874217-001 HPE SATA 6GBPS 7.2K 10TB LFF Internal Hard Disk Drive

HPE 874217-001 10TB SATA 6GBPS Internal HDD

The HPE 874217-001 10TB SATA hard disk drive is engineered for enterprise-grade storage demands. Designed with high-capacity architecture and dependable performance, this 3.5-inch large form factor (LFF) HDD provides organizations with the scalability needed to store and manage massive data volumes effectively. Its 7200 RPM spindle speed ensures smooth and consistent throughput, making it suitable for environments requiring balance between performance and reliability.

Key Highlights of HPE 874217-001 10TB Drive

• Massive 10TB storage capacity for large-scale workloads and data archiving.
• 6Gb/s SATA interface that supports fast and efficient data transfer.
• 7200 RPM spindle speed delivering stable performance for read/write operations.
• Large form factor 3.5-inch internal drive optimized for servers and storage arrays.
• Trusted HPE quality and durability for enterprise-level deployments.

Core Features

• Interface: SATA 6Gb/s
• Spindle Speed: 7200 RPM
• Capacity: 10 Terabytes
• Form Factor: 3.5-inch LFF
• Drive Type: Internal HDD

Applications and Use Cases

• Storage for virtualization platforms and server workloads.
• Massive content repositories and data-intensive projects.
• Business continuity through reliable backup and recovery.
• Data lakes, file storage, and archival purposes.

Benefits of HPE 874217-001 SATA Drive

• Enhanced scalability with large storage space for expanding data needs.
• Cost-efficient alternative compared to solid-state drives in large-capacity deployments.
• Optimized for sequential read and write workloads common in enterprise storage.
• Tested and certified by HPE for long-lasting durability.

Deployment Scenarios

• Upgrading existing HPE server storage capacity.
• Expanding shared storage in data centers.
• Dedicated use for backup servers and disaster recovery.
• Deployment in hybrid storage solutions with HDD caching.

874217-001 HPE SATA 6GBPS 7.2K 10TB LFF HDD

The 874217-001 HPE SATA 6Gbps 7.2K 10TB LFF Internal Hard Disk Drive represents a class of enterprise-focused large form factor (LFF) SATA HDDs engineered for capacity-first storage environments where cost-per-terabyte, compatibility with legacy and current HPE servers, and proven mechanical reliability matter. This category description explores the drive family and relevant subcategories — capacity tiers, spindle speed variants, interface differences, and compatibility options — and provides search-optimized details for buyers, resellers, and IT administrators seeking high-capacity SATA HDDs for archive, backup, nearline primary storage, and cold-data pools.

Why enterprises choose the 874217-001 series

Buyers frequently opt for drives in this category for four principal reasons: cost efficiency for large-capacity deployments; predictable performance characteristics for throughput-focused workloads; broad compatibility with HPE systems (including validated firmware revisions); and proven mechanical reliability from established HDD vendors used by HPE as OEM partners. The 874217-001 SKU is often found as factory-installed media in specific HPE storage arrays and server storage backplanes, or as a hot-swap replacement part for expansion and refresh projects.

Compatible systems and chassis

HPE servers and storage arrays

The 874217-001 SKU is specifically marketed as an HPE part number; therefore it’s commonly validated for use with a range of HPE ProLiant servers, Apollo and DL-series systems, and certain HPE storage enclosures. Common compatibility notes include:

Use cases and workload suitability

Archive and long-term retention

High-capacity 10TB HDDs are ideal for archive layers where frequent random access is not required. They provide excellent cost-per-GB for write-once/read-seldom datasets, compliance storage, WORM (where enforced by higher-level software), and media repositories.

Backup targets and secondary storage

Use these drives in backup appliances, deduplication targets, or network-attached storage (NAS) devices where sequential throughput during backup windows is more important than ultra-low latency. In RAID configurations, 10TB drives allow fewer spindles to achieve a given capacity — simplifying RAID rebuild planning and power/cooling considerations.

Object storage and cold-object pools

For scale-out object storage platforms (e.g., Ceph, Scality, OpenStack Swift), 10TB LFF SATA drives reduce the node count and cost per object by consolidating more raw capacity per disk. They are preferred in cold tier pools where throughput matters more than IOPS.

Media streaming and video surveillance

Long-duration video streams and surveillance footage retention benefit from high-capacity spindles that can write multiple simultaneous streams and retain months of video without frequent tape offload.

How to choose between subcategories

Capacity vs. performance trade-offs

When selecting storage media for a specific tier, evaluate whether capacity density or performance matters more. The 874217-001 10TB 7.2K SATA drive emphasizes capacity and cost-efficiency. If your workload requires higher IOPS or lower latency (e.g., transactional databases), consider 10K/15K HDDs or enterprise HDD tiers instead.

