Who are the world’s most important vendors of supercomputers, at least as measured by the number of systems they have in the Top500? HP is the leader with a 31 per cent share; Cray is number two with just under 14 per cent. So far, so unsurprising. But what has been little remarked upon is that in third place – with 49 systems, or 9.8 per cent of the Top500 list – is the Chinese vendor, Sugon. And both Sugon and Inspur, the other main Chinese vendor, have their sights set on expanding still further, with trade missions to Europe and setting up partnerships and subsidiaries in both Europe and the USA.
Today Intel Corporation announced that it has completed the acquisition of Altera, a leading provider of field-programmable gate array (FPGA) technology. The acquisition complements Intel’s leading-edge product portfolio and enables new classes of products in the high-growth data center and Internet of Things (IoT) market segments.
In this podcast, the Radio Free HPC team makes their tech predictions for 2016. Will secure firmware be the key differentiator for HPC vendors? Will this be the year of FPGAs? And could we see a 100 Petaflop machine on the TOP500 before the year ends?
In this video, Dr. David Southwell from Obsidian Strategics discusses conventional InfiniBand technology and goes on to describe how the company’s Longbow, Crossbow and Bowman devices enable what is generally considered as an ‘indoor use only’ protocol to be deployed at scale with security over global distances. The resulting Global InfiniBand Fabrics can be used for a variety of purposes including technical computing, big data migration and streaming distribution.
Today NetApp announced it has entered into a definitive agreement to acquire SolidFire for $870 million in cash. Founded in 2010, SolidFire is a market leader in all-flash storage systems built for the next-generation data center where simple scaling, set-and-forget management, assured performance and multi-tenancy, and cloud economic models are driving new market growth.
The use of High Performance Computing continues to grow in the enterprise and beyond. In this podcast, James Reinders from Intel describes how Intel will continue to drive HPC democratization in 2016. “At Intel, our passion to help drive the democratization of HPC is exemplified by many things. Here is my list of ten things which caught my attention as being most significant as we enter 2016.”
Today the French ESI Group announced the opening of its new European HPC Center. The datacenter is now based on the Teratec Campus, an ideal location to launch collaborative High-Performance Computing projects as it is in the vicinity of Europe’s biggest HPC center: the CEA’s Très Grand Centre de Calcul. The new datacenter will effectively act as ESI’s POD (Point of Delivery), serving all ESI offices across Europe as a platform for ESI’s new software development and engineering services alike. ESI teamed up with Legrand, the global specialist in electrical and digital building infrastructures to meet the technical challenges surrounding this project.
Lustre was originally developed as the fastest scratch file system for HPC workloads that supercomputer centers could get, but has over the years matured to be an enterprise-class parallel file system supporting mission-critical workloads. Unfortunately, in spite of Lustre having become extremely attractive to enterprises and adopted by IT departments, some naysayers continue toclaim that Lustre is still just a scratch file system. We in the Lustre community see quite a different picture.
“Over the last several years, an enormous amount of development effort has gone into Lustre to address users’ enterprise-related requests. Their work is not only keeping Lustre extremely fast (the Spider II storage system at the Oak Ridge Leadership Computing Facility (OLCF) that supports OLCF’s Titan supercomputer delivers 1 TB/s ; and Data Oasis, supporting the Comet supercomputer at the San Diego Supercomputing Center (SDSC) supports thousands of users with 300GB/s throughput) but also making it an enterprise-class parallel file system that has since been deployed for many mission-critical applications, such as seismic processing and analysis, regional climate and weather modeling, and banking.”
“Analytics applied over complex, many-to-many data relationships hit the ‘Graph Cache Thrash’ bottleneck and grind to a halt, failing to deliver good performance or to operate at scale,” said Brad Bebee, SYSTAP CEO. “GPU hardware provides a compelling performance increase for data-intensive, predictive analytic applications. With Blazegraph and our new GPU products, users can harness the computing power comparable to what was only available from supercomputers, such as a Cray, at a fraction of the cost.”