At ISC 2015 last week, Russian supercomputing vendor RSC Group showcased its next generation RSC Tornado cluster solution. Enhanced with higher computing density, energy efficiency, and operational stability “hot water” mode, the RSC Tornado reduces infrastructure while making it easier to upgrade system components.
In this video from ISC 2015, Steve Branton from Asetek describes a series of high profile supercomputing upgrades that show the growing momentum of Asetek liquid cooling in the HPC market. “Asetek customers are using the company’s RackCDU Liquid Cooling for increased datacenter efficiency. See for yourself how Asetek successfully addresses datacenter demands at the University of Tromso, Mississippi State University, NREL, and elsewhere, while working with Cray, Fujitsu and other OEMs.”
Today Iceotope announced that it has developed the first fan-less Mellanox-based InfiniBand and Ethernet high-performance network and interconnect switch for HPC. Combined with Iceotope’s technology, Mellanox’s high-performance, low latency switches can now be cooled with hot water (of up to 45C), enabling chiller-less operation in all climates, with absolutely no airflow, and significant efficiency benefits.
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.
Today Allinea Software announced that their Allinea Forge development tool suite is now available for ARM platforms. The tool suite, renowned for its ability to master multi-process and multi-threaded Linux applications, includes the powerful performance profiler Allinea MAP and debugger Allinea DDT.