WHITE PAPER:
Trends towards server consolidation and decentralized employees can seriously impact WAN bandwidth. A typical CIFS file often requires hundreds of round trips between the file server and the user to complete a simple file request.
WHITE PAPER:
Access this paper and learn how you can reduce overhead and reduce response times for web applications, particularly for social networking, big data, and other scale-out applications.
WHITE PAPER:
In this resource, discover an application delivery controller (AD) solution that accelerates, optimizes, secures, and scales application traffic in both physical and virtual servers to meet today's demands.
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This whitepaper will teach you more about the new frontier of GPUs in the cloud and how you can bypass the stumbling blocks that have prevented organizations from enabling GPU-accelerated VDI with NVIDIA Grid.
WHITE PAPER:
This paper describes performance gains achieved by upgrading to the latest version of SAS v9.2 on Xeon 5500 (Nehalem) platform. SAS Forecast Server workload is utilized. Paper also describes usage of Intel compiler and Intel software tools.
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When it came time to replace its blade servers, Pacific Coast Building Products, Inc. sought a new platform that would support growth. Read this case study to learn how Pacific Coast implemented a platform that simplified provisioning and management of their SAP applications in a virtualized environment.
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This IDC Buyer Case Study describes how OGL Computer (a U.K. based service provider) tested and deployed the lowe-power, density-optimized servers of the HP Moonshot System to deliver hosted desktop services to its customers.
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Need to minimize the risk of server failures and optimize your inventory database? LSI shows why deploying HA servers at your retail branch locations is critical to adding value to your business.
WHITE PAPER:
Learn more about the history of graphics processing over the past few decades and discover a technology that enables true professional-caliber interactivity that scales smoothly with a number of concurrent users.