00WG700 Lenovo 1.2TB 10K SAS 12GBPS Internal Hot Swap Hard Drive

Highlights of Lenovo 00WG700 1.2TB 10K RPM SAS 12GBPS HDD

The Lenovo 00WG700 1.2TB SAS enterprise hard drive is designed for high-performance server environments, offering fast 10,000 RPM spindle speed, 12Gbps SAS interface, and a compact 2.5-inch SFF form factor. Built for reliability and scalability, this hot-swappable G3HS drive ensures efficient storage operations for modern data centers and enterprise workloads.

General Product Information

• Manufacturer: Lenovo
• Part Number: 00WG700
• Product Type: Enterprise Hard Disk Drive

Technical Specifications

• Storage Capacity: 1.2TB
• Interface Type: Serial Attached SCSI 3 (SAS 12Gbps)
• Sector Format: 512e Advanced Format
• Drive Enclosure: Internal Server HDD
• Form Factor: 2.5-Inch SFF Design
• Hot Plug Feature: Supported for easy replacement
• Rotational Speed: 10000 RPM
• Hot Swap Support: Yes

Performance Highlights

• Drive Type: Internal Hot Swap Enterprise HDD
• Interface Speed: 12Gbps SAS High-Speed Connection
• Data Transfer Rate: Up to 1.2GB/s
• Spindle Speed: 10000 RPM
• Latency Optimization: Designed for enterprise workloads
• Reliability: G3HS Class Enterprise Storage

Compatibility

Supported Lenovo Server Platforms

• Lenovo System x3550 M5
• Lenovo System x3650 M5
• Lenovo System x3850 X6
• Lenovo Flex System x480 Compute Node
• Lenovo Flex System x880 Compute Node
• Lenovo System x3550 Series
• Lenovo System x3650 Series

Product Overview of Lenovo 00WG700 1.2TB Enterprise HDD

Lenovo 00WG700 1.2TB 10000RPM SAS 12GBPS 2.5-Inch SFF Internal G3HS 512e Hot Swap Hard Disk Drive with Tray is designed for enterprise environments requiring balanced performance, high reliability, and continuous operational stability under demanding server workloads. The storage architecture is optimized for enterprise data centers where predictable throughput, low latency access, and consistent performance are essential for mission critical applications. Advanced SAS connectivity combined with high performance mechanical design ensures efficient data processing across continuous enterprise workloads. Integration with Lenovo server ecosystems enables stable deployment within scalable infrastructures and virtualized enterprise environments.

One Point Two Terabyte Enterprise Storage

The 1.2TB storage capacity provides a balanced configuration suitable for enterprise workloads requiring moderate to high performance storage with efficient data management capabilities. Capacity optimization supports structured workload distribution ensuring stable performance across transactional systems and virtualized environments. Efficient storage allocation improves enterprise data handling enabling consistent responsiveness during continuous operational cycles. Scalable capacity design supports long term infrastructure planning allowing enterprises to expand storage environments without compromising system stability or performance consistency.

Ten Thousand Rpm High Speed Mechanical Rotation

The 10000 RPM spindle speed delivers high performance mechanical operation enabling fast data access and reduced latency across enterprise storage environments. Precision balanced rotational mechanics ensure stable operation during continuous read and write cycles maintaining consistent throughput under demanding workloads. High speed performance enhances application responsiveness supporting enterprise systems requiring rapid data retrieval and efficient processing. Mechanical stability contributes to long term operational reliability ensuring consistent storage behavior across intensive enterprise usage scenarios.

Sas Twelve Gigabit Interface High Speed Data Communication

The SAS 12Gbps interface provides high bandwidth data transfer enabling fast and reliable communication between enterprise storage systems and server infrastructure. High speed connectivity ensures efficient handling of large datasets supporting continuous enterprise application execution and workload processing. Signal integrity mechanisms maintain stable transmission reducing errors and improving system responsiveness during simultaneous operations. Enhanced interface performance contributes to improved enterprise storage efficiency and optimized data management across modern data center environments.

Two Point Five Inch Small Form Factor High Density Enterprise

The 2.5 inch small form factor design enables high density storage deployment within enterprise server environments optimizing space utilization and improving infrastructure scalability. Compact structural engineering enhances airflow efficiency supporting stable thermal conditions during continuous enterprise workload execution. High density configuration allows organizations to maximize storage capacity within limited physical space while maintaining performance stability. Durable construction ensures reliable long term operation within mission critical enterprise environments requiring consistent storage performance.

Hot Swap Capability Continuous Operation

Hot swap functionality allows enterprise administrators to replace or maintain storage drives without shutting down server operations ensuring continuous system availability. Maintenance efficiency reduces downtime risks improving operational productivity and ensuring uninterrupted business application execution. Continuous accessibility to enterprise data is maintained during hardware servicing supporting high availability infrastructure requirements. Simplified maintenance processes enhance system reliability and reduce operational complexity within enterprise storage environments.

Lenovo Server Ecosystem Integration Enterprise Deployment

The drive is optimized for Lenovo enterprise server ecosystems ensuring seamless compatibility and stable integration within modern IT infrastructures. Deployment efficiency supports rapid installation and configuration enabling scalable storage expansion across enterprise environments. Compatibility optimization ensures consistent performance across Lenovo server platforms maintaining reliable workload execution. Structured integration enhances enterprise infrastructure stability supporting long term operational continuity and efficient storage management strategies.

