and write commands, ensuring that applications remain responsive even during periods of intense data processing. The endurance, often measured in Drive Writes Per Day (DWPD), is calibrated to withstand the rigors of this balanced workload over the drive's intended service life.

Technical Specifications and Architectural Breakdown

Delving into the technical specifications of the HPE P48227-001 provides a clear understanding of its capabilities and target deployment scenarios. Each component and metric has been selected to fulfill the promise of a true enterprise Mixed-Use drive.

Form Factor and Interface: The 3.5-inch LFF SATA Advantage

The drive utilizes the 3.5-inch Large Form Factor (LFF), a standard widely adopted in enterprise servers and storage arrays. This form factor offers a direct and convenient upgrade path for organizations seeking to replace legacy 3.5-inch HDDs with high-performance SSDs without altering their server chassis or backplane infrastructure. The SATA 6Gbps interface, while not as high-speed as SAS or NVMe, provides a robust, universally compatible, and cost-effective connection. It delivers sufficient bandwidth for many mixed-workload applications, including virtualized environments, database servers, and streaming media servers, making it an ideal choice for performance-hungry applications currently constrained by SATA HDDs.

Capacity Analysis: The 960GB Sweet Spot

The 960GB capacity point is a strategic offering in the enterprise space. It provides substantial storage for operating systems, applications, and active datasets, while the underlying NAND architecture includes a significant portion of reserved over-provisioning. This over-provisioning is critical for Mixed-Use drives as it enhances endurance by providing spare area for the flash controller to manage wear leveling, garbage collection, and bad block management efficiently. For many small to medium-sized business servers or specific application nodes within a larger enterprise, 960GB offers an optimal balance of available storage, high performance, and cost-effectiveness.

NAND Flash Technology: TLC in an Enterprise Context

The HPE P48227-001 employs Triple-Level Cell (TLC) NAND flash memory. In TLC NAND, each memory cell stores three bits of data. While historically associated with consumer-grade drives due to lower cost-per-gigabyte, TLC technology has been rigorously engineered for the enterprise market. When deployed in a drive like this, the TLC NAND is managed by a high-caliber flash controller and firmware that mitigate write endurance concerns through advanced algorithms. The result is a drive that delivers enterprise-grade reliability and performance at a more accessible price point than drives using Single-Level Cell (SLC) or Multi-Level Cell (MLC) NAND, democratizing high-performance storage for a broader range of business applications.

Endurance and Reliability Metrics

Endurance is a paramount specification for any SSD, especially one designed for Mixed-Use. The HPE P48227-001 is built to handle a specific workload profile over its warranty period, typically quantified in Terabytes Written (TBW) or Drive Writes Per Day (DWPD). This metric signifies the amount of data that can be written to the drive per day over its entire warranty period without exceeding its designed lifespan. The robust construction, advanced error correction codes (ECC), and power-loss protection features ensure data integrity during unexpected power failures. These attributes collectively contribute to a high Mean Time Between Failures (MTBF) rating, providing peace of mind for 24/7 mission-critical operations.

Database Servers and Transaction Processing

Relational database management systems (RDBMS) like Microsoft SQL Server, Oracle Database, and MySQL generate a blend of read and write operations. Querying data involves reads, while inserting new records, updating existing ones, and maintaining transaction logs involve writes. A Mixed-Use SSD provides the low-latency foundation necessary for fast query results and rapid transaction commit times. By accelerating both read and write pathways, this drive can significantly reduce database response times, increase transaction throughput, and improve the overall user experience for line-of-business applications.

Content Delivery and Media Streaming

While content delivery is often considered read-heavy, the origin servers and caching engines that form the backbone of these systems frequently deal with content ingestion, transcoding, and cache updates, which are write-oriented tasks. The HPE P48227-001 can efficiently manage the process of writing new media files to the storage pool while simultaneously serving a high volume of read requests to end-users. Its consistent performance ensures that new content is quickly available for distribution and that streaming quality remains high without buffering interruptions.

HPE Integration and Value-Added Features

As a genuine HPE component, the P48227-001 is more than just a commodity SSD; it is an integrated part of the HPE ecosystem. This integration delivers significant advantages in manageability, compatibility, and support.

HPE Smart Array Controller Compatibility

When paired with HPE Smart Array controllers, this drive can leverage advanced features such as HPE SmartCache. This technology uses the SSD as a high-speed cache for frequently accessed data, dramatically accelerating application performance on servers that also utilize HDDs for bulk storage. The drive's firmware is specifically tuned to work seamlessly with HPE's controller architecture, ensuring optimal performance and reliability out of the box.

HPE iLO and Systems Management

HPE Integrated Lights-Out (iLO) management technology can provide detailed health and status information for the P48227-001 drive. System administrators can monitor drive temperature, wear indicators, predicted failure alerts, and overall health from a remote management console. This deep integration simplifies storage maintenance, enables proactive replacement of drives before they fail, and provides a unified management experience for the entire server hardware stack.

Firmware and Predictive Analytics

HPE develops and validates specific firmware updates for its drives, ensuring stability and compatibility within HPE server platforms. Furthermore, HPE's predictive analytics tools, part of the HPE InfoSight ecosystem, can analyze drive telemetry data to identify potential issues and recommend preventative actions. This proactive approach to maintenance maximizes system uptime and data availability, a critical consideration for business continuity.

The Strategic Importance of Genuine HPE Components

Selecting a genuine HPE P48227-001 drive, as opposed to a third-party or generic SSD, is a strategic decision that impacts the entire server lifecycle.

Ensuring Optimal Performance and Compatibility

HPE rigorously tests and validates its components to ensure they perform as expected within HPE ProLiant and similar server platforms. This validation process covers everything from boot time compatibility and firmware interactions to thermal performance and power consumption. Using a non-genuine drive can lead to unpredictable performance, compatibility errors, or even system instability. The P48227-001 is guaranteed to work flawlessly with its intended HPE systems, delivering the performance promised by the specification sheet.

Simplifying Support and Warranty Coverage

In the event of a hardware issue, having a server populated with genuine HPE components streamlines the support process. HPE provides consolidated technical support and warranty service for the entire system. If a drive fails, it is covered under HPE's warranty terms, and a replacement can be quickly sourced. Using non-genuine parts can complicate or even void support agreements, leading to longer resolution times and potential business disruption.

Total Cost of Ownership (TCO) Considerations

While the initial acquisition cost of a genuine HPE drive may be higher than a generic alternative, the Total Cost of Ownership (TCO) often proves to be lower. Factors contributing to a favorable TCO include higher reliability reducing downtime, seamless compatibility saving administrative time, comprehensive warranty protection avoiding replacement costs, and enhanced performance improving application efficiency. The HPE P48227-001 is an investment in operational stability and predictable performance, which are invaluable assets in any data-centric organization.