“There are a number of exciting technologies we should see in 2016, and a leader will be Intel’s next-generation Xeon Phi coprocessor – a hybrid between an accelerator and general purpose processor. This new class of processors will have a large impact on the industry with its innovative design that combines a many-core architecture with general-purpose productivity. Cray, for example, will be delivering Intel Xeon Phi processors with some of our largest systems, including those going to Los Alamos National Labs (the “Trinity” supercomputer) and NERSC (the “Cori” supercomputer).”
“HPC in India is getting noticed on a different scale today. Starting with lot of initiatives across, the National Supercomputing Mission (NSM) gives clear HPC roadmap with assert confidence of dominating HPC in India. The student cluster competition to me is a perfect way to introduce, develop and enhance the HPC technologies around. ISSC opens up an interesting and innovative platform for HPC student fraternity in India to experience the computer science and computational science.”
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.
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 Intel Chip Chat podcast, Alan Gara describes how Intel’s Scalable System Framework (SSF) is meeting the extreme challenges and opportunities that researchers and scientists face in high performance computing today. He explains that SSF incorporates many different Intel technologies including; Intel Xeon and Phi processors, Intel Omni-Path Fabrics, silicon photonics, innovative memory technologies, and efficiently integrates these elements into a broad spectrum of system solutions optimized for both compute and data-intensive workloads. Mr. Gara emphasizes that this framework has the ability to scale from very small HPC systems all the way up to exascale computing systems and meets the needs of users in a very scalable and flexible way.
Bill Lee presented this talk at the Mellanox booth at SC15. “The IBTA is responsible for compliance and interoperability testing of commercial products and has successfully added hundreds of products to its Integrators’ List. The IBTA unites the industry through IBTA-sponsored technical events and resources, and actively promotes InfiniBand from a vendor-neutral perspective through online communications, marketing and public relations engagements.”
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.”
“To be successful in high-performance computing (HPC) today, it is no longer enough to sell good hardware: vendors need to develop an ‘ecosystem’ in which other hardware companies use their products and components; in which system administrators are familiar with their processors and architectures; and in which developers are trained and eager to write code both for the efficient use of the system and for end-user applications. No one company, not even Intel or IBM, can achieve all of this by itself anymore.”
“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.”
“At SC15, IBM, in turn, announced new offerings centered “on the tight integration of IBM’s Power processors with accelerators.” But it was an announcement about IBM’s interest in FPGAs that attracted attention. It has concluded a multi-year strategic collaboration with Xilinx to develop FPGA-enabled workload acceleration on Power-based systems. Through a private commercial agreement as well as by collaboration through the Open Power Foundation, the two companies are teaming up to develop open acceleration infrastructures, software, and middleware.