Enterprise Workload Processing Stability

The drive is engineered for continuous enterprise workload execution ensuring stable performance during intensive data processing operations and high demand application environments. Internal architecture maintains structured data flow supporting consistent responsiveness and reliable storage execution across enterprise systems. Workload stability remains predictable during prolonged usage ensuring uninterrupted access to critical business data and services. Enterprise environments benefit from optimized performance behavior designed for continuous operational efficiency and infrastructure reliability.

Internal Data Flow Structured Processing

Internal data pathways are optimized to improve throughput efficiency reducing latency and ensuring stable storage responsiveness during enterprise workload execution cycles. Structured processing architecture supports efficient handling of large datasets maintaining consistent performance across interconnected enterprise applications. Optimized data movement improves operational coordination enhancing system responsiveness within scalable infrastructures. Efficient processing ensures long term reliability and stable enterprise storage performance across demanding operational environments.

Extended Lifecycle Structural

Mechanical components are engineered for extended durability ensuring reliable enterprise storage performance across continuous operational workloads and long term deployment cycles. Wear resistant design reduces maintenance requirements improving infrastructure reliability and minimizing operational disruptions. Structural integrity ensures stable rotational performance maintaining consistent data access during intensive enterprise processing activities. Durable engineering enhances lifecycle value supporting dependable enterprise storage operation within mission critical environments.

Stability Performance Control Framework System

Thermal management systems regulate operating temperatures ensuring stable storage performance during continuous enterprise workloads and high intensity processing conditions. Efficient heat dissipation prevents overheating maintaining hardware reliability and ensuring consistent operational behavior across extended cycles. Temperature stability contributes to predictable enterprise performance supporting dependable application execution and system safety. Controlled thermal management enhances long term durability and operational consistency within enterprise environments.

Reliable Data Integrity Assurance Enterprise Storage

Data integrity mechanisms ensure accurate storage and retrieval of enterprise information maintaining consistency across continuous workloads and mission critical operations. Structured protection systems minimize corruption risks ensuring reliable enterprise application performance and secure data handling. Data accuracy remains stable during prolonged operational cycles supporting dependable workflow execution and enterprise resource management. Integrity assurance strengthens trust in storage reliability within enterprise infrastructures.

Flexible Multi Platform Integration Deployment System

The drive supports integration across multiple enterprise platforms ensuring compatibility with diverse server environments and scalable storage infrastructures. Flexible deployment capability enables efficient implementation within evolving enterprise IT systems and growing operational demands. Integration efficiency enhances system coordination ensuring stable performance across interconnected enterprise applications. Scalable compatibility supports long term infrastructure adaptability and efficient enterprise storage deployment strategies.

Environment Resource Distribution Storage System

Virtualized enterprise environments benefit from balanced resource allocation ensuring efficient storage utilization across multiple virtual machines and applications. Resource optimization improves workload distribution maintaining stable responsiveness during simultaneous processing activities. Structured storage management prevents bottlenecks ensuring smooth execution across enterprise virtualization systems. Virtualization support enhances scalability and operational efficiency within modern enterprise infrastructures.

Power Consumption Performance

Energy efficient design reduces power consumption while maintaining high performance storage execution across enterprise workloads and continuous operational environments. Optimized energy management supports cost efficient infrastructure operation and sustainable enterprise deployment strategies. Stable power utilization ensures reliable storage behavior maintaining consistent performance during extended operational cycles. Efficient energy usage contributes to long term infrastructure sustainability and enterprise operational efficiency.

High Volume Data Processing Stable Execution Enterprise

High volume data processing is managed efficiently ensuring stable throughput during intensive enterprise storage operations and continuous application workloads. Structured processing architecture maintains consistent data flow supporting uninterrupted access to enterprise resources. System responsiveness remains stable under heavy load conditions ensuring reliable workflow execution. Efficient processing capabilities enhance enterprise performance optimization and long term storage reliability.

Continuous Data Availability High Uptime

Continuous data availability ensures uninterrupted access to enterprise information supporting business continuity and operational execution across storage infrastructures. High uptime design maintains stable performance during extended workloads reducing service interruptions and improving enterprise productivity. Reliable accessibility supports critical application execution ensuring smooth business operations across interconnected systems. Consistent availability strengthens infrastructure reliability and long term enterprise planning strategies.

Adaptive Performance Stable Output

Adaptive performance monitoring systems continuously evaluate storage behavior ensuring stable output across varying enterprise workloads and operational conditions. Optimization mechanisms enhance efficiency through intelligent adjustments maintaining reliable application performance. Monitoring architecture reduces instability risks ensuring consistent storage execution across scalable infrastructures. Intelligent control systems improve productivity and long term operational stability within enterprise environments.

Scalable Storage Infrastructure Flexible Expansion

Scalable storage architecture enables enterprise expansion without compromising performance or operational stability during infrastructure growth. Flexible expansion capability supports increasing data requirements ensuring adaptability to evolving enterprise workloads. Structured scalability maintains consistent performance across upgraded systems ensuring reliable workload coordination. Scalable infrastructure design contributes to efficient enterprise storage planning and long term operational success.

Low Latency High Speed Data Access Performance

Low latency architecture ensures rapid data access supporting enterprise applications requiring immediate storage responsiveness during continuous operational cycles. High speed retrieval improves workflow efficiency ensuring smooth execution across mission critical systems. Stable response times reduce processing delays enhancing productivity within enterprise environments. Reliable access optimization contributes to improved storage performance and infrastructure responsiveness.