Seagate Nytro 3531 2.5" 3200 Go SAS 3D eTLC

The Seagate ® Nytro ® 3031 SAS SSD Series delivers high performance, industry-leading security features, and a broad selection of capacity and endurance offerings optimised for demanding enterprise applications and improved TCO. Enhanced Reliability, Data Protection, and Security Seagate has decades of enterprise SAS expertise in mission-critical applications. The Nytro 3031 SSD Series helps deliver exceptional data protection and reliability with full internal and external data path protection (T10 DIF), advanced ECC algorithms, media lifecycle management, and other techniques for extending flash memory life. Advanced power-loss data protection helps maintain data integrity in the event of unexpected power interruptions. Advanced security levels to prevent unauthorised access to an SSD and safeguard stored data include Seagate Downloads & Diagnostics, TCG-compliant self-encrypting drive and government-grade FIPS/Common Criteria tamper-resistant drive. Consistent Performance up to 2,200 MB/s The Nytro 3031 SSD Series delivers ultra-fast, consistent, and easily scalable performance that saturates dual 12 Gb/s SAS bandwidth, providing an effective 24 Gb/s interface with dual-port dynamic configurations. By removing the storage bottleneck, overall system and application responsiveness is significantly improved. High-Capacity Solution With Multiple Endurance Offerings Enterprise applications have different storage workload requirements. Databases or virtualisation with a typically mixed read/write workload require the highest random read/write IOPS, ultra-low latency, and high endurance. Content streaming applications demand high sequential read throughput and high storage density at the lowest cost per gigabyte. The Nytro 3031 SSD Series offers a range of capacities up to 15 TB in a 2.5-inch form factor to increase enterprise storage density in data centres. It also enables lower TCO by offering endurance categories to match cost and performance requirements of all enterprise workloads.