805363-001 HPE 240GB 2.5" SATA-6GBPS SSD

HPE 805363-001 240GB Internal SSD Drive Overview

Essential Details

• Brand: Hewlett Packard Enterprise (HPE)
• Item Code: 805363-001
• Drive Category: Solid-State Drive - Hot-Swap Enabled

Technical Specifications

Storage & Build

• Storage Capacity: 240 Gigabytes
• Drive Size: 2.5-inch Small Form Factor (SFF)
• Connection Interface: SATA 6Gbps
• Insertion Type: Hot Pluggable
• Flash Memory Architecture: Multi-Level Cell (MLC)
• Mounting Style: Smart Carrier (SC)
• Usage Profile: Read-Focused Workloads

Advanced Features

• Enhanced Endurance Value
• Power Loss Safeguard (PLP)
• Comes with HPE Smart Carrier
• Compatible with HPE ProLiant Rack, Tower, BladeSystem & Synergy Platforms

Performance Metrics

Data Throughput & Reliability

• Monthly Write Limit: 131 Terabytes Written (TBW)
• Daily Write Capability: 0.3 DWPD
• External Transfer Speed: 6 Gb/sec

Read/Write Speeds

• Sequential Read: 480 MB/s
• Sequential Write: 265 MB/s
• Random Read: 61,500 IOPS
• Random Write: 10,200 IOPS

Connectivity & Expansion

Interface & Slot Compatibility

• Port Type: 1 x SATA 6Gbps
• Drive Bay Fit: 2.5-inch SFF

Energy Usage

Power Requirements

• Maximum Power Draw: 9.00 Watts

System Compatibility

Supported HPE Server Families

ProLiant BL Series

• BL420c (Gen8, Gen9)
• BL460c (Gen8, Gen9)
• BL465c (Gen8, Gen9)
• BL660c (Gen8, Gen9)

ProLiant DL Series

• DL20, DL60, DL80, DL120, DL160, DL180, DL320e, DL360, DL360e, DL360p, DL380, DL380e, DL380p, DL388, DL385p, DL560, DL580 (Gen8, Gen9, Gen10)

ProLiant ML Series

• ML110, ML150, ML310e, ML350, ML350e, ML350p (Gen8, Gen9)

ProLiant SL Series

• SL230s, SL250s, SL270s (Gen8, Gen9)

ProLiant XL Series

• XL170r, XL190r, XL220a, XL230a, XL250a (Gen9)

HPE Storage Arrays

• D3700, D2220sb, StoreEasy 1830, StoreEasy 1840

HPE Synergy Modules

• D3940 Storage Module

805363-001 HPE 240GB 2.5" SATA-6GBPS SSD — product overview and category context

The 805363-001 HPE 240GB 2.5" SATA-6GBPS SSD represents a class of enterprise-grade solid state drives designed for reliable, consistent performance in HPE ProLiant servers, storage arrays and compatible systems. As part of HPE's storage portfolio, this 240GB drive combines the dependable SATA-III interface at 6Gbps with a compact 2.5-inch form factor, making it suitable for boot volumes, caching layers, read-intensive workloads and mixed server applications. Within the category of mid-capacity enterprise SSDs, the 805363-001 strikes a balance between cost, performance and longevity, targeting customers who want the responsiveness of flash without the higher cost of NVMe or high-end SAS drives.

Key positioning within enterprise SSDs

Category positioning matters when selecting storage for servers and storage enclosures. The HPE 240GB SATA SSD sits between consumer-class SATA drives and high-performance NVMe devices. It offers predictable latency, lower power draw compared with larger spinning disks, and an affordable entry point to flash acceleration. For IT teams migrating from HDD-based boot volumes or adding caching tiers to legacy storage, the 805363-001 provides a pragmatic upgrade path that preserves existing SATA backplanes and hot-swap bays.

Technical characteristics and interface details

At the heart of the 805363-001 specification are interface compatibility and physical dimensions. The drive conforms to the 2.5-inch U.2-style profile used widely in server sleds and drive caddies. The SATA-6GBPS interface ensures plug-and-play compatibility with a broad range of HPE server generations and third-party systems that accept 2.5-inch SATA drives. Because the drive adheres to industry-standard signaling and power specifications, integration into RAID controllers, embedded SATA ports and backplane-driven enclosures is straightforward for administrators who value consistency and minimal configuration changes.

