HP58N Dell 1TB 7.2K SATA 6Gbps 3.5 Inch Hard Drive with Tray

Overview of Dell Enterprise-Class Internal Storage Solution  

The DELL HP58N 1TB SATA hard disk drive is engineered to deliver stable performance, dependable data handling, and seamless integration within Dell PowerEdge server environments. Built for enterprise workloads, this internal HDD balances capacity, speed, and durability, making it suitable for data-intensive operations, virtualization platforms, and everyday server tasks.

Main Architecture 

• Manufacturer: Dell
• Part Number: HP58N
• Product Type: Hard Disk Drive

Key Technical Attributes

• 1TB formatted storage capacity for scalable data growth
• 3.5-inch internal drive size for enterprise server bays
• Serial ATA interface supporting multiple transfer modes
• Pre-installed tray optimized for Dell PowerEdge servers

Interface Capabilities

• Maximum interface bandwidth up to 6.0 Gb/s
• Backward support for 3.0 Gb/s and 1.5 Gb/s links
• Single-port SATA connectivity for stable data access

Drive Performance Highlights 

• 7200 RPM rotational speed for reliable access times
• Stable performance under continuous server workloads
• Designed for 24/7 operational environments

Hot-Plug Functionality and Serviceability

• Hot-swappable design for uninterrupted server uptime
• Reduced maintenance windows in enterprise deployments
• Ideal for mission-critical applications

Mechanical Details

• Width: 101.6 mm
• Depth: 147 mm
• Height: 26.1 mm

Supported Dell PowerEdge Models

• PowerEdge C6220 II and C6320
• PowerEdge R230, R330, R430, and R530
• PowerEdge R730, R730xd, and R930
• PowerEdge T130, T330, T430, and T630

Deployment Scenarios

• Business-critical data storage
• Virtual machine hosting
• Departmental and branch office servers
• Scalable storage expansion projects

Outline of Dell HP58N 1TB 7200RPM SATA-6GBPS HDD

The DELL HP58N 1TB 7200RPM SATA-6Gbps 3.5-inch hard disk drive with tray is positioned within the enterprise storage category designed specifically for Dell PowerEdge servers. This category focuses on dependable, server-grade mechanical storage solutions optimized for sustained workloads, predictable latency, and long operational lifecycles in business-critical environments. Unlike consumer desktop hard drives, these drives are validated for continuous operation, compatibility with Dell RAID controllers, and seamless hot-plug integration within PowerEdge server chassis.

This category addresses the need for cost-effective mass storage where capacity, stability, and platform compatibility matter more than extreme IOPS. The 1TB capacity point represents a balanced option for operating system storage, application data, backup targets, and structured datasets that require reliable magnetic media rather than flash-based alternatives. With Dell-certified firmware and a factory-installed tray, these hard drives reduce deployment complexity while maintaining enterprise standards.

1TB Capacity Tier in Enterprise Storage Architectures

The 1TB capacity tier represented by this category is widely used in small to mid-sized server deployments and in scalable architectures where multiple drives are aggregated into RAID volumes. This capacity point offers a favorable balance between storage density and rebuild times, which is an important consideration in mechanical drive arrays.

In PowerEdge servers, 1TB SATA drives are commonly deployed in RAID 1 configurations for operating systems, RAID 5 or RAID 6 for application data, and RAID 10 for mixed workload environments. This category supports flexible storage design without introducing excessive rebuild risk or performance bottlenecks.

Use Cases in Virtualized and Bare-Metal Environments

Within virtualized infrastructures, this category supports hypervisor installations, template repositories, and low to moderate I/O virtual machine workloads. In bare-metal environments, the drives are frequently used for file servers, domain controllers, backup repositories, and application servers where sequential throughput is prioritized over random I/O intensity.

The mechanical nature of the drive makes it suitable for predictable workloads that benefit from sustained transfer rates rather than burst performance. This aligns well with many enterprise applications that rely on consistency and reliability.

7200RPM Spindle Speed Performance Characteristics

The 7200RPM spindle speed is a defining attribute of this category, offering a performance level that exceeds entry-level 5400RPM drives while maintaining manageable power consumption and thermal output. This speed tier delivers improved average seek times and higher sustained data transfer rates, which are important in multi-user server environments.

For PowerEdge servers, 7200RPM drives provide a dependable baseline for transactional workloads, shared storage access, and background maintenance operations such as backups and indexing. This category is designed to deliver consistent performance under continuous load conditions.

Latency and Throughput Balance

The performance profile of 7200RPM drives in this category emphasizes balanced latency and throughput. While not intended to replace enterprise SAS or SSD solutions, these drives offer sufficient responsiveness for many production workloads when deployed in properly configured RAID arrays.

Sequential read and write operations benefit from the rotational speed, making the drives suitable for media storage, log retention, and archival data that still requires regular access.

SATA 6Gbps Interface and Backward Compatibility

The SATA 6Gbps interface places this category within a widely supported and cost-efficient connectivity standard for enterprise servers. SATA 6Gbps provides ample bandwidth for mechanical drives, ensuring that interface limitations do not constrain drive performance.

Compatibility with earlier SATA revisions allows these drives to operate in older PowerEdge servers while still being fully supported in newer generations. This backward compatibility extends the usefulness of the category across mixed-generation data center environments.

Controller Negotiation and Signal Stability

Drives in this category are engineered to maintain stable signal negotiation with Dell SATA backplanes and controllers. This ensures consistent link speeds, reduced error rates, and reliable data transmission even in densely populated server chassis.