SATA vs. SAS vs. NVMe where 874217-001 fits

SATA 6Gbps is cost-effective and widely compatible, making it great for cold/nearline tiers. SAS offers higher reliability, dual-port capability, and higher throughput for mission-critical back-end storage; NVMe/HDD is optimized for low-latency primary storage. Use 874217-001 where capacity per dollar and SATA compatibility are primary selection criteria.

Performance tuning and optimization

Stripe size and RAID alignment

For sequential workflows, choose RAID stripe sizes that align with typical large-file read/write block sizes to maximize throughput. For backup and streaming workloads, larger stripes can be advantageous; for mixed workloads, a balanced approach reduces read-modify-write penalties.

Caching and tiering strategies

Combine these high-capacity HDDs with a faster tier (HDD or NVMe) for caching hot data. Tiering policies and read/write caches reduce effective latency and hide the comparatively higher seek time of 7.2K spindles while preserving low-cost capacity for colder data.

Firmware and controller settings

Ensure controller write-cache and battery-backed cache settings are optimized. In many enterprise RAID controllers, enabling write cache with power-loss protection balances performance and safety. Also consider write-intent logging or controllers with drive-assisted rebuild features.

When to consider HDD or hybrid options

If your workload demands high IOPS, low-latency responses, or sustained random reads/writes, enterprise HDDs or hybrid drives may be more appropriate despite higher cost per TB. Consider hybrid arrays where HDDs act as an auto tiering cache in front of 10TB SATA drives to blend cost and performance.

Environmental and operational impact

Power and cooling at scale

Deploying many 10TB HDDs impacts rack-level power and cooling. Compare drive idle and average active power figures and calculate power draw for full racks. Efficient airflow and temperature management reduce failure rates and prolong service life.

Data center density and weight considerations

While 3.5" drives provide high capacity per bay, they add more weight than 2.5" media. Ensure rack and floor loading specifications are met, especially in high-density archive deployments.

Drive-level options

Some enterprise drives and HPE platforms support drive-level encryption (SED — self-encrypting drive) or integration with key management systems. If encryption is required for compliance, verify whether the 874217-001 SKU or its equivalent supports encryption or if host-based encryption will be used.

Data sanitization and end-of-life

For secure decommissioning, follow NIST or organizational policies for overwriting, encryption-based crypto-erase, or physical destruction. Using encrypted drives simplifies secure disposal because cryptographic erasure is faster and often preferred for high-capacity media.

Content blocks for product landing and category indexing

Include search terms such as: 874217-001 HPE 10TB HDD, HPE SATA 6Gbps 10TB 7.2K, HPE LFF internal hard drive 10TB, nearline HDD 10TB for HPE servers, HPE part 874217-001 replacement, and generic intent phrases like buy 10TB HPE hard drive or HPE 10TB SATA drive compatibility. Long-tail queries often include “replacement”, “upgrade”, “compatibility with ProLiant DL380”, “firmware HPE 874217-001”, and “10TB HDD RAID rebuild time”.

Real-world deployment examples and architecture patterns

Backup appliance build

Example: A backup appliance node with 24 drive bays can hold up to 240TB raw using 10TB drives. Pair with deduplication and compression to significantly increase usable backup capacity and reduce the number of physical nodes required.

Cold storage node for object stores

In object storage clusters, each node may contain dense HDD shelves of 10TB drives arranged with erasure coding across nodes to balance storage efficiency and fault tolerance. These nodes act as the cold tier while separate HDD-based nodes serve hot data.

Video archive appliance

Surveillance or media archives use 10TB drives to store long retention periods of high-resolution footage. The  874217-001 drives’ sequential write capabilities and large capacity make them well-suited for continuous write streams.

Expected lifecycle and proactive replacement

Enterprise drives typically have lifecycle policies based on age, written TB, and SMART indicators. Many organizations schedule proactive drive replacements before warranty expiration or after a predefined service life window (e.g., 3–5 years) to reduce unexpected downtime risk.

Linking strategy

Internally link from this category page to relevant server models, RAID controllers, and storage enclosures to pass contextual relevance. Externally, authoritative links to HPE Quick Specs, datasheets, and third-party benchmark reports can improve trust signals.

Upsell opportunities

Offer higher-RPM or SAS dual-port variants for mission-critical applications, or enterprise-class HDDs for demanding I/O patterns. Also present extended warranty and installation service packs as higher-ticket add-ons.

Legal and compliance considerations

Regulatory requirements and certifications

High-capacity storage used for regulated data may require encryption, secure erasure protocols, and retention compliance. Check whether the drive or host platform supports certified encryption and key management integrations for HIPAA, GDPR, and other regulatory frameworks.

Export controls and procurement

The 874217-001 any export classification or restrictions when shipping HDDs across borders. Enterprise vendors and resellers often maintain compliance guidance to support global procurement.

Final buyer resources and next actions

Where to find more information

After reviewing this category description, reference product datasheets, HPE Quick Specs, and your HPE support representative for precise compatibility and firmware guidance. When ready to purchase, use the procurement checklist above to ensure a successful deployment and lifecycle plan.