Seagate Exos X Series Enterprise Hard Drives are designed for hyperscale efficiency and compliance with ever-changing security requirements. The Exos X Series provides proven reliability for maximum capacity, density, scalability, performance efficiency and security. In addition, Exos X leverages the latest nanoscale technology to advance basic functionality for the rapidly changing architectures of cloud and mainframe computing centres. Innovative and advanced technologies such as helium, PowerBalanceTM, PowerChoiceTM, Seagate SecureTM and RAID Rebuild from Seagate reduce total costs.
We recommend Exos X for all kinds of hyperscale applications—the most powerful way of accessing the data sphere and harnessing the full potential of the cloud. The Exos X12, Exos X10 and Exos X16 Enterprise Hard Drives use the latest technology to help build scalable, secure and reliable data centres. Designed specifically for highly scalable environments that require low-power and lightweight products, Exos X-Series hard drives deliver consistent scaling performance to meet the high TCO requirements of most cloud-based data centres. With up to 10 PB of data in a single 42U rack, your storage infrastructure can be customised to meet your growing capacity needs.
Seagate Exos™ E Enterprise Hard Drives have a huge capacity to fully utilise the data sphere. With outstanding storage density, efficiency and benefits for demanding, continuous operation environments, Exos E Series hard drives provide data centre architects and IT professionals with proven performance, high reliability and absolute security. Designed specifically for different enterprise applications and workloads, Exos E drives enable improved storage tiering and maximum storage efficiency.
More than 350 million copies of the reliable and proven enterprise hard drives have been sold since 2002. This product meets all workload requirements through the most efficient and cost-effective use of space in the data centre. Designed specifically for enterprise applications and workloads, it enables improved storage tiering and maximum storage efficiency.