061XPF Dell 164GB 15000 RPM 64mb Buffer SAS-6GBPS Hot-swap HDD

Products Overview of Dell 061XPF 146GB 15K RPM SAS HDD

The Dell 061XPF is a high-performance enterprise hard disk drive designed for mission-critical workloads in Dell servers and storage systems. With a 146GB storage capacity, ultra-fast 15,000 RPM spindle speed, and SAS 6Gbps interface, this 2.5-inch small form factor (SFF) drive delivers exceptional data access speeds and reliability. The drive comes pre-installed in a Dell hot-swap tray, enabling quick replacement and seamless deployment.

General Specifications

• Manufacturer: Dell
• Part Number: 061XPF
• Product Type: Hot-Swap Hard Disk Drive

Technical Product Information

• Storage Capacity: 146GB
• Interface: Serial Attached SCSI (SAS) 6Gbps
• Rotational Speed: 15,000 RPM
• Cache Memory: 64MB
• Form Factor: 2.5-Inch SFF
• Tray Included: Yes
• Device Type: Internal Enterprise Hard Drive
• Drive Type: Hot-Swap
• Interface Type: SAS 2, 6Gb/s
• Storage Capacity: 146GB
• Cache Buffer: 64MB
• Areal Density: 237.1 Gbps/in²
• Form Factor: 2.5-Inch x 1/3H

Physical Dimensions

• Height: 14.50 mm
• Width: 70.10 mm
• Length: 100.45 mm
• Weight: 201 grams

Performance Specifications

• Spindle Speed: 15,000 RPM
• Average Latency: 2.0 ms
• Random Read Seek Time: 3.2 ms
• Random Write Seek Time: 3.5 ms
• Interface Throughput: Up to 6Gb/s

Compatibility

Dell PowerEdge Servers

PowerEdge R710

Highlights of Dell 061XPF 164GB SAS 6GBPS Storage SFF HDD

Dell 061XPF 146GB 15000RPM 64MB Buffer SAS-6GBPS 2.5Inch Form Factor Hot-Swap Hard Disk Drive with Tray for Dell System is a high performance enterprise storage solution designed for organizations that require ultra-fast data access, dependable operational stability, and seamless compatibility with Dell server and storage environments. This enterprise class hard disk drive combines 146GB of high speed capacity with a 15000RPM spindle speed, SAS 6Gbps interface, and 64MB cache buffer to deliver exceptional responsiveness for mission critical workloads.

One Hundred Forty Six Gigabyte Enterprise

The 146GB storage capacity is optimized for workloads that prioritize speed, responsiveness, and low latency rather than maximum storage volume. This capacity is commonly used for operating systems, high performance databases, application files, and transactional workloads that demand rapid access times. Organizations can deploy this drive in RAID configurations to build highly responsive storage arrays while maintaining enterprise level redundancy. The compact yet performance focused capacity profile makes it a practical choice for systems where IOPS and reliability are more important than raw capacity.

High Performance Capacity Allocation

Dell 061XPF allows IT teams to dedicate ultra-fast storage to critical applications and active datasets that require frequent access. By assigning this drive to transactional databases, ERP systems, and application servers, organizations can improve processing speed and reduce latency. The drive supports efficient storage tiering strategies where hot data resides on faster media. This targeted deployment approach maximizes infrastructure performance while preserving cost efficiency.

Fifteen Thousand RPM Rotational Speed

The 15000RPM spindle speed is one of the key features that distinguishes this enterprise hard drive from lower speed alternatives. Higher rotational speed significantly reduces seek times and average latency, enabling faster read and write operations. This makes the drive particularly effective for workloads such as online transaction processing, high frequency database queries, and real time business applications. Organizations benefit from consistently fast response times and improved application performance under demanding conditions.

Ultra Low Access Time Rapid Transaction

Fast rotational speed allows the drive heads to locate requested data more quickly, minimizing wait times during random access workloads. This improvement directly enhances performance for transactional systems that process thousands of small requests. Databases, financial systems, and enterprise software platforms all benefit from reduced storage latency. The result is smoother application execution and greater overall productivity.

