HUSMR7676BDP3Y1 Western Digital ultrastar Solid State Drive

Product Overview of Western Digital Ultrastar SN200 SSD

The Western Digital HUSMR7676BDP3Y1 Ultrastar SN200 is a high-capacity enterprise-grade solid state drive engineered for speed, endurance, and reliability. With 7.68TB of storage, this NVMe PCIe SSD is designed to meet the demands of data-intensive applications.

General Information

• Manufacturer: Western Digital
• Part Number: HUSMR7676BDP3Y1
• Device Type: Solid State Drive

Technical Specifications

• Storage Size: 7.68TB
• Interface: PCIe 3.0 x4 or 2x2 NVMe 1.2
• Form Factor: SFF 2.5-inch drive
• MTBF: 2 million hours

Sequential Operations

• Read Speed (128k): 3300 MB/s
• Write Speed (128k): 2100 MB/s

Random Operations

• Random Read IOPS (4k): 830,000
• Random Write IOPS (4k): 200,000 | 75,000
• Mixed IOPS (70/30 R/W, 4k): 500,000 | 240,000

Physical Characteristics

• Z-Height: 15 mm
• Dimensions (W x D): 100.45 x 69.85 mm
• Weight (without bracket): 184 g

Key Advantages

• High endurance with 2 million hours MTBF
• Exceptional performance for enterprise workloads
• Compact 2.5-inch form factor for versatile deployment
• Optimized for mixed read/write operations

Ideal Use Cases

• Data centers requiring reliable high-capacity storage
• Virtualization and cloud computing environments
• High-performance computing applications
• Mission-critical enterprise workloads

Western Digital HUSMR7676BDP3Y1 Ultrastar Solid State Drive

The Western Digital HUSMR7676BDP3Y1 Ultrastar SN200 7.68TB PCIe NVMe 2.5-Inch Solid State Drive represents a high-capacity enterprise-grade storage solution engineered for data-intensive environments, mission-critical applications, and advanced server infrastructures. Built with enterprise reliability and optimized for consistent low latency, this NVMe SSD is designed to support modern data centers that require exceptional throughput, scalable storage performance, and dependable endurance for continuous workloads.

As organizations continue transitioning toward cloud computing, virtualization, software-defined storage, and high-frequency transactional platforms, enterprise NVMe drives such as the Ultrastar SN200 series become increasingly essential for maintaining system responsiveness and operational efficiency. This 7.68TB model delivers a large storage footprint while maintaining outstanding input/output performance, making it ideal for enterprise storage arrays, hyperscale infrastructure, AI analytics platforms, and mission-critical databases.

Enterprise-Class NVMe Architecture

The Ultrastar SN200 family is engineered around the Non-Volatile Memory Express architecture, allowing direct communication between the SSD and CPU through the PCIe interface. Traditional SATA and SAS storage interfaces often introduce bottlenecks because they were originally designed for slower spinning hard drives. NVMe technology removes these limitations and unlocks substantially higher throughput, reduced latency, and superior parallel processing capabilities.

The Western Digital HUSMR7676BDP3Y1 leverages PCIe connectivity to maximize data transfer efficiency in enterprise server environments. This design allows businesses to accelerate application performance, improve transaction handling, and reduce delays associated with storage-intensive operations. Whether deployed in enterprise virtualization clusters or high-performance computing infrastructures, the drive supports rapid data accessibility and consistent operational speed.

Advanced PCIe Connectivity Benefits

PCIe NVMe technology dramatically improves the communication path between storage media and the host system. Unlike legacy protocols, NVMe is specifically optimized for flash memory, enabling parallel command execution and minimizing latency overhead. The result is significantly faster application loading times, reduced system bottlenecks, and better responsiveness for demanding enterprise workloads.

Organizations deploying enterprise analytics, machine learning applications, and real-time processing systems benefit from the low latency characteristics of the Ultrastar SN200 7.68TB SSD. The PCIe interface ensures high-bandwidth access that can sustain continuous heavy workloads while maintaining stability across enterprise environments.

Reduced Latency for Critical Applications

Latency reduction is one of the most valuable characteristics of NVMe enterprise drives. In data centers handling millions of transactions or virtualized workloads, even minor storage delays can affect overall performance. The Ultrastar SN200 minimizes response times and enables systems to process requests more efficiently. This contributes to faster database queries, improved virtualization responsiveness, and smoother cloud application delivery.

7.68TB High-Capacity Enterprise Storage Solution

The 7.68TB storage capacity of the Western Digital HUSMR7676BDP3Y1 provides enterprises with a scalable solution capable of handling massive datasets and extensive application environments. High-capacity NVMe SSDs are essential for businesses managing virtualization, media production, big data analytics, and enterprise resource planning systems.

This enterprise SSD allows organizations to consolidate storage infrastructure while maintaining exceptional performance characteristics. By integrating large-capacity flash storage into server environments, businesses can reduce rack space consumption, simplify storage management, and improve overall energy efficiency.

