00W1240 IBM 900GB 10K RPM SAS 6GBPS Hard Drive

Highlights of IBM 00W1240 900GB SAS 6GBPS 10K RPM HDD

The IBM 00W1240 900GB SAS hard drive is a high-performance enterprise storage solution designed for IBM System Storage DS3512, DS3524, and DS3950 storage arrays. Featuring a 10K RPM spindle speed, 6Gbps SAS interface, and 2.5-inch small form factor, this hot-swappable HDD delivers reliable data access, enhanced server responsiveness, and dependable enterprise-class storage performance.

General Specifications

• Manufacturer: IBM
• Part Number: 00W1240
• Product Type: Hot Swap Hard Disk Drive

Technical Specifications

• Device Type: Hard Drive Hot Swap
• Storage Capacity: 900GB
• Interface Standard: SAS 6GBPS
• Rotational Speed: 10000 RPM
• Form Factor: 2.5-Inch SFF

Performance Specifications

• Drive Transfer Rate: 600 Mbps External
• Interface Type: SAS 6Gb/s
• Spindle Speed: 10000 RPM
• Data Access: Optimized For Enterprise Environments
• Hot Swap Support: Yes

Expansion and Connectivity

• Interfaces: 1 x SAS 6GBPS
• Compatible Bays: 2.5-Inch SFF Hot Swap Slot
• Drive Type: Internal Enterprise Hard Drive

Compatibility

Supported IBM Storage Arrays

• IBM System Storage DS3512 Model C2A
• IBM System Storage DS3524 Model C4A
• IBM System Storage DS3524 Model C4T
• IBM System Storage DS3950 Model 94
• IBM System Storage DS3950 Model 98

Products Overview of IBM 00W1240 900GB Enterprise HDD

IBM 00W1240 900GB SAS 6GBPS 10000RPM 2.5Inch SFF Hot Swap Hard Drive with Tray for IBM System Storage DS3512 DS3524 DS3950 is engineered to deliver enterprise grade performance, dependable storage reliability, and continuous operational stability across demanding business environments. The storage architecture is optimized for enterprise data centers requiring fast data access, structured workload management, and scalable deployment capability across storage infrastructures. Precision mechanical engineering combined with advanced SAS communication technology ensures predictable performance behavior under sustained enterprise workloads and high intensity operational conditions.

Nine Hundred Gigabyte Enterprise Storage Capacity

The 900GB storage capacity provides balanced enterprise data management capability supporting transactional databases, virtualization systems, and business critical application environments requiring dependable storage performance. Capacity optimization architecture improves workload allocation ensuring efficient handling of enterprise datasets and maintaining operational responsiveness during continuous processing cycles. Structured storage management enhances scalability supporting evolving infrastructure requirements and expanding enterprise operational demands across data center environments. Enterprise deployments benefit from stable storage efficiency and reliable workload coordination designed for long term infrastructure growth and dependable application support.

Ten Thousand Rpm High Speed Mechanical Rotation

The 10000 RPM rotational speed delivers high performance mechanical responsiveness enabling rapid data retrieval and reduced latency across enterprise storage operations and demanding workloads. Precision rotational engineering ensures consistent operational balance maintaining stable throughput during continuous read and write execution cycles within enterprise infrastructures. Mechanical performance optimization improves workload responsiveness supporting business critical applications requiring dependable and efficient storage functionality. Enterprise systems benefit from fast access characteristics combined with long term durability and reliable operational consistency across intensive usage environments.

Sas Six Gigabit Interface High Speed Data Communication

The SAS 6Gbps interface enables fast and reliable communication between enterprise storage infrastructures and IBM server environments ensuring efficient data transfer during high intensity operational workloads. Signal integrity architecture maintains accurate transmission reducing communication inconsistencies and supporting dependable system responsiveness during simultaneous enterprise processing activities. High speed connectivity enhances workload coordination improving enterprise application execution efficiency and operational consistency within scalable infrastructures. Reliable SAS communication contributes to stable enterprise storage functionality and optimized data management performance across modern business environments.

Two Point Five Inch Small Form Factor Enterprise

The 2.5 inch small form factor design supports compact enterprise deployment enabling high density storage integration within IBM System Storage environments and scalable data center infrastructures. Structural engineering improves airflow efficiency and thermal regulation ensuring stable operational behavior during continuous enterprise workload execution and demanding processing conditions. Compact integration capability enhances infrastructure flexibility supporting efficient storage expansion and optimized hardware configuration management. Durable physical construction contributes to long term reliability and dependable enterprise deployment across mission critical operational environments.