SAS Six Gigabit Interface Enterprise

The SAS 6Gbps interface provides robust enterprise connectivity with superior reliability, command queue handling, and error management capabilities. Compared to standard desktop interfaces, SAS technology is engineered for continuous operation in multi-drive server environments. It offers dependable signal integrity and stable communication with RAID controllers and server backplanes. This interface ensures consistent performance even under sustained enterprise workloads.

Reliable Command Processing High Availability

SAS technology supports advanced command handling and full duplex communication, allowing simultaneous read and write operations. This improves efficiency in environments with multiple concurrent workloads. Enhanced protocol level error detection helps maintain data integrity during transmission. These capabilities make SAS the preferred interface for mission critical enterprise storage.

Sixty Four Megabyte Cache Buffer Performance

The integrated 64MB cache buffer stores frequently accessed data and manages temporary write operations to improve throughput efficiency. This onboard memory reduces direct disk accesses and helps smooth out bursts of activity during demanding workloads. Repeated read requests are served more efficiently, contributing to better application responsiveness. The cache plays an important role in maintaining stable and predictable performance.

Intelligent Data Acceleration Memory

By buffering active data, the drive can process requests more effectively and minimize mechanical delays. This improves performance during repetitive tasks and transactional operations. The cache also enhances write efficiency by organizing data before committing it to disk media. Businesses benefit from faster storage response and improved consistency.

Two Point Five Inch Small Form Factor

The 2.5-inch small form factor allows more drives to be installed within a server chassis compared to larger form factor models. This higher density design is ideal for organizations seeking to maximize performance within limited rack space. Small form factor drives also typically consume less power and generate less heat, improving overall system efficiency. Dell 061XPF is an excellent fit for compact yet high performance enterprise environments.

High Density Rack Deployment Infrastructure

The compact physical design supports dense storage configurations where many drives operate together in a limited footprint. This allows businesses to build powerful RAID arrays with exceptional IOPS performance. Greater drive density improves scalability while reducing infrastructure complexity. It is particularly valuable in data centers with strict space utilization requirements.

Dell Hot Swap Tray Continuous Availability

The included Dell tray enables direct installation into compatible server bays without requiring additional mounting hardware. Hot-swap functionality allows administrators to remove or replace the drive while the system remains online. This minimizes downtime and supports uninterrupted business operations. The tray ensures precise alignment and reliable electrical contact within the server chassis.

Non Disruptive Serviceability Enterprise

When maintenance is required, IT personnel can quickly replace the drive without shutting down critical applications. This reduces service interruptions and preserves productivity. Hot-swap capability is essential for organizations that operate around the clock. It simplifies support procedures and strengthens overall infrastructure resilience.

Dell System Certified Enterprise

Dell 061XPF is validated for use in compatible Dell PowerEdge servers and enterprise storage systems. Certified compatibility ensures proper firmware recognition, RAID controller support, and integration with management utilities. This reduces deployment risks and helps administrators maintain predictable performance. Organizations can install the drive confidently as part of standard infrastructure planning.

Firmware Validation Stable Platform Recognition

Dell qualification testing confirms that the drive functions reliably within supported hardware environments. System BIOS and RAID controllers accurately detect the drive and report health status information. This validation process minimizes compatibility concerns during installation and expansion. It contributes to consistent and dependable operation.

Database Acceleration Mission Critical Workload

The low latency characteristics of Dell 061XPF make it particularly well suited for enterprise databases. Applications such as SQL servers, ERP systems, and financial platforms benefit from rapid access to active data. Faster storage response improves query execution times and reduces transaction delays. This helps maintain responsive application performance during peak operational periods.

Transactional Processing Speed Business Application

Database workloads often involve thousands of small random read and write operations. The 15000RPM design handles these requests efficiently, ensuring smooth data processing. Reduced latency improves user experience and supports faster reporting and analytics. The drive provides a reliable foundation for performance sensitive applications.

Infrastructure High IOPS Storage Foundation

Virtualized environments generate diverse storage demands from multiple guest operating systems and applications. Dell 061XPF offers the IOPS performance needed to support virtual machine boot disks, application volumes, and active snapshots. Its fast response times help maintain consistent performance across shared workloads. This makes it an effective storage component for virtualization clusters.

Shared Workload Responsiveness Performance

When many virtual machines access storage simultaneously, latency becomes a critical factor. High spindle speed and enterprise SAS connectivity ensure dependable response under load. Virtual desktops, test environments, and production VMs all benefit from improved storage efficiency. This contributes to a smoother and more scalable virtualization platform.

