ST1600HM0011 - Seagate Nytro XF1440 1.6TB Enterprise Multi-Level Cell (eMLC) PCI Express 3.0 x4 NVMe Mixed Use U.2 2.5-inch Solid State Drive

The Seagate NytroXF1440 2.5-inch solid state drive (SSD) and Seagate Nytro XM1440 M.2 SSD are the new industry-leading class of low-power enterprise NVMe SSDs with optimized power and performance designed to increase storage density in data centers. Increase Storage Density in Data Centers The Nytro XF1440 and XM1440 are low power, high performance enterprise NVMe SSDs in compact form factors engineered to increase storage density as well as reduce storage footprints and power use in data centers. The SSDs enable more computing with less space, energy and cost by delivering the highest performance in the smallest power envelope. Improve Data Center Efficiency and Lower TCO The Nytro XF1440 and XM1440 are cost-effective, energy efficient storage solutions that combine high level of serviceability, improved power and cooling efficiency, scalability and space optimization to reduce total cost of ownership (TCO) in data centers. The Nytro XF1440 with SFF-8639 connector enables effortless serviceability and maintenance without any downtime requirements featuring hot-swap capability for easy addition, removal or replacement of SSDs. Enhanced Enterprise Reliability, Data Protection and Security By leveraging Seagate's existing enterprise expertise, mature reliability, manufacturing excellence and system compatibility testing and infrastructure the Nytro XF1440 and XM1440 SSDs deliver the highest levels of data integrity, data security, and endurance for critical business applications. The Nytro XF1440 & XM1440 feature end-to-end data protection and LDPC error correction for solid reliability and endurance. With power-loss data protection, the XF1440 and XM1440 maintain data integrity to prevent loss of data in the event of unexpected power interruptions. Seagate Secure Self-Encrypting Drive (SED) models support TCG Enterprise protocol and enable companies to keep valuable data secure.