WHITE PAPER:
IT budgets are not expected to recover anytime soon, so companies need to adjust to the reality of using fewer resources to deliver business services. This white paper explains how you can accomplish this seemingly impossible objective by running your critical workloads on Linux.
WHITE PAPER:
As data centers reach the upper limits of their power and cooling capacity, efficiency has become the focus of extending the life of existing data centers and designing new ones. As part of these efforts, IT needs to refresh existing infrastructure with servers that deliver more performance and scalability, more efficiently. Read on to learn more.
WHITE PAPER:
This whitepaper discusses what can be the weakest link in many video applications – cabling infrastructure. Learn how media conversion can be an economical and effective means to convert to the cabling medium of your choice.
WHITE PAPER:
Explore this datasheet to learn about a scalable server package that can save your enterprise money without sacrificing speed or availability.
WHITE PAPER:
Check out this exclusive resource to uncover a complete list of tips and tricks for virtual lab testing in a Hyper-V environment, so you can eliminate as many risks as possible.
WHITE PAPER:
Intel IT is evaluating solid-state drive (SSD) technology to better understand the benefits to users and the impacts on the enterprise. We have initiated a proof of concept (PoC) study that includes extensive benchmark testing as well as deployment of notebooks with SSDs to the Intel workforce.
WHITE PAPER:
In this whitepaper learn how by combining technologies with NI Lab VIEW parallel programming software and NI TestStand test management software, test engineers can create high-performance test systems.
WHITE PAPER:
This white paper will discuss HP Data Protector Software which fully supports HP data deduplication technologies allowing you to recover files more quickly while reducing your data management and storage costs.
WHITE PAPER:
Read this paper and get a look at how the next generation microarchitecture's dynamically scalable and design-scalable features directly contribute to power efficiency and performance.
