Seagate XS3200ME70003 3.2TB SAS Solid State Drive

Seagate Nytro 3730 XS3200ME70003 3.2TB 2.5in SFF 12Gbps 3D eMLC SAS SSD – Brand New

Seagate Nytro 3730 XS3200ME70003 3.2TB / 3200GB 2.5″ Small Form Factor 12.0 Gb/s 3D Enterprise Multi-Level Cell Mainstream / Mixed-Use 10-DWPD / Drive Writes Per Day Serial Attached SCSI / SAS Solid State Drive / SSD – Brand New

Nytro® 3000 SAS SSD Family

The Seagate® Nytro 3000 SSD family includes the next generation of high-capacity, high-performance SAS SSDs designed with multiple endurance offerings optimized for demanding enterprise applications and maximum TCO savings.

Industry-Leading Performance up to 2100MB/s
The Nytro 3000 SSD family delivers ultra-fast, consistent and easily scalable performance that saturates dual 12Gb/s SAS bandwidth, providing an effective 24Gb/s wide-port interface along with legacy sign and dual-port dynamic configurations. By removing the storage bottleneck, it significantly improves overall system and application responsiveness and provides consistent low-latency data access, reliably accelerating enterprise and cloud storage systems.

High-Capacity Solution with Multiple Endurance Offerings
Enterprise applications have different storage workload requirements for performance, endurance and cost. The optimal storage solution for databases or virtualization with a typically mixed read/write workload, for example, requires the highest random read/write IOPS, ultra-low latency and high endurance; content streaming applications with highly intensive read workloads, however, demand high sequential read throughput and high storage density at the lowest cost per gigabyte.

The Nytro 3000 SSD family offers an industry-leading range of capacities up to 15TB in a 2.5-inch form factor, to increase enterprise storage density in data centers. It also enables the maximum TCO savings by offering four endurance categories to match cost and performance requirements of all enterprise workloads.

Enhanced Enterprise Reliability, Data Protection and Security
The Nytro 3000 SSD family leverages Seagate’s decades of enterprise SAS expertise to deliver the highest levels of reliability, data integrity and data security for mission-critical enterprise applications.

The Nytro 3000 SSD family delivers best-in-class data protection and reliability by integrating full internal and external data path protection (T10 DIF), Seagate’s advanced ECC algorithms, media life cycle management and other techniques for extending flash memory life. With advanced power-loss data protection, the Nytro 3000 SSD maintains high data integrity to help prevent loss of user data in the event of unexpected power interruptions.

The Nytro 3000 SSD family implements security features to prevent unauthorized access to a drive and safeguards stored data with three levels of security, including Secure Downloads & Diagnostics, TCG-compliant Self-Encrypting Drive and FIPS drive.

Key Features and Benefits

• Dual-port and wide-port 12Gb/s SAS interface for the highest level of enterprise reliability, availability and scalability
• Industry-leading storage density range of capacities up to 15TB in a 2.5-inch form factor
• Ultra-fast performance of up to 2100MB/s that saturates both 12Gb/s links
• Endurance options to match the needs of a wide range of enterprise workloads
• SAS dual-port communication path for redundant, failover I/O communication to ensure data availability in critical production systems
• SAS wide-port provides a simple method to transfer over 2GB/s to a single device
• T10 Write Stream support offers optimal performance and endurance under multi-threaded workloads
• Power loss data protection circuit to help prevent loss of data in the event of unexpected power interruptions or hot swap
• Superior data security including Secure Downloads & Diagnostics, and Seagate Secure™ Self- Encrypting Drive (SED) and FIPS SED models
• Advanced error correction for high level of data integrity

Compatibility:

This drive is compatible with Servers and Workstations that accept 2.5″ x 15mm SFF SAS drives.