Scalable Storage for Modern Data Centers

Modern enterprise data centers require storage systems capable of adapting to rapidly increasing data volumes. The Ultrastar SN200 7.68TB SSD supports scalable architecture designs by providing a balance of performance, endurance, and storage density. This makes it suitable for deployment in hyperscale cloud infrastructures, enterprise SAN environments, and high-density storage arrays.

The ability to store substantial amounts of data on a single drive contributes to simplified deployment strategies and reduced hardware complexity. Organizations can optimize server configurations while maintaining strong performance consistency across workloads.

Storage Consolidation Advantages

Storage consolidation using high-capacity NVMe SSDs reduces the number of physical drives required within enterprise environments. This helps lower cooling requirements, reduce power consumption, and improve overall infrastructure efficiency. The Ultrastar SN200 enables organizations to streamline storage deployment without compromising speed or reliability.

Consolidation also simplifies system maintenance and improves operational scalability. Enterprise administrators can manage fewer storage devices while maintaining large storage pools for demanding applications and business-critical operations.

2.5-Inch U.2 Form Factor Compatibility

The Western Digital HUSMR7676BDP3Y1 utilizes a compact 2.5-inch form factor designed for enterprise server integration. The U.2 interface provides flexibility for deployment across a broad range of enterprise systems, storage arrays, and data center infrastructures. This form factor maintains compatibility with modern enterprise platforms while maximizing storage density within rack-mounted environments.

Data centers increasingly prefer compact enterprise storage designs because they support higher drive counts within limited physical space. The 2.5-inch enterprise SSD format enables efficient airflow management and improved thermal performance in densely populated server environments.

Flexible Enterprise Deployment

The compact design of the Ultrastar SN200 allows deployment across multiple enterprise platforms including blade servers, rack servers, hyperconverged infrastructures, and high-performance storage systems. Its compatibility with enterprise backplanes and hot-swap configurations simplifies installation and ongoing maintenance procedures.

Organizations upgrading from older SAS or SATA SSD infrastructures can benefit from the enhanced performance and storage efficiency offered by NVMe technology while preserving familiar enterprise deployment workflows.

Hot-Swap Enterprise Capability

Enterprise data centers require storage solutions that minimize operational disruption during maintenance or upgrades. The U.2 enterprise interface supports hot-swappable functionality, allowing administrators to replace or upgrade drives without shutting down critical systems. This contributes to improved uptime and operational continuity in mission-critical environments.

High-Endurance Design for Continuous Workloads

The Western Digital Ultrastar SN200 7.68TB SSD is engineered for enterprise endurance and reliability. Data center environments often require storage systems capable of sustaining continuous read and write operations around the clock. Enterprise NVMe drives are built using advanced NAND flash technologies and firmware optimizations designed to handle demanding workloads over extended operational periods.

Endurance is a critical factor when selecting enterprise storage solutions because workloads such as virtualization, database management, analytics, and cloud computing can generate substantial write activity. The Ultrastar SN200 is designed to maintain stable performance even under sustained operational stress.

Reliable Enterprise NAND Technology

Enterprise-grade NAND flash technology provides improved durability, enhanced error correction capabilities, and superior data integrity compared to consumer SSD solutions. Western Digital incorporates advanced storage management technologies that optimize flash lifespan and ensure reliable long-term operation.

The drive architecture supports consistent write performance and predictable latency characteristics, which are essential for enterprise workloads requiring dependable storage responsiveness.

Enhanced Data Integrity Features

Enterprise SSDs must maintain data accuracy and reliability under heavy workloads. The Ultrastar SN200 incorporates sophisticated error correction mechanisms, end-to-end data protection technologies, and advanced firmware controls designed to safeguard critical enterprise information.

These technologies help minimize the risk of data corruption and ensure stable operation within mission-critical business environments where reliability is essential for operational continuity.

Optimized for Virtualization and Cloud Computing

Virtualization platforms and cloud computing environments generate demanding storage workloads that require high throughput, low latency, and scalable capacity. The Western Digital HUSMR7676BDP3Y1 is optimized to support these requirements through advanced NVMe performance capabilities and enterprise reliability features.

Virtualized infrastructures often host multiple virtual machines simultaneously, creating complex input/output patterns that can overwhelm traditional storage technologies. NVMe enterprise SSDs provide the responsiveness needed to maintain smooth operation across virtualized workloads.

Improved Virtual Machine Performance

High-performance NVMe storage enhances virtual machine responsiveness by reducing application load times and improving overall system efficiency. The Ultrastar SN200 enables virtualization administrators to support larger VM densities while maintaining stable performance characteristics.

Applications hosted within virtualized environments benefit from accelerated storage access, resulting in faster transaction processing, improved multitasking, and enhanced user experiences.

Cloud Infrastructure Acceleration

Cloud service providers require scalable storage systems capable of handling diverse and unpredictable workloads. The Ultrastar SN200 delivers enterprise-grade performance suitable for cloud hosting platforms, distributed storage infrastructures, and software-defined data centers.

