The Cray XE6 (codename during development: Baker) made by Cray is an enhanced version of the Cray XT6 supercomputer, officially announced on 25 May 2010. [1] .

TECH STORY: The XE6 supercomputer took the XT series infrastructure and incorporated multicore AMD processors and the breakthrough Cray Gemini interconnect. Gemini delivered extreme messaging rates and much improved latency. The XE6 could scale to over 1 million processor cores and could exceed 10 petaflops.

Scalable analysis of a sick application, delivering a STAT tree and a minimal, comprehensive, core file set. How can we get appropriate Compiler, Tools, and Libraries? In general, you should make use of the modules system rather than embedding specific directory paths into your startup files, makefiles, and scripts. Which modules are available?

May 25, 2010 · The final piece of Cray's "Baker" XE6 massively parallel supercomputers, on which the company's financial 2010 hinges, make its debut today. The unveiling comes a week ahead of the International Super Computing conference in Hamburg, Germany, