T-Platforms Introduces New A-Class Supercomputer System
June 24 — T-Platforms, a global supplier of solutions and services for high-performance computing, announces the new A-Class Supercomputer System, a highly integrated platform designed to simplify the transition to multi-petaflops computations. The A-Class will be unveiled at the International Supercomputing Conference, June 23-26, in Leipzig, Germany.
The A-Class is the most advanced T-Platforms product, with the highest computational density, scalability, energy efficiency and reliability features combined in a custom rack-level chassis.
The system features two independent head nodes, 256 compute nodes and 60 InfiniBand and Ethernet switches, all tightly coupled into a single, powerful computing resource.
The initial A-Class peak performance of 420 teraflops per single system can be scaled up to 54 petaflops by combining a maximum of 128 systems. The first released compute module features four custom system boards with a single Intel Xeon E5-2600 v2 microprocessor and NVIDIA Tesla K40 accelerator. A set-up with one processor and one GPU accelerator provides a balanced configuration to solve various computational problems, while optimal implementation of NVIDIA GPU Direct technology helps to achieve the maximum optimal computational efficiency.
The A-Class offers a comprehensive network environment, providing two independent Ethernet networks for system management and two independent InfiniBand networks, one used for MPI traffic and the other for data access. Popular 3D- and 4D-torus, flattened butterfly, and hypercube, among other advanced topologies, are available to reach optimal interconnect performance and efficiency.
The A-Class management, compute and switching modules are directly cooled by hot water, with input temperature as high as 45 °C and output of over 50 °C. Printed circuit boards of nodes and switches are attached to a customer radiator plate with spill-proof water connectors.
The use of hot water as a coolant significantly reduces system operational noise and enables the system’s year-round ‘free cooling’ mode for cost savings on compressors and chillers. To improve TCO during winter, customers can reuse the hot outlet water to heat offices.
A host of resilient hardware and advanced software features enhance A-Class reliability. A management failover function is implemented via two independent hot-swappable management modules with separate networks. A-Class management modules monitor system components, control program load states and configuration of installed software. Independent power inputs and redundant power supplies ensure the entire system’s continued operation, critical for petascale computations.
The Moscow State University is running A-Class field tests and recently submitted system performance details for inclusion in the Top500 list of the world’s most powerful supercomputers. A single A-Class system was ranked 130th in June 2014 edition of the list.
“The A-Class is an impressive HPC system,” said Professor Vladimir Voevodin, Deputy Director at the Research Computing Center, M.V. Lomonosov Moscow State University (MSU). “The newest solution from T-Platforms gives us more choices as we prepare for the new multi-petaflops supercomputer deployment.”
“At the earliest A-Class design stages we listened carefully to the input from MSU, the largest customer and primary research partner of T-Platforms,” said Mr. Seva Opanasenko, T-Platforms’ CEO. “And to address current and future HPC challenges we worked very closely with suppliers to implement the right mix of performance and system efficiency.”
The A-Class system is going through testing and certification stages and is now available for pre-orders.
T-Platforms Group (www.t-platforms.ru) is an international supercomputer developer and a supplier of the full range of solutions and services for high performance computing. Founded in 2002, T-Platforms Group is headquartered in Moscow, Russia with regional offices in Hanover, Germany and Taipei, Taiwan. The company has implemented more than 300 integrated projects, six of which were included in the Top500 list of the world’s most powerful supercomputers. T-Platforms owns patents on a number of supercomputer technologies and electronic components. T-Platforms’ solutions are used for fundamental and applied research in various fields of science, including life sciences, physics, chemistry and mathematics, as well as for calculation-intensive tasks in engineering, computer graphics and many other disciplines. In 2011, HPCWire named Vsevolod Opanasenko, CEO of T-Platforms, one of 12 most famous and respected people of the global HPC community.