The combination of high capacity and low latency allows cloud providers to optimize resource allocation while ensuring consistent service delivery across multi-tenant environments.

Ideal for Big Data Analytics and AI Workloads

Big data processing and artificial intelligence applications demand rapid access to large datasets. The Western Digital Ultrastar SN200 7.68TB SSD is designed to support data-intensive analytics environments where storage performance directly impacts computational efficiency.

Machine learning algorithms, predictive analytics systems, and real-time data processing platforms benefit from the high-speed data access capabilities provided by enterprise NVMe storage. Faster storage access contributes to shorter training times, improved query responsiveness, and more efficient workflow execution.

Accelerated Data Processing

Enterprise analytics platforms frequently process enormous volumes of structured and unstructured data. NVMe SSD technology helps eliminate storage bottlenecks that can slow down computational workloads. The Ultrastar SN200 enables organizations to accelerate data analysis tasks and improve operational productivity.

Faster data access also contributes to improved decision-making by allowing analytics platforms to retrieve and process information more efficiently.

Support for AI and Machine Learning Systems

Artificial intelligence environments often require continuous access to large datasets during model training and inference operations. The low latency and high throughput characteristics of the Ultrastar SN200 improve data delivery efficiency, enabling AI systems to process information more rapidly.

Enterprise AI deployments benefit from reliable storage infrastructure capable of sustaining continuous workload demands without performance degradation.

Energy Efficiency 

Energy efficiency is a major consideration within enterprise data center environments where storage systems operate continuously. The Western Digital HUSMR7676BDP3Y1 is engineered to provide high-performance storage while maintaining efficient power utilization.

Efficient enterprise SSDs contribute to lower operational costs by reducing electricity consumption and minimizing cooling requirements. This becomes increasingly important in hyperscale data centers where thousands of storage devices may operate simultaneously.

Lower Power Consumption Compared to HDDs

Traditional spinning hard drives consume more power and generate more heat compared to modern NVMe SSD solutions. By transitioning to enterprise flash storage, organizations can improve infrastructure efficiency and reduce environmental impact.

The Ultrastar SN200 delivers substantial performance improvements while supporting lower energy usage within enterprise environments. Reduced mechanical complexity also contributes to quieter operation and improved long-term reliability.

Efficient Thermal Management

Enterprise SSDs are designed with thermal optimization features that help maintain stable operating temperatures during sustained workloads. Efficient thermal management contributes to performance consistency and prolongs component lifespan within dense server environments.

Proper airflow integration and optimized controller architecture allow the Ultrastar SN200 to operate effectively in high-density data center deployments.

Enterprise Security and Reliability Features

Security and reliability are essential considerations for enterprise storage infrastructure. The Western Digital Ultrastar SN200 incorporates advanced firmware controls and enterprise-grade reliability mechanisms designed to protect critical business data.

Data centers require storage systems capable of maintaining consistent availability while safeguarding sensitive information against corruption and operational failures. Enterprise SSD technology provides enhanced reliability compared to traditional mechanical storage devices.

Consistent Performance Under Heavy Workloads

Enterprise workloads often involve continuous high-volume data transactions that can stress storage systems. The Ultrastar SN200 is engineered to deliver stable performance consistency across demanding applications including transactional databases, financial systems, and enterprise resource planning platforms.

Performance consistency is critical for organizations that rely on predictable application responsiveness and uninterrupted operational continuity.

Firmware Stability and Enterprise Validation

Enterprise SSDs undergo extensive validation testing to ensure compatibility with server platforms, storage controllers, and data center infrastructures. Western Digital designs the Ultrastar SN200 for enterprise deployment scenarios requiring stable firmware behavior and dependable operational performance.

This validation process helps organizations deploy storage infrastructure with confidence while minimizing compatibility concerns and reducing operational risks.

Suitable Applications for the Ultrastar SN200 7.68TB SSD

The Western Digital HUSMR7676BDP3Y1 enterprise SSD is suitable for a wide range of professional and enterprise applications. Its combination of high capacity, NVMe performance, and enterprise endurance makes it valuable for organizations requiring scalable high-speed storage infrastructure.

Database and Transactional Systems

Database platforms require rapid storage responsiveness to maintain efficient transaction processing and query execution. The low latency architecture of the Ultrastar SN200 helps accelerate database operations and supports high-volume transactional workloads.

Financial institutions, e-commerce platforms, and enterprise application providers benefit from storage systems capable of sustaining intensive transactional demands without introducing performance bottlenecks.

High-Performance Computing Environments

Scientific research institutions, engineering organizations, and high-performance computing environments require storage systems capable of supporting intensive computational workloads. The Ultrastar SN200 delivers enterprise-class performance suitable for simulation platforms, research clusters, and technical computing infrastructures.

The drive’s scalable capacity and rapid data access characteristics enable researchers and engineers to process complex workloads more efficiently while maintaining dependable operational performance across demanding environments.