49Y6003 IBM 4TB 7.2K RPM SATA 6GBPS Hot Swap Hard Disk

Product Overview of IBM 49Y6003 4TB Nearline Storage HDD

The IBM 49Y6003 4TB Nearline hard disk drive is engineered for enterprise storage environments requiring dependable performance and large capacity. Enterprise infrastructures benefit from dependable storage execution maintaining operational continuity and performance stability under sustained workloads. Featuring a SATA 6Gbps interface and 7200RPM spindle speed, this drive is ideal for data centers, backup systems, and high-volume storage applications.

General Specifications

• Manufacturer: IBM
• Part Number: 49Y6003
• Product Type: Hard Disk Drive

Technical Information

• Drive Type: Hot-Swap Nearline HDD
• Capacity: 4TB
• Form Factor: 3.5-Inch Slim Line (LFF)
• Interface Type: SATA 6Gb/s
• External Data Transfer Rate: 600 MB/s
• Spindle Speed: 7200 RPM
• Technology: S.M.A.R.T Enabled

Performance and Efficiency

• Drive Transfer Rate: 600 MB/s (external)
• Internal Data Rate: 112 MB/s
• Rotation Speed: 7200 RPM

Physical Design And Dimensions

Dimensions

• Width: 4 Inches
• Depth: 5.8 Inches
• Height: 1 Inch
• Weight: 26.23 Oz

Expansion and Connectivity

• Interface Ports: 1 x SATA 6Gb/s
• Compatible Bay: 3.5-Inch Slim Line

Environmental Specifications

• Minimum Operating Temperature: 41°F
• Maximum Operating Temperature: 140°F
• Humidity Range: 5% to 90% (non-condensing)

Compatibility

Supported IBM Devices

• IBM System X3100 M5 (3.5)
• IBM System X3300 M4 (3.5)
• IBM System X3500 M4 (3.5)
• IBM System X3530 M4 (3.5)
• IBM System X3550 M4 (3.5)
• IBM System X3650 M4 BD (3.5)
• IBM Storage DX8200C 5120

Highlights of IBM 49Y6003 4TB SATA 6GBPS 7200RPM LFF HDD

IBM 49Y6003 7200RPM 4TB SATA 6GBPS 3.5Inch LFF Gen2 Nearline Hot Swap Hard Drive with Tray is designed to support enterprise environments where high capacity storage and stable throughput are required for continuous operations. Internal architecture ensures smooth and consistent data handling across nearline workloads supporting efficient processing of large datasets. System behavior remains predictable across extended operational cycles ensuring stable performance for critical applications.

Three Point Five Inch Large Form Factor Integration Structural

The 3.5 inch LFF form factor allows high capacity integration within enterprise storage systems ensuring efficient deployment across server infrastructures. Larger design improves airflow and contributes to stable thermal conditions during continuous operation. Integration remains seamless ensuring compatibility across enterprise hardware configurations. Structural optimization enhances reliability and long term performance consistency.

Hot Swap Capability Continuous Operation

Hot swap functionality allows installation or replacement without system shutdown ensuring uninterrupted enterprise operations during maintenance procedures. System uptime remains stable reducing downtime in critical environments where continuous data access is essential. Maintenance processes become efficient allowing quick servicing and hardware replacement. Continuous operation ensures reliable performance across enterprise infrastructures.

Enterprise Server Compatibility Seamless Integration

The drive is engineered for compatibility with enterprise server systems ensuring seamless integration and stable performance across infrastructures. Installation efficiency improves with minimal configuration requirements supporting faster deployment. System coordination enhances workload management ensuring consistent operation. Hardware compatibility contributes to long term stability and dependable performance.

Continuous Enterprise Workload Processing Stability

The drive is optimized for continuous enterprise workload processing ensuring stable performance across long operational durations. Internal components operate cohesively maintaining consistent data flow and accurate processing across applications. Performance remains reliable under sustained workloads and large data processing conditions. Enterprise systems benefit from predictable storage behavior supporting critical operations.

Internal Data Flow Structured Processing

Internal architecture is structured to enhance data flow reducing latency and improving responsiveness within enterprise storage environments. Multiple operations are processed simultaneously without performance degradation ensuring stable output. Data pathways are optimized to handle large datasets efficiently. System efficiency improves through controlled and structured data management processes.