Stable SATA negotiation contributes to lower maintenance overhead and fewer unexpected disconnect events, which is critical in always-on enterprise systems.

3.5-Inch Form Factor for Maximum Capacity Efficiency

The 3.5-inch form factor defines this category as a capacity-oriented storage solution. Compared to smaller form factors, 3.5-inch drives offer higher storage density at a lower cost per terabyte, making them ideal for bulk data storage in rack and tower PowerEdge servers.

This form factor is commonly used in LFF server configurations where maximizing total capacity within a chassis is a priority. The DELL HP58N category aligns with this requirement by offering reliable mechanical storage in a standardized physical format.

Chassis Compatibility Across PowerEdge Models

Drives with the 3.5-inch form factor and Dell tray are compatible with a wide range of PowerEdge servers, including popular rack and tower models. This broad compatibility simplifies inventory management and allows organizations to standardize on a single drive category across multiple deployments.

Hot-Plug Tray Integration and Serviceability

The inclusion of a Dell-compatible hot-plug tray is a critical aspect of this category. The tray ensures proper alignment, secure insertion, and correct engagement with server backplanes. This design supports tool-less installation and removal, minimizing downtime during maintenance operations.

Hot-plug capability allows administrators to replace drives without powering down the server, maintaining service availability and reducing operational risk. This is particularly valuable in environments with strict uptime requirements.

Data Center Operations

From a serviceability perspective, the tray-equipped design improves maintenance efficiency by standardizing replacement procedures. Technicians can quickly identify, remove, and replace drives using visual indicators and standardized latching mechanisms.

This category supports best practices for data center operations by enabling rapid response to drive failures and routine upgrades.

Reliability and Duty Cycle Expectations

The DELL HP58N 1TB SATA hard disk drive category is built to meet enterprise reliability expectations, including extended duty cycles and continuous operation. These drives are rated for 24x7 usage, making them suitable for production server environments where downtime is not acceptable.

Enterprise-grade components and quality control processes contribute to predictable failure rates and consistent performance over the drive’s operational life.

Error Handling and Data Integrity

Error handling mechanisms in this category are designed to work in conjunction with RAID controllers to preserve data integrity. Controlled error recovery and accurate reporting help ensure that data remains protected even when individual sectors encounter issues.

This approach minimizes the risk of cascading failures within RAID arrays and supports long-term data reliability.

Thermal and Power Efficiency Considerations

Thermal management is a key consideration in server storage categories, and the DELL HP58N drive is engineered to operate within the airflow and cooling profiles of PowerEdge servers. Efficient heat dissipation reduces stress on both the drive and surrounding components.

Power efficiency is also optimized to balance performance with energy consumption, contributing to lower operational costs in large-scale deployments.

Impact on Overall Server Energy Profiles

By maintaining predictable power draw and thermal output, this category supports stable server energy profiles. This is particularly important in high-density racks where cumulative heat and power consumption must be carefully managed.

Compatibility Across PowerEdge Generations

This category is designed for compatibility with multiple generations of Dell PowerEdge servers. Whether deployed in legacy systems or newer platforms, the drive maintains consistent behavior and management integration.

Such cross-generation compatibility allows organizations to extend the life of existing infrastructure while maintaining standardized storage components.

Use in Backup, Archival, and Secondary Storage Roles

The characteristics of this category make it well suited for backup and archival roles within enterprise environments. The 1TB capacity and mechanical design provide an economical solution for retaining data that must remain accessible but does not require flash-level performance.

Secondary storage tiers built with these drives can support compliance requirements, historical data retention, and disaster recovery strategies.

Data Retention  

For long-term data retention, mechanical drives in this category offer proven durability and predictable aging characteristics. When properly managed, they can provide reliable access to stored data over extended periods.

Role in Cost-Optimized Server Storage Strategies

Cost optimization is a central reason for selecting this category. Compared to SSD and SAS alternatives, SATA hard drives provide a lower total cost per terabyte while still meeting enterprise reliability standards.

This makes the DELL HP58N category an attractive option for organizations balancing performance requirements with budget constraints.

Scalability in Growing IT Environments

As storage needs grow, this category allows for scalable expansion without disproportionate cost increases. Additional drives can be added to existing arrays or new servers can be provisioned using the same standardized components.

Integration with RAID Levels and Data Protection Schemes

The DELL HP58N 1TB SATA hard disk drive category is designed to integrate seamlessly with common RAID levels used in PowerEdge servers. Whether configured in mirrored, striped, or parity-based arrays, these drives support robust data protection schemes.

Consistent performance and predictable failure characteristics contribute to reliable RAID behavior and manageable rebuild processes.

Rebuild Times and Array Stability

The 1TB capacity helps keep rebuild times within reasonable limits, reducing exposure to secondary failures during recovery operations. This enhances overall array stability and data protection.

Operational Consistency in Enterprise IT Environments

Operational consistency is a defining advantage of this category. From initial deployment through ongoing maintenance, the drives behave predictably within Dell PowerEdge servers.

This consistency supports standardized operational procedures, simplified documentation, and reduced training requirements for IT staff.

Long-Term Platform Confidence

By relying on a well-defined and widely used storage category, organizations gain long-term confidence in their server storage platform. The DELL HP58N 1TB 7200RPM SATA hard disk drive with tray remains a dependable component within the broader PowerEdge ecosystem.