ST6000NM0095 Seagate 6TB 7.2K RPM HDD SAS 12GBPS Enterprise

Highlights of Seagate ST6000NM0095 6TB SAS 12GBPS HDD

The Seagate ST6000NM0095 is a powerful enterprise hard disk drive engineered for data centers, servers, and mission-critical storage environments. Featuring 6TB capacity, 7200 RPM speed, and SAS 12Gbps dual-port interface, it ensures fast data transfer, enhanced reliability, and consistent performance for heavy workloads.

General Information

• Manufacturer: Seagate
• Part Number: ST6000NM0095
• Product Type: Enterprise Hard Disk Drive
• Sub Type: SAS 12GBPS 7.2K RPM

Technical Specifications

• Storage Capacity: 6TB
• Form Factor: 3.5-inch internal drive
• Sector Format: 512e
• Cache Memory: 256MB

Interface & Connectivity

• Interface Type: SAS 12Gbps
• Ports: Dual Port
• Enclosure: Internal

Performance Specifications

• Spindle Speed: 7200 RPM
• Maximum Sustained Transfer Rate: 226 MB/s
• Average Latency: 4.16 ms

Advanced Enterprise Features

• MTBF: 2 Million Hours
• Humidity Sensor: Yes
• Halogen Free Design: Yes
• PowerChoice Technology: Supported

Physical Specifications

• Length: 147.0 mm
• Width: 101.85 mm
• Height: 26.1 mm
• Weight: 700 grams

Overview of Seagate ST6000NM0095 6TB 7.2K RPM SAS HDD

Seagate ST6000NM0095 6TB 7.2K RPM SAS 12GBPS Enterprise Hard Disk Drive is engineered to deliver consistent storage performance across enterprise data centers, servers, and mission critical environments. The architecture is optimized for high availability workloads where continuous operation and stable throughput are essential. Internal data handling is structured to ensure smooth processing across applications requiring uninterrupted access. Performance reliability remains consistent across extended operational cycles in demanding environments.

Six Terabyte High Density Enterprise

The 6TB storage capacity enables efficient handling of large scale enterprise data including structured databases, backup systems, and archival storage. Data distribution across sectors is optimized to ensure balanced workload processing. Large datasets are processed smoothly without performance bottlenecks. Storage environments benefit from organized capacity utilization across long term operations. Enterprise systems achieve improved scalability for expanding data requirements.

Seven Thousand Two Hundred RPM Rotational Stability

The 7200 RPM rotational speed provides consistent mechanical performance across enterprise workloads requiring stable operation. Smooth rotation reduces vibration and mechanical stress during continuous usage. Data access remains efficient across sequential and random read and write operations. Performance output remains stable even under heavy workload conditions. Mechanical reliability supports long term enterprise deployment.

SAS Twelve Gigabit High Speed Interface

The SAS 12Gbps interface ensures high bandwidth data transfer between the drive and enterprise servers. Communication remains stable under continuous multi application workloads. Signal integrity is maintained to ensure accurate data transmission across operations. High speed interface enables efficient processing of large data volumes. Enterprise systems benefit from consistent connectivity performance.

Dual Port Connectivity Enterprise Redundant

Dual port SAS architecture provides redundant data paths for improved reliability and availability. Data can be accessed through multiple channels without disruption during path failure. Enterprise environments benefit from increased fault tolerance. Continuous operation is maintained even under connectivity interruptions. Redundant pathways enhance system stability and uptime.

Continuous Enterprise Workload Execution Stability

Designed for continuous enterprise workloads, the drive ensures stable execution of storage operations across extended usage cycles. Data processing remains consistent without performance degradation. Internal components operate in coordination to deliver predictable output. Enterprise applications benefit from uninterrupted storage access. Stability is maintained across heavy workload conditions.

Internal Data Flow Processing Architecture

Internal architecture ensures efficient data movement across storage processes. Latency is minimized through optimized read and write pathways. Multiple processes execute simultaneously without congestion. Balanced data distribution enhances system efficiency. Storage performance remains stable across continuous operational environments.

Mechanical Durability Long Term Reliability Structural

Mechanical components are engineered for durability under continuous enterprise workloads. Reduced wear ensures extended operational lifespan of internal systems. Stable mechanical motion supports consistent data access performance. Enterprise environments benefit from dependable hardware construction. Long term reliability enhances overall system performance.

Controlled Heat Dissipation System Architecture

Thermal management ensures stable temperature control during extended workload execution. Heat distribution is optimized to prevent overheating under heavy usage conditions. Cooling efficiency improves hardware stability and durability. Temperature consistency ensures reliable performance output. Enterprise systems benefit from improved thermal efficiency.

Data Integrity Assurance Structured Storage

Data integrity mechanisms ensure accurate storage and retrieval across enterprise environments. Structured handling reduces the risk of data corruption during continuous operations. Information consistency is maintained across long term usage cycles. Critical applications rely on dependable data accuracy. Storage reliability supports enterprise performance requirements.

Enterprise Platform Integration Multi Environment

The drive supports seamless integration across multiple enterprise platforms and server infrastructures. Compatibility ensures smooth deployment in diverse environments. Connectivity remains stable across various configurations. System flexibility enhances deployment efficiency. Enterprise environments benefit from reliable integration support.

Environment Workload Distribution Balanced

Virtualized environments benefit from balanced workload distribution across storage resources. Multiple virtual machines can access data without performance degradation. Resource allocation remains optimized under heavy workloads. Cloud environments achieve stable storage performance. Virtual infrastructure scalability improves significantly.

Energy Efficient Optimized Power Consumption

Power consumption is optimized to ensure efficient operation across enterprise environments. Reduced energy usage lowers operational costs in large scale deployments. Stable performance is maintained during both active and idle states. Sustainable computing practices are supported effectively. Energy efficiency enhances system reliability.

High Performance Enterprise Data Processing

Large scale data processing is handled efficiently across enterprise storage systems. Smooth data flow ensures consistent performance under heavy workloads. System responsiveness remains stable during intensive operations. Enterprise applications benefit from reliable processing capabilities. Storage execution remains efficient across multiple tasks.

Continuous Data Availability High Uptime Reliability

Continuous data availability ensures uninterrupted access across enterprise environments. System uptime remains consistent during long operational cycles. Critical workloads are supported without interruption. Data accessibility enhances productivity across applications. High availability supports mission critical operations.

Adaptive Performance Monitoring Feedback Stability

Monitoring systems track performance behavior to maintain stability under varying workload conditions. Adaptive feedback ensures consistent output across operations. Continuous optimization improves system efficiency and reliability. Storage systems remain stable across long term usage cycles. Predictable performance supports enterprise operations.

Scalable Enterprise Storage Expansion Infrastructure

Scalable architecture supports expansion of storage capacity without affecting performance stability. Systems adapt efficiently to increasing data requirements. Infrastructure flexibility supports long term growth. Storage performance remains reliable during scaling operations. Enterprise environments benefit from scalable design.

Low Latency Data Access High Speed Response

Low latency design ensures fast data access during enterprise storage operations. Response time improvements enhance overall system efficiency. Data retrieval remains consistent under heavy workloads. Enterprise applications benefit from improved responsiveness. Storage systems deliver stable high speed performance.

Enterprise Workflow Execution Stability

Workflow execution remains stable across enterprise environments under continuous processing conditions. System performance is maintained during heavy workload execution. Data handling efficiency improves productivity across systems. Enterprise operations run smoothly without disruption. Storage systems support structured workflow processes.