XP3200LE70005-Seagate-Nytro-5550h-3.2tb-Mixed-Use-SSD

Highlights of Seagate 3.2TB PCIE Gen4 SSD

Product Summary

• Brand: Seagate
• Model: XP3200LE70005
• Device Type: Internal Solid-State Drive
• Series: Nytro 5550H Mixed-Use SSD

Technical Specifications

Storage and Interface Details

• Capacity: 3.2 Terabytes
• Interface: PCI Express Gen4 ×4 NVMe
• Flash Memory Type: 3D eTLC NAND
• Form Factor: 2.5-Inch with 15mm thickness

Performance Metrics

Data Transfer Speeds

• Sequential Read Speed: Up to 7400 MB/s (128KB block)
• Sequential Write Speed: Up to 6900 MB/s (128KB block)
• Random Read IOPS: 1,700,000 (4KB block)
• Random Write IOPS: 460,000 (4KB block)

Recommended Use Cases

Ideal Workloads and Applications

• Virtualized Server Environments
• Online Transaction Processing (OLTP) Databases
• Software-Defined Storage Solutions
• All-Flash Storage Arrays
• Tiered Storage and Data Caching

Physical Characteristics

Size and Weight Details

• Height: 14.9 mm
• Width: 70.1 mm
• Length: 100.4 mm
• Weight: 205 grams

Seagate XP3200LE70005 3.2TB PCIE MU SFF SSD Overview

The Seagate XP3200LE70005 Nytro 5550H 3.2TB MU PCIe Gen4 ×4 NVMe 2.5-inch 15mm SSD represents the pinnacle of high-performance enterprise storage solutions. Engineered to meet the demands of data-intensive applications, this NVMe SSD offers exceptional speed, reliability, and scalability for modern data centers. Its advanced PCIe Gen4 interface ensures maximum throughput and minimal latency, delivering consistent performance even under sustained workloads.

High-Performance NVMe Architecture

The Nytro 5550H series is designed around the latest NVMe technology, providing direct connection to the PCIe Gen4 bus for ultra-low latency and high input/output operations per second (IOPS). This architecture enables the SSD to handle massive data transactions efficiently, making it ideal for environments where speed and reliability are critical. By leveraging advanced NAND flash memory and optimized firmware, the Seagate XP3200LE70005 ensures sustained performance, supporting demanding applications such as high-frequency trading, AI workloads, and virtualization infrastructures.

PCIe Gen4 ×4 Interface for Maximum Throughput

The PCIe Gen4 ×4 interface of the Nytro 5550H SSD unlocks unparalleled bandwidth, allowing for sequential read and write speeds that far exceed previous-generation storage devices. This interface reduces bottlenecks and improves data flow across enterprise systems, ensuring that critical applications run smoothly and efficiently. With this SSD, organizations can achieve superior storage performance without the need for extensive hardware upgrades, making it a cost-effective solution for high-performance computing environments.

Large Capacity and Multi-Use Design

With a massive storage capacity of 3.2TB, the Seagate XP3200LE70005 Nytro 5550H is optimized for multi-use scenarios. It can store vast amounts of structured and unstructured data, from databases and transactional logs to multimedia content and virtual machine images. Its multi-use capability ensures seamless integration across diverse workloads, providing both read-intensive and mixed-use performance. This flexibility makes the SSD highly suitable for enterprise applications that require a combination of endurance, speed, and capacity.

Enterprise-Grade Endurance and Reliability

The Nytro 5550H series emphasizes endurance and reliability, crucial for mission-critical enterprise deployments. Built with high-quality NAND flash and robust error correction mechanisms, the SSD is capable of handling high write workloads without performance degradation. It supports advanced wear-leveling and bad block management, prolonging the lifespan of the drive while ensuring data integrity. Additionally, its power-loss protection features safeguard against unexpected outages, preventing data loss and maintaining system stability.

Thermal Management and 15mm Form Factor

The 15mm 2.5-inch form factor of the Nytro 5550H allows for high-density deployment in server racks while maintaining efficient thermal performance. Advanced thermal management techniques, including dynamic throttling and heat dissipation mechanisms, prevent overheating during intensive workloads. This ensures consistent performance even under the most demanding operating conditions, making it ideal for data centers that require high-density, high-performance storage solutions.

Optimized for Enterprise Workloads

The Seagate XP3200LE70005 is specifically designed to support enterprise-grade workloads, including virtualization, cloud computing, and analytics-driven applications. Its high IOPS and low latency characteristics enable faster data access and improved application responsiveness, enhancing overall system efficiency. The drive is also optimized for mixed-use scenarios, supporting simultaneous read and write operations without compromising performance, which is essential for mission-critical enterprise environments.

Compatibility with Modern Data Center Architectures

The Nytro 5550H SSD is fully compatible with modern server architectures, including 2U and 4U rack-mounted servers, as well as blade and high-density storage systems. Its NVMe interface ensures plug-and-play integration with enterprise platforms, while firmware optimization provides seamless interoperability with virtualization hypervisors and storage management tools. This makes deployment straightforward and reduces operational overhead for IT teams managing large-scale storage infrastructures.

Advanced Data Protection and Security Features

Data security is paramount in enterprise environments, and the Seagate XP3200LE70005 Nytro 5550H addresses this need with comprehensive protection features. The SSD supports end-to-end data path protection, ensuring that data integrity is maintained from host to NAND memory. It also incorporates advanced encryption standards, safeguarding sensitive information against unauthorized access. Additionally, the drive’s firmware includes secure erase and instant secure erase functions, allowing for rapid and safe decommissioning or repurposing of storage devices.

Scalability and Flexible Deployment Options

The Nytro 5550H series offers scalable storage options, allowing enterprises to expand capacity as data requirements grow. Its high-density design enables multiple SSDs to be deployed within a single server chassis, optimizing space utilization without sacrificing performance. This scalability is particularly beneficial for organizations with dynamic workloads, enabling them to quickly adapt to evolving business needs while maintaining high throughput and low latency.

Nytro 5550H SSD

The Seagate Nytro 5550H 3.2TB SSD is highly versatile, supporting a wide range of enterprise applications. It is ideal for cloud storage platforms, where fast access to large volumes of data is essential. Virtualization environments also benefit from its high IOPS and low latency, enabling more virtual machines per server without performance degradation. Additionally, analytics and AI workloads that require rapid data retrieval can take advantage of the SSD’s optimized NVMe performance, accelerating insights and decision-making processes.

Integration with Data-Intensive Applications

Applications requiring intensive read and write operations, such as database management systems, real-time analytics, and transaction processing platforms, are well-served by the Nytro 5550H. Its multi-use capability ensures consistent performance across various application types, supporting both sequential and random workloads. This allows IT departments to deploy the SSD across multiple use cases without the need for specialized storage tiers, simplifying storage management and reducing costs.

Benchmarks

Benchmark tests demonstrate that the Seagate XP3200LE70005 Nytro 5550H delivers industry-leading performance. Sequential read and write speeds reach thousands of megabytes per second, while random IOPS performance supports tens of thousands of simultaneous operations. These metrics highlight the drive’s ability to handle extreme workloads, maintaining high throughput and low latency even in the most demanding enterprise scenarios. Consistent performance under heavy load ensures reliable data access and minimal application downtime.