Form factor and mounting considerations

The 2.5-inch format enables dense storage layouts and flexibility in rackmount servers where drive bay count and airflow patterns are important. Technicians should verify caddy and sled compatibility for the particular ProLiant or storage chassis being used; in many HPE systems the drive will mount into an HPE-specific tray but will still electrically connect via SATA. The reduced height and compact footprint also make the 805363-001 a good choice for blade and half-height systems where space is at a premium.

Performance profile and real-world throughput

Performance expectations for a 240GB SATA-6Gbps SSD are centered on low-latency random access and solid sequential throughput within SATA limits. Typical sequential read and write speeds approach the maximums possible over SATA III in sustained bursts, while random IOPS at small queue depths outperform spinning disks by an order of magnitude. This drive excels when used as an operating system disk, virtual machine boot drive, or read cache. For latency-sensitive database front-ends or high-concurrency transactional workloads, administrators should profile application behavior to ensure SATA-level IOPS and queue depth will meet service-level objectives.

Workload suitability and benchmarking advice

When considering the 805363-001 for a specific workload, benchmark data tailored to the application's I/O pattern gives the most useful guidance. Synthetic tools can measure sequential throughput and random IOPS, but true application-level metrics — such as boot time improvements for a fleet of virtual desktops, transaction latency reduction for small-record databases, or search acceleration for index-heavy services — provide practical signals for procurement. In many cases, replacing an HDD-based boot volume with the HPE 240GB SATA SSD produces immediate system responsiveness gains and faster provisioning times for virtual machines.

Reliability, endurance and data integrity features

Enterprise SSDs are designed with reliability mechanisms and firmware tuned for consistent operation. The HPE 805363-001 includes endurance ratings, wear-leveling algorithms and SMART reporting that help administrators monitor drive health and plan replacements before failures occur. Endurance figures for a 240GB enterprise SATA SSD typically support years of moderate write-intensive use under normal server loads, and HPE's drive management utilities integrate SMART attributes into HPE Integrated Lights-Out (iLO) and server management stacks for proactive lifecycle management.

Power loss protection and firmware robustness

Although not every SATA SSD implements full power-loss protection like higher-end enterprise NVMe modules, the firmware within HPE-branded drives aims to minimize exposure to data corruption during unexpected power events. Firmware updates issued by HPE can address reliability improvements and compatibility with new server firmware releases; therefore, IT teams should follow HPE's recommendations for drive firmware maintenance as part of long-term support processes.

SMART monitoring and proactive replacement

SMART telemetry is a practical tool for ongoing drive oversight. HPE systems expose SMART attributes through management APIs and server health dashboards, enabling monitoring for wear indicators, bad block counts and media errors. Establishing an automated alerting policy tied to conservative thresholds reduces the risk of unplanned downtime and ensures that drives are replaced proactively during maintenance windows rather than reacting to a critical failure during peak operations.

Compatibility matrix and system integration

Compatibility is a leading concern when purchasing replacement or spare drives. The 805363-001 is often listed on HPE compatibility matrices for ProLiant servers and certain storage enclosures. System integrators and administrators should validate that the drive is supported for their server firmware revision and that the platform's RAID controllers or embedded SATA controllers have compatible firmware. Using HPE's official part number in procurement helps avoid receiving a similar-looking but unsupported variant of the drive that could bake in unexpected limitations or incompatibilities.

Using the drive in RAID configurations

The 2.5-inch SATA SSD can be used as part of a RAID array to deliver redundancy or performance depending on the RAID level chosen. Hardware RAID controllers with dedicated cache often interact predictably with enterprise SATA SSDs; however, for optimal performance and endurance, administrators should choose RAID levels and stripe widths that align with workload characteristics. Write amplification characteristics of the underlying flash means write-heavy workloads in mirrored or parity-based arrays should be analyzed for lifespan implications, and testing in a lab environment is highly recommended before wide-scale deployment.

Hot-swap and serviceability

HPE servers that support hot-swap drive trays enable in-place serviceability for the 805363-001. IT staff should follow HPE's published procedures when performing drive replacements to ensure RAID resynchronization proceeds efficiently and system firmware recognizes replacement components correctly. Proper labelling of replacement drives with part numbers and procurement details reduces human error during maintenance events and accelerates Mean Time To Repair (MTTR).

