DataTechInsights

When you deploy HP CloudSystem Matrix with 3PAR as the back-end storage, you can quickly and easily roll out Infrastructure as a Service (IaaS) based on templates from a single management console, as well as a host of other benefits. Download this paper to learn more.     Sponsored by HP & Intel   ...

Blade servers offer a number of advantages over tra­ditional tower and rack-mount servers. The blade serv­er’s modular, future-proof design provides scalability and allows you to build and grow your infrastructure over time. It optimizes the use of physical space and requires 40 percent less power consumption vs. traditional infrastructure.   Intel and the Intel logo are trademarks of Intel Corporation in the U.S. and/or other countr...

Australian online bookmaker centralizes storage, manages growth, and wins fast ROI with HP X9000 Network Storage System powered by Intel® Xeon® processors. Discover how to establish a reliable, easy-to-manage centralized storage solution that can scale to accommodate explosive business growth. Develop a new storage strategy and gain control over (more…)...

Korean Educational Broadcasting System (EBS) needed a new storage solution to cope with a significant increase in downloads of its online tests. They implemented the HP X9000 Network Storage system, powered by Intel® Xeon® processors, G/W model. “When this solution was first introduced, no one imagined there would be such a significant increase in the number of simultaneous users. If we had not incorporated the HP X9000 solution, it would ...

Exploding data storage demands threatened to hinder the progress of biomedical research at PCPGM’s academic medical centers of Massachusetts General Hospital, Brigham and Women’s Hospital. To overcome these challenges, PCPGM’s Enterprise Research Infrastructure and Services (ERIS) worked with HP to conduct a series of throughput and scaling tests of the HP X9000 Network Storage System, powered by Intel® Xeon® processors, wit...

This report documents the results of ESG Lab hands-on testing of the performance scalability of the HP X9000 Network Storage Systems powered by Intel® Xeon® processors. The HP X9000 Network Storage Systems are scale-out NAS solutions configured in failover clusters (“couplets”) using industry-standard HP servers and storage with the IBRIX Fusion segmented file system pre-configured. The performance scalability of both large and small...

The last two decades have seen an enormous growth in the amount of digital content. Storage needs have risen proportionally. This trend shows no end of slowing down. As the world’s content is going digital, the concept of archiving has taken center stage. This whitepaper focuses on the current growth in the media and entertainment market within the digital domain. It overviews the quantity of media generated, what the client is doing to store ...

Flexible, modular infrastructure for digital media distribution -- As a company operating in the communications industry, you are dealing with an increasing amount of high-definition content and 3-D production -- having a modern content repository is critical to your company's success. Learn how you can replace multiple proprietary interfaces with a single standards-based interface; remove multiple points of failure by consolidating your IT ecosystem...

Broadcast more high-definition content. Deliver scalable nearline and archive storage for more efficient workflows with HP X9000 Network Storage System powered by Intel® Xeon® processors. Control the costs associated with explosive data and improve the delivery of high-definition content. Provide reliable, cost-effective archival of your digital assets.   Intel and the Intel logo are trademarks of Intel Corporation in the U.S. and/or other...

DreamWorks Studio turns to HP technology to deliver more than 60 percent greater throughput and help break new ground faster than ever. Onsite testing showed that HP server blades, storage, networking, and cloud services would boost efficiency and defer power capacity upgrade.   “DreamWorks utilize about 5 percent of its rendering capacity from the cloud. In 2011, we intend to move more than 50 percent of our rendering capacity into the clo...