In this video from SC16, Brad Merchant from RAID Inc. describes the company’s new Lustre ZFS Building Block. “RAID Inc. offers a suite of building block product families that can be purchased individually or in conjunction with other RAID products to solve customer’s needs in the most demanding data-storage environments. Each product is customized to address customer’s individual requirements of performance, reliability, scalability and price. Each product is put through extensive testing and a burn-in/staging process which ensures customers will receive a solution designed to function as specified in their unique environment.”
“Storage performance has been one of the biggest challenges in developing supercomputers. To meet the demands for storage performance, IME was introduced to the Oakforest-PACS on a massive scale, the first such introduction in the world,” said Osamu Tatebe, lead, public relations, JCAHPC / professor, Center for Computational Sciences, University of Tsukuba. “We are very pleased that we could achieve effective I/O performance exceeding 1 TB per second in writing tens of thousands of processes to the same file. With this new storage technology, we believe that we will be able to contribute to society with the further development of computational science, big data analysis and machine learning.”
“When designing an application that contains many threads and less cores than threads, it is important to understand what is the optimal number of threads that should be assigned to a core. This value should be parameterized, in order to easily run tests to determine which is the optimum value for a given machine. One thread per core on the Intel Xeon Phi processor will give the highest performance per thread. When the number of threads per core is set at two or four, the individual thread performance may be lower, but the aggregate performance will be greater.”
In this video from SC16, Silicon Mechanics CTO Daniel Chow describes how the company brings value and performance to its HPC customers. “When looking for a leading solutions integrator to couple disparate hardware and software products into a “HPC Built For You” solution, that will keep up with the evolution and disruptive forces in technology – the Experts at Silicon Mechanics are here to help you.”
In life sciences, perhaps more than any other HPC discipline, simplicity is key. The SGI solution meets this requirement by delivering a single system that scales to huge capabilities by unifying compute, memory, and storage. Researchers and scientists in personalized medicine (and most life sciences) are typically not computer science experts and want a simple development and usage model that enables them to focus on their research and projects.
“At SC16, DDN demonstrated centralized storage implementations that accelerate financial and scientific analytics by 5x – extracting maximum efficiency, value and ROI in real-world customer environments using DDN products and solutions with open and commercial software including OpenStack and Hadoop. In addition to the demonstrations, DDN also highlighted its customer use cases with other open and commercial software such as Informatica, SAS GRID, R and Ab Initio, among others.”
Accelerated computing continues to gain momentum as the HPC community moves towards Exascale. Our recent Tesla P100 GPU review shows how these accelerators are opening up new worlds of performance vs. traditional CPU-based systems and even vs. NVIDIA’s previous K80 GPU product. We’ve got benchmarks, case studies, and more in the insideHPC Research Report on GPU Accelerators.
In this special guest feature, SC17 General Chair Bernd Mohr write that the conference will focus on making connections. “We are very confident, that SC17 will once again be THE gathering of scientists, engineers, researchers, educators, programmers, system administrators and developers that is unequaled in the world—for an exceptional program of technical presentations, papers, workshops, informative tutorials, timely research posters and Birds-of-a-Feather (BoF) sessions, all connected by a world-class exhibition.”
“As seen at installations included on both the Green500 and Top500 lists, Asetek’s distributed liquid cooling architecture enables cluster energy efficiency in addition to sustained and un-throttled cluster performance,” said John Hamill, Vice President of WW Sales and Marketing. “Around the world, data centers are increasingly using Asetek technology for High Performance Computing while reducing energy costs.”
“Huawei has increasingly become more prominent in the HPC market. It has successfully deployed HPC clusters for a large number of global vehicle producers, large-scale supercomputing centers, and research institutions. These show that Huawei’s HPC platforms are optimized for industry applications which can help customers significantly simplify service processes and improve work efficiency, enabling them to focus on product development and research.”