Practical deployment scenarios

The HPE 240GB SATA SSD is suitable across several deployment scenarios, from small and medium business servers to enterprise edge nodes. In virtualization hosts the drive can serve as a boot device for the hypervisor or house a tier of high-speed templates and system images. For web servers and application delivery controllers, the SSD reduces I/O wait and improves concurrent request handling. Backup appliances and archival gateways also benefit when the SSD is used for metadata stores or cache layers, accelerating index lookups and temporary snapshot operations.

Small and medium business use cases

In SMB environments where budget constraints and compatibility with legacy hardware matter, the 805363-001 provides a compelling combination of durability and price. Replacing mechanical boot disks with this SSD reduces power consumption and cooling requirements, while enabling quicker system updates and faster automated patch reboots. For file servers with mixed workloads, adding a small fleet of these drives as a caching tier can extend the life of larger HDD arrays while improving day-to-day responsiveness.

Edge computing and remote site deployment

Edge nodes often demand rugged, power-efficient components that can be serviced remotely. The compact 2.5-inch HPE SATA SSD fits constrained compute modules and can reduce latency for local data processing tasks. Coupled with HPE management tools, remote monitoring of drive health helps operations teams schedule maintenance visits strategically rather than reacting to failures.

Vendor and part number verification

Always confirm the HPE part number and vendor SKU when procuring. Genuine HPE-branded drives are backed by HPE's documentation, warranty and support channels. Authorized channels and HPE-compatible vendors typically list the 805363-001 explicitly and provide guidance on firmware compatibility and return policies. Verifying serial numbers and procurement paperwork ensures that spares and replacements match the deployed inventory for warranty and support claims.

Installation, firmware and maintenance best practices

Correct installation procedures and a disciplined firmware maintenance policy are essential for long-term reliability. Prior to initial deployment, administrators should check for any drive firmware advisories from HPE. Firmware updates can resolve compatibility issues with server firmware and improve drive behavior under specific workloads. When updating firmware at scale, use test hosts to validate the update before rolling it out to production systems. Maintain an inventory of drive firmware versions and related release notes to simplify future troubleshooting.

Drive provisioning and secure erasure

When provisioning the 805363-001 for reuse or redeployment, secure erasure procedures protect sensitive data. HPE provides guidelines and tools for secure wipe and sanitization that align with industry standards. For drives to be repurposed or returned under warranty, follow HPE's recommended secure erase steps to meet data protection regulations and internal security policies.

Backup strategies and redundancy planning

No single drive, regardless of vendor, guarantees against data loss. Designing redundancy using RAID or replication, and maintaining a robust backup and restore plan, remain best practices. Because the 805363-001 is often used for system disks and caching, ensure that configuration management and image backups exist so systems can be rapidly restored in the event of a drive failure or corruption.

Operating temperature and altitudes

Refer to HPE's official specifications for detailed operating temperature ranges and altitude limitations. Drives used in non-standard environments such as remote cabinets or elevated-altitude sites may exhibit different thermal behavior; implement environmental monitoring in such cases and plan maintenance windows to allow for firmware-driven performance adjustments if needed.

Security features and enterprise data protection

Enterprise SSDs often support security features such as hardware-based encryption and secure erase commands. While SATA devices implement industry-standard security command sets, verify whether a particular 805363-001 offering includes self-encrypting drive functionality or requires additional controller support. Integrating storage-level encryption with host-based key management contributes to compliance efforts and reduces the risk surface if a drive is removed from a chassis.

Regulatory compliance and certifications

Organizations operating in regulated industries should ensure that drives and systems meet applicable certifications. HPE-branded storage components are generally documented for compliance with environmental, electromagnetic and other industry standards. Maintain records of certifications and test reports as part of procurement and audit cycles.

Lifecycle management and end-of-life planning

An effective storage lifecycle plan defines how long drives remain in service, when they are cycled out, and how replacements are stocked. Track renewal and warranty periods for each 805363-001 deployed, and parallel inventory levels to avoid procurement delays. HPE typically publishes end-of-life notices and replacement part suggestions; subscribe to vendor notifications to stay ahead of obsolescence and ensure compatibility with new server platforms.

Spare part strategy and inventory optimization

Balancing spare inventory against the cost of downtime is a central planning task. For critical systems, keeping a small pool of verified spare 805363-001 drives on-site accelerates recovery after a failure. For less critical systems, centralized spares combined with expedited shipping may be more cost-effective. Whichever approach is chosen, label and store spares properly to prevent firmware or part mismatches when they are needed.