Mechanical Durability Extended Lifecycle Structural

Mechanical components are designed for durability ensuring stable performance under continuous enterprise workloads and nearline environments. Wear resistant materials extend operational lifespan reducing maintenance requirements. Structural reliability ensures consistent data access across extended usage cycles. Enterprise infrastructures benefit from long lasting and dependable storage hardware solutions.

Advanced Thermal Stability Heat Dissipation Performance

Thermal management ensures effective heat dissipation maintaining stable operating temperatures during continuous operations. Cooling efficiency enhances system reliability under sustained workloads ensuring consistent output. Temperature regulation prevents overheating improving hardware durability. Stable thermal conditions support dependable enterprise storage performance across environments.

Reliable Data Integrity Assurance Enterprise

Data integrity systems ensure accurate storage and retrieval minimizing risks associated with data corruption across enterprise environments. Structured processing maintains reliable information handling across multiple workloads and applications. Data accuracy remains consistent across long operational cycles ensuring dependable enterprise functionality. Critical systems rely on stable and precise data management.

Flexible Multi Platform Integration Deployment

The drive supports integration across multiple enterprise platforms ensuring compatibility within diverse IT infrastructures and storage systems. Deployment remains efficient across different configurations improving system flexibility. Adaptability enhances performance across complex enterprise environments ensuring stable operation. Scalability is improved through flexible integration capabilities supporting enterprise growth.

Environment Storage Resource Distribution

Virtualized environments benefit from balanced resource distribution ensuring efficient storage utilization across virtual machines and applications. Workload allocation remains optimized preventing performance degradation under high demand conditions. Multiple processes operate efficiently without system slowdown. Storage efficiency improves across virtualized enterprise infrastructures supporting scalability.

Operation Optimized Power Consumption Performance

Energy efficiency is achieved through optimized power consumption ensuring reduced operational costs across enterprise deployments. System performance remains stable while minimizing energy usage during workloads. Power management strategies support sustainable computing practices within enterprise environments. Efficiency improvements contribute to long term cost savings and operational reliability.

Data Processing Stable Execution Enterprise Performance

High volume data processing is handled efficiently ensuring stable execution across enterprise workloads and applications. Data flow remains consistent supporting uninterrupted system operations. System responsiveness remains stable during processing demand ensuring reliable output. Enterprise applications benefit from dependable and efficient storage processing capabilities.

Continuous Data Availability High Uptime Enterprise Reliability

Continuous data availability ensures uninterrupted access to critical enterprise information supporting business continuity. High uptime guarantees stable system performance across extended operational cycles. Workloads are executed without disruption ensuring reliable storage functionality. Enterprise productivity improves through dependable and consistent data access systems.

Adaptive Performance Monitoring Stable

Performance monitoring ensures stable system operation across varying workloads maintaining consistent output under different conditions. Adaptive control mechanisms improve efficiency through continuous optimization processes. Storage systems remain reliable across long duration enterprise usage cycles ensuring predictable performance. Stability is enhanced through ongoing monitoring and system adjustments.

Scalable Storage Infrastructure Flexible Expansion

Scalable architecture allows storage expansion without affecting system performance ensuring long term adaptability across enterprise environments. Systems adjust efficiently to increasing storage requirements across workloads. Expansion processes remain structured maintaining operational stability. Enterprise infrastructures benefit from scalable and flexible storage solutions supporting growth.

Low Latency High Speed Data Access

Low latency design ensures faster data access improving response time and system efficiency across enterprise environments. Performance remains stable under workload pressure ensuring smooth application execution. Data access consistency is maintained across high demand scenarios ensuring stability. Enterprise systems benefit from improved responsiveness and faster processing capabilities.

Enterprise Workflow Execution Stability Engine

Workflow execution remains stable ensuring smooth operation of enterprise applications across storage infrastructures. Processing efficiency enhances productivity across multiple workloads and operations. Data handling remains structured ensuring consistent output across enterprise processes. Systems operate efficiently without interruptions or performance degradation ensuring reliable functionality.