Open House • Learn how you can grow your career with us! • May 15 • 3:00–6:00 p.m. • Merrimack, NH

Seagate 1.6TB Nytro WarpDrive eMLC FHHL Application Accleration Card

NOTE: Images may not be exact; please check specifications.
  • Temporarily Out-of-Stock
  • Call for next available delivery

The family of Seagate Nytro application acceleration cards is designed to offer high performance with low latency and a low CPU burden!
Ordering Information
The 1.6TB Nytro WarpDrive eMLC FHHL Application Accleration Card accelerates applications such as data warehousing, data mining, data analytics, online transaction processing, high performance computing and big data. Its PCIe host interface standard, enterprise drivers and small form factors makes it more flexible and easier to integrate into today’s low-profile, high-performance system chassis.

The Nytro card is designed to improve application performance and maximize return on investrment. It can greatly improve end-user-level performance because less power, cooling and server requirements can significantly lower CAPEX and total cost of ownership. This card is also built on the latest enterprise-level solid state technologies and includes sophisticated advanced features to help deliver consistently high levels of performance, endurance, and reliability under some of the most demanding conditions. Seagate DuraWrite technology optimizes the number of program cycles to the flash storage, effectively extending the rated write endurance of the flash storage by 8 times or more when compared to standard controllers.

Other sophisticated algorithms and dedicated onboard hardware resources handle complex flash management tasks like garbage collection and wear leveling. Leveraging these advanced features, the Nytro card delivers the performance and endurance needed for accelerating critical business applications. Plus, it contains no moving parts to maintain and require no user configuration at set-up and it includes a management infrastructure for extensive monitoring, including health, error rate and failure monitoring.
12