RAID Configuration Flexibility Enterprise

Multiple Dell 061XPF drives can be deployed in RAID arrays to enhance data protection, performance, and system availability. RAID 1, RAID 10, and RAID 5 configurations allow businesses to balance redundancy and capacity according to operational requirements. Uniform drive characteristics ensure consistent behavior within the array. This flexibility supports a wide range of enterprise storage architectures.

Consistent Multi Drive Performance Scalable

Standardized specifications simplify array design and predictable scaling. Additional drives can be added as workloads grow or redundancy requirements increase. RAID deployment also improves resilience against drive failures. Organizations gain both performance and reliability benefits from structured storage planning.

Advanced Long Term Durability Platform

Dell enterprise drives are manufactured with precision mechanical components engineered for 24/7 operation. Balanced spindle assemblies, durable media surfaces, and optimized actuator systems help maintain stable performance over extended periods. These design features reduce wear and support dependable service life. The result is storage hardware built to withstand demanding enterprise conditions.

Precision Component Construction Reliability

Each internal component is selected to meet stringent enterprise standards for durability and performance. Mechanical accuracy ensures consistent head positioning and data access. Robust construction reduces the likelihood of premature failure. This engineering focus enhances long term infrastructure stability.

Vibration Control Multi Drive Stability Technology

In dense server environments, vibration generated by neighboring drives can affect read and write accuracy. Dell 061XPF incorporates enterprise design features that minimize vibration sensitivity and preserve head alignment. Stable operation is maintained even when many disks run simultaneously. This improves both reliability and performance consistency.

Accurate Head Positioning High Density

Vibration mitigation technology ensures the read/write heads remain precisely aligned with the disk media. This reduces the possibility of retries and performance fluctuations. Stable mechanics contribute to predictable throughput and improved data integrity. The drive remains dependable in demanding rack mounted systems.

Data Center Cooling Architecture

The drive is engineered to operate efficiently within Dell server airflow systems, allowing heat to dissipate effectively during continuous workloads. Controlled operating temperatures reduce mechanical stress and support long term reliability. Efficient thermal behavior is especially important in high density installations. Proper cooling compatibility helps maximize drive lifespan.

Temperature Stability Continuous Operation

Maintaining stable internal temperatures preserves component integrity and consistent performance. Efficient cooling also reduces the risk of thermal related slowdowns or failures. This ensures the drive remains dependable during sustained enterprise usage. Thermal optimization is a key factor in long term storage reliability.

Balanced Power Consumption Infrastructure

Dell 061XPF delivers high performance while maintaining efficient energy usage relative to its speed class. Power optimization helps reduce operating costs and limits cooling requirements across storage deployments. This balance is particularly valuable in data centers with multiple servers and large drive populations. Organizations can scale performance without excessive increases in energy consumption.

Operational Cost Reduction Sustainable

Efficient hardware contributes to lower electricity expenses and improved environmental performance. Reduced heat output also decreases the burden on cooling systems. Over time, these savings support more economical infrastructure management. The drive offers strong performance with responsible resource utilization.

Data Integrity Protection Enterprise

Advanced error detection and correction technologies help ensure data is written and retrieved accurately. The SAS protocol adds another layer of reliability through robust communication and command verification. These protections reduce the likelihood of corruption and strengthen trust in stored information. Data integrity remains essential for mission critical workloads.

Accurate Storage Operations Secure Information

Enterprise applications depend on precise and reliable data access. Built in safeguards continuously monitor operations to detect and correct potential issues. This maintains consistency across storage transactions and preserves information quality. Organizations gain confidence in the integrity of their critical business data.

Predictive Proactive Architecture

Health monitoring technologies provide early warning indicators that help administrators identify potential issues before they impact production systems. Predictive alerts enable planned replacements and reduce unexpected downtime. Continuous monitoring improves infrastructure resilience and simplifies maintenance scheduling. This proactive approach enhances operational stability.

Preventive Service Planning Infrastructure

By monitoring drive metrics over time, administrators can detect trends that signal wear or degradation. Maintenance can be performed at convenient times rather than during emergencies. This reduces operational disruption and improves business continuity. Predictive management is a valuable feature in enterprise environments.