Shandong University uses Intel® Solid-State Drives to boost storage performance and lower TCO.
Shandong University of Science and Technology uses the EVENDATA* cloud computing solution, integrated with Intel® Solid-State Drive DC S3500 Series, improving the storage performance of its data center while reducing total cost of ownership.
Editor’s Pick: explosive growth of unstructured data is driving scale-out NAS, object-based storage, and cloud as a NAS tier.
Editor’s Pick: The explosive growth of unstructured data is driving scale-out NAS, object-based storage, and the cloud as a NAS tier. Learn about these technologies to evaluate storage requirements for your IT environment.
Case Study: Rite Aid implements Intel-based Hitachi Data Systems HUS 130* storage arrays for regulatory data retention, performance, and reliability.
Case Study: Rite Aid implements Intel® Xeon® processor-based Hitachi Data Systems HUS 130* storage arrays, complying with regulatory data retention requirements while delivering performance and reliability for growing needs.
Case Study: Expedient plans for an Intel® Xeon® processor-based open platform to support cost-effective growth in enterprise cloud storage demand.
Case Study: Enterprise cloud and collocation servicer Expedient plans to move from proprietary storage to an Intel® Xeon® processor-based reliable, powerful, and open platform to support cost-effective growth in enterprise cloud storage demand.
Case Study: China Digital Video uses the Intel® SSD 520 Series to boost video server data read and write storage performance and enhance reliability.
Case Study: China Digital Video uses the Intel® Solid-State Drive 520 Series to improve video server data read and write storage performance and enhances data reliability for greater productivity and efficiency.
Solution Brief: Describes how to rapidly migrate to cloud-ready environments with a Data Plane Development Kit and VMware vSphere* solution.
Solution Brief: Describes the Data Plane Development Kit 1.6 with VMware vSphere* 5.5 solution to rapidly migrate legacy applications from non-virtualized, dedicated proprietary hardware to high-performance, cloud-ready environments.