Component

Exos™ E

For everything Enterprise storage, there's Exos E—the safest and most powerful way to traverse the datasphere and harness its full potential. Always on and always working, the Exos E series of hard drives is loaded with advanced options for optimal performance, reliability, security and user-definable storage management. Built on generations of industry-defining innovation, Exos E is designed to work and perform consistently in enterprise-class workloads.

EXOS X

For everything hyperscale, there’s ExosTM X— the most powerful way to access the datasphere and harness the full potential of the cloud. Exos X16, Exos X14, Exos X12, and Exos X10 enterprise hard drives integrate the latest technology in support of a scalable, secure, and reliable cloud data center.* Specifically designed to work in highly scalable environments requiring low power consumption and weight, the Exos X series hard drives perform consistently while scaling to meet the stringent TCO requirements of most cloud-based data centers.

Nytro® SAS SSD Series

The Nytro SAS SSD series of high-capacity, high-performance SAS SSDs offers a large set of configurations designed for optimal match to application and maximum TCO savings. Built with the Seagate security model that provides the ultimate data-at-rest protection for demanding enterprise applications.

Nytro® SATA SSD Series

The Nytro SATA SSDs are a cost-effective, enterprise-grade SSD solutions designed to boost performance, improve quality of service and enhance user experience. With a SATA storage interface, the Nytro SATA SSDs meet the high performance and reliability requirements without disrupting legacy storage infrastructures and additional investments in software and hardware.

Nytro® NVMe SSD Series

Nytro low-power NVMe SSDs are perfectly tuned to increase density and performance while lowering cooling and energy costs in hyperscale data centers.

Memory modules

Samsung’s memory modules are designed for a wide range of applications to deliver the best performance with low power requirements.