Hot Swap Continuous Operation

Hot swap functionality allows enterprise administrators to replace or maintain storage hardware without interrupting system operations or shutting down mission critical business services. Maintenance efficiency is significantly improved reducing operational downtime and ensuring uninterrupted workflow continuity across enterprise storage infrastructures and data center deployments. Continuous accessibility to business applications and enterprise resources is maintained during servicing procedures supporting dependable operational productivity. Enterprise environments benefit from simplified hardware management and reliable infrastructure maintenance designed for high availability operational strategies.

Ibm System Storage Ds3512 Ds3524 Ds3950 Integration

The drive is optimized for IBM System Storage DS3512 DS3524 and DS3950 environments ensuring seamless compatibility and stable integration across enterprise storage infrastructures requiring dependable high performance execution. Deployment efficiency improves installation procedures supporting scalable enterprise storage expansion and reliable operational management across interconnected business systems. Storage compatibility enhances workload coordination ensuring structured data accessibility and predictable performance behavior during continuous enterprise processing cycles. Enterprise organizations benefit from reliable integration architecture supporting long term infrastructure scalability and operational continuity requirements.

Enterprise Workload Processing Stability

The drive is engineered to support continuous enterprise workload execution ensuring stable operational performance during intensive business processing activities and prolonged usage environments. Internal processing architecture maintains structured data flow supporting dependable responsiveness and efficient workload coordination across enterprise storage systems and scalable infrastructures. Performance consistency remains reliable during simultaneous enterprise operations reducing risks of processing interruptions and maintaining stable application functionality. Mission critical enterprise environments benefit from predictable storage behavior optimized for continuous operational productivity and dependable execution management.

Internal Data Flow Structured Processing System

Internal data flow pathways are optimized to improve throughput efficiency reducing operational latency and maintaining stable responsiveness during enterprise storage execution cycles and simultaneous processing workloads. Structured processing mechanisms support efficient handling of large enterprise datasets ensuring dependable coordination of critical business operations across interconnected infrastructures. Optimized data movement architecture enhances workflow productivity improving access speed and operational consistency within enterprise environments requiring reliable storage management capabilities. Efficient processing contributes to dependable long term storage performance and enhanced enterprise execution stability.

Mechanical Durability Extended Lifecycle Structural

Mechanical components are engineered for extended durability ensuring stable enterprise storage performance during demanding operational workloads and continuous deployment conditions across mission critical environments. Wear resistant structural design minimizes maintenance requirements improving infrastructure dependability and reducing operational disruption risks during long term enterprise execution cycles. Mechanical reliability supports stable rotational performance maintaining accurate data accessibility and predictable responsiveness during intensive processing activities. Enterprise infrastructures benefit from durable engineering optimized for sustained operational efficiency and dependable lifecycle management strategies.

Advanced Thermal Stability Performance

Thermal management systems regulate operating temperatures efficiently ensuring stable storage performance during continuous enterprise workload execution and high intensity data processing environments. Effective heat dissipation architecture reduces thermal stress preserving hardware integrity and maintaining reliable responsiveness across prolonged operational cycles and demanding infrastructure conditions. Temperature stability contributes to predictable enterprise execution supporting dependable application functionality and minimizing overheating related operational risks. Controlled thermal performance enhances long term reliability improving enterprise storage safety and operational consistency within scalable deployment infrastructures.

Reliable Data Integrity Assurance Enterprise Storage

Data integrity mechanisms ensure accurate storage and retrieval of enterprise information maintaining dependable operational consistency during continuous workload processing and mission critical business execution cycles. Structured integrity protection architecture minimizes corruption risks supporting reliable enterprise application functionality and secure handling of sensitive operational datasets across scalable environments. Consistent data accuracy improves workflow reliability enhancing productivity and ensuring stable enterprise resource management throughout long duration operational deployments. Reliable integrity assurance strengthens confidence in enterprise storage infrastructure and long term information accessibility strategies.

Flexible Multi Platform Integration Deployment System

The drive supports integration across multiple enterprise infrastructures ensuring compatibility with diverse IBM storage systems and scalable business server environments requiring dependable operational functionality. Flexible deployment architecture improves adaptability supporting efficient implementation within evolving enterprise data center environments and changing operational requirements. Integration efficiency contributes to stable workload coordination enhancing storage accessibility and enterprise processing consistency across interconnected infrastructures. Scalable compatibility enables reliable long term infrastructure planning and efficient enterprise storage deployment management across business critical environments.

Environment Resource Distribution Storage

Virtualized enterprise infrastructures benefit from balanced resource allocation ensuring efficient storage utilization across virtual machines and business critical applications requiring stable operational responsiveness. Resource optimization mechanisms maintain workload consistency reducing processing bottlenecks and improving enterprise productivity during simultaneous virtualization activities and continuous execution cycles. Multiple operational environments execute efficiently without compromising storage reliability or application performance within scalable enterprise infrastructures. Virtualization support enhances infrastructure scalability contributing to dependable enterprise resource coordination and optimized storage management performance.

Operation Power Consumption

Energy efficient architecture minimizes power consumption while preserving stable enterprise storage functionality across demanding operational environments and continuous workload execution cycles. Optimized energy management contributes to reduced infrastructure operating costs supporting sustainable enterprise deployment strategies and environmentally responsible data center management objectives. Reliable power utilization ensures predictable storage behavior maintaining operational consistency and uninterrupted business application execution throughout prolonged enterprise activities. Efficient operational design improves infrastructure value supporting dependable long term enterprise performance and resource management efficiency.

High Volume Data Processing Stable Execution Enterprise

High volume enterprise data processing is managed efficiently ensuring dependable throughput and reliable execution during large scale storage operations and mission critical application workloads. Structured processing architecture maintains stable data movement supporting uninterrupted access to enterprise resources and operational information across interconnected infrastructures and demanding environments. System responsiveness remains consistent under intensive conditions improving workflow coordination and enterprise storage management productivity throughout continuous operational cycles. Reliable execution capability contributes to dependable enterprise performance optimization and long term operational continuity across scalable deployments.

Continuous Data Availability High Uptime Enterprise

Continuous data availability ensures uninterrupted enterprise access to operational information supporting business continuity and dependable workflow execution across enterprise storage infrastructures and interconnected environments. High uptime design maintains stable storage functionality reducing operational disruption risks and enhancing enterprise productivity during prolonged processing activities and mission critical deployments. Reliable accessibility improves application responsiveness supporting secure handling of enterprise resources and efficient coordination of business services across scalable infrastructures. Consistent availability contributes to dependable enterprise planning and long term infrastructure reliability management strategies.

Adaptive Performance Stable Output

Adaptive monitoring systems continuously evaluate operational performance ensuring predictable storage responsiveness across varying enterprise workloads and high demand business processing environments. Optimization mechanisms improve efficiency through intelligent system adjustments supporting stable application execution and reliable enterprise workflow coordination during prolonged operational cycles. Monitoring architecture reduces instability risks maintaining dependable storage functionality and consistent workload management within scalable infrastructure deployments and enterprise data centers. Intelligent performance control enhances productivity contributing to optimized enterprise storage reliability and long term operational stability.

Scalable Storage Infrastructure Flexible Expansion Capability Framework System Engine

Scalable storage architecture enables enterprise infrastructure expansion without affecting existing operational stability or compromising storage performance during deployment upgrades and integration activities. Flexible expansion capability supports increasing data requirements allowing organizations to adapt efficiently to evolving enterprise workloads and growing business infrastructure demands. Structured scalability ensures stable execution throughout enterprise deployment transitions maintaining reliable application functionality and coordinated workload management across interconnected systems. Scalable architecture contributes to improved infrastructure investment efficiency and dependable long term enterprise storage planning strategies.

Low Latency High Speed Data Access Performance

Low latency architecture improves enterprise responsiveness enabling rapid access to critical business information and operational storage resources during continuous workload execution cycles and high intensity processing conditions. High speed retrieval capability supports efficient workflow coordination improving application functionality and enterprise productivity across interconnected storage environments and scalable infrastructures. Stable response times reduce operational delays enhancing processing efficiency and maintaining dependable performance consistency within mission critical enterprise deployments. Reliable access optimization contributes to enhanced enterprise storage functionality and improved infrastructure responsiveness across demanding operational environments.