Moving from a desktop oriented computing environment to a cluster based environment has it challenges for some organizations. However, a number of companies are aware of the benefits and are progressing in the move to a cluster based technical computing system.
Massive amounts of computing power and data are needed for effective and efficient processing for many areas that are considered in the Life Science domain. From drug design to genomic sequencing and risk analysis , many workflows require that the tools and processes be in place so that entire organizations are more effective.
HPC developers want to write code and create new applications. The advanced nature of HPC often requires that this process be associated with specific hardware and software environment present on a given HPC resource. Developers want to extract the maximum performance from HPC hardware and at the same time not get mired down in the complexities of software tool chains and dependencies.
Cisco UCS solutions allow for a faster and more optimized deployment of a computing infrastructure. This solution brief details how the Cisco UCS infrastructure can help your organization become more productive more quickly and can achieve business results without having to be concerned with fitting together various pieces of disparate hardware and software.
When discussing GPU accelerators, the focus is often on the price-to-performance benefits to the end user. The true cost of managing and using GPUs goes far beyond the hardware price, however. Understanding and managing these costs helps provide more efficient and productive systems.
Creating a large server farm with fast CPUs doesn’t map well to applications that require storage connectivity, as most do, or socket to socket communication within the overall system. Thus, a flexible and high speed networking solution is critical to the overall performance of the computing system.
While large scale supercomputing centers continue to push the boundaries of the ability to process numerical information, either HPC like or Big Data like, a concern is the ability for the datacenter to power and cool such large installations. The new Cray XC Supercomputer is an energy efficient advancement to the traditional cluster.
Daniel Gutierrez, Managing Editor, of insideBIGDATA has put together a terrific Guide to Scientific Research. The goal of this paper is to provide a road map for scientific researchers wishing to capitalize on the rapid growth of big data technology for collecting, transforming, analyzing, and visualizing large scientific data sets.
Over the past year the insideHPC editorial team have put together a series of special reports on a variety of HPC topics. These reports can be read online in an article fashion or you can download these reports from the insideHPC White Paper Library.
There is big push for decreasing the complexity in setting up and managing HPC clusters in the data center. This IBM Webinar, “Bare Metal To Application Ready is Less Than a Day” provides excellent tips for preparing and managing the complexity of an HPC cluster.