New instances launched across seven regions deliver the highest level of processor performance on EC2, aimed at high-performance computing applications.
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Organizations are increasingly using parallel processing technology to address their high performance, technical computing or big data analysis requirements. Adaptive Computing has long believed that its Moab HPC Suite should be the parallel processing monitor of choice.
The National Computational Infrastructure has built an on-demand, high-performance cloud computing environment to process data-intensive computations, such as climate change, earth system science, and life sciences research.
Organizations are seeking ways to reduce their storage costs while also improving performance, reliability and manageability. Atlantis Computing believes that its USX addresses these requirements for virtual applications.
Visual computing technology provider Nvidia will be bringing its GRID virtual GPU to selected Chromebooks and VMware vSphere to ensure that customers have access to high-performance graphics on their virtualised desktops.
ARM and its partners continue to push their low-power chips into new markets with the launch of ARM-based systems aimed at high performance computing.
At its Discover conference, HP outlined plans to bring more high-performance computing to the enterprise with a series of Apollo servers. HP also rolled out storage, networking, and virtualization pieces of its datacenter stack.
The new facility will focus on projects around Internet of Things, Big Data and High Performance Computing
Better power and performance of DDR4 technology is a critical requirement for the growing enterprise computing market and DDR4 delivers a power improvement of up to 35 percent compared to DDR3.
Reel FX, the award winning creator of animated films, chose Dell as a platform for their recent film, "Free Birds." The company discusses why they made that choice.
Once a niche, high-performance computing has become a key growth area for the tech industry. Intel’s announcements at Supercomputing 13 today---including new details of a completely redesigned Many Integrated Core processor—show just how important technical computing has become.
Amazon Web Services and Nvidia are launching cloud services designed to move GPUs beyond high performance computing to SaaS companies.
Most organizations' configurations, says Cycle Computing's Jason Stowe, are "too small when you need it most, too large every other time."
A conversation with Riverbed's Michael Cucchi highlighted the issues companies have with really knowing how their workloads perform and how to find problems when they arise.
Three studies show that in some circumstances VMware vSphere can deliver faster performance than native computing.
Microsoft's high-performance computing team is now the 'Big Compute' team. Expect more Windows Azure deliverables from them in the future.
Today, Linux rules supercomputing. It wasn't always that way. Here's how Linux moved from being Linus Torvald's hobby operating system to being the OS of choice for high-performance computing.
There's an increasingly vocal chorus of analysts who believe that Intel can solve for ARM and ultimately pass that architecture in mobile computing performance.
Virtualizing works well for small workloads, and can be a great advantage in high-performance computing applications when implemented correctly.
Where will the next big leaps in performance and power efficiency come from? Increasingly, the industry is looking toward a concept known as heterogeneous computing to save the day. This week, AMD revealed new features of its Heterogeneous Systems Architecture.
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