869382-B21 HPE SATA 6GBPS LFF Read Intensive 480GB Internal SSD

Product Overview of HPE 869382-B21 480GB Internal SSD

This page provides detailed product information and technical specifications for the Hewlett Packard Enterprise 480GB internal SSD, part number 869382-B21, designed for optimal server performance.

Essential Product Details

• Manufacturer Part Number: 869382-B21
• Brand: HPE
• Category: Data Storage Device
• Product Type: Solid State Drive (SSD)

Performance and Technical Data

Storage Capacity and Key Features

• Total Storage Space: 480 Gigabytes (GB)
• Form Factor: Internal Drive
• Compatible Systems: Enterprise Servers

Connection and Interface Details

Port Specifications

• Drive Connection Type: SATA
• Interface Standard: SATA 6.0 Gbps (SATA/600)

Physical Dimensions and Build

Size and Weight Metrics

• Drive Height: 3.5 Inches
• Total Height: 8.6 Inches
• Total Width: 5.8 Inches
• Total Depth: 10 Inches

Compatibility and Application

• Primary Usage: Internal Installation
• Supported Equipment: HPE Server Systems

869382-B21 HPE SATA 6GBPS LFF Read Intensive SSD

The 869382-B21 HPE 480GB SATA 6Gbps 3.5-inch Read Intensive Internal Solid State Drive represents a balanced blend of enterprise-grade reliability, sustained read performance, and cost-effective storage density for legacy 3.5-inch bays. Designed for read-heavy server workloads, content-delivery systems, and archival access tiers, this drive is optimized to deliver predictable latency and high throughput for applications where reads vastly outnumber writes.

Performance Characteristics and Real-World Throughput

Performance for this model centers on sustained sequential and random read operations over a SATA 6Gbps link. Typical throughput figures emphasize consistent read speeds and low queuing latency under mixed-read workloads. These characteristics make the 869382-B21 particularly well suited to virtualization hosts that serve read-centric virtual machines, media streaming servers where sequential reads dominate, and database replicas used primarily for reporting and analytics.

Read-Intensive Workload Optimization

Read-intensive tuning implies firmware and NAND management focused on maximizing read amplification minimization and providing aggressive wear-leveling strategies that prioritize read performance while controlling write-related wear. This results in a drive that maintains high read responsiveness over long service intervals while offering enough write endurance for caching, logging, or occasional background writes.

Form Factor, Compatibility and Integration

Housed in a standard 3.5-inch form factor with a SATA 6Gbps interface, the 869382-B21 is straightforward to integrate into a wide variety of servers, storage arrays, and legacy chassis that provide 3.5-inch bays. Systems that support SATA 6Gbps will allow the drive to operate at full link speed, while backward compatibility with 3Gbps ports ensures graceful interoperability on older platforms. Hot-plug support in compatible backplanes adds operational flexibility for maintenance and replacement.

Firmware, Interoperability and HPE Ecosystem

Firmware for HPE-branded drives typically includes vendor-specific telemetry, compatibility checks, and integration hooks for array managers and server management tools. This drive benefits from HPE’s validation programs, ensuring predictable behavior with HPE ProLiant servers, HPE storage controllers, and common RAID controllers certified by HPE. Administrators can use HPE health utilities to monitor SMART attributes, temperature, and other critical telemetry to reduce downtime risk.

Reliability, Durability and Enterprise-Grade Metrics

Reliability metrics such as Mean Time Between Failures (MTBF), Unrecoverable Bit Error Rate (UBER), and endurance ratings are central to enterprise acceptance. The 869382-B21 is specified with endurance and MTBF characteristics aligning to read-oriented usage profiles, delivering years of service in appropriately matched workloads. HPE’s testing and qualification reduce compatibility risk and give procurement teams clearer Total Cost of Ownership calculations compared to commodity consumer drives.

Thermal and Power Profiles

Power consumption for read-optimized SSDs is typically lower during steady-state reads than during intensive write or erase cycles, and the 869382-B21 is engineered to balance energy efficiency with thermal stability. Proper chassis cooling and airflow management allow the drive to operate within its thermal envelope, preventing thermal throttling and preserving consistent performance for sustained read operations.

Deployment Use Cases and Typical Workload Examples

This drive excels in deployment scenarios that require high read throughput with economical capacity in a 3.5-inch footprint. Typical examples include content delivery and caching layers, read-only database replicas, large-scale file servers with frequent read access, boot and image repositories for stateless compute clusters, and archival systems where reads are periodic but must be rapid and consistent when they occur.

Virtualization and Cloud Infrastructure

In virtualization deployments, the 869382-B21 can serve as a cost-efficient storage tier for virtual machine templates, read-mostly disk images, and desktop-as-a-service golden images. When combined with higher-performing write-tier media for write-intensive VM operations, the drive helps create a tiered storage architecture that maximizes performance-per-dollar across large fleets of hosts.

Firmware Updates and Compatibility Considerations

Always confirm firmware compatibility with the target server or controller before applying updates. Firmware revisions can improve performance, stability, and compatibility but may also require coordinated maintenance windows. HPE typically provides release notes detailing fixes and known issues; reviewing these notes is a best practice in production environments.

Security Features and Data Integrity

Data integrity mechanisms such as end-to-end CRC, power-loss protection strategies, and robust error-correcting code (ECC) are part of enterprise-grade SSD design. While exact feature sets can vary by firmware revision, HPE drives often support SMART reporting and other integrity checks that assist in maintaining consistent data reliability and enabling controlled recovery procedures when anomalies occur.

Encryption and Regulatory Compliance

Depending on specific SKU and firmware, hardware encryption or controller-based encryption may be available or supported through host-based encryption solutions. Organizations with regulatory requirements should verify the drive’s encryption capabilities and ensure that key management and audit controls meet compliance obligations.

Key Technical Highlights

Highlight the drive’s 480GB capacity, SATA 6Gbps interface, 3.5-inch form factor, read-optimized endurance profile, vendor validation with HPE systems, and intended use cases. Presenting clear guidance on ideal workloads, compatibility notes, and management expectations helps buyers match the product to real operational needs and reduces returns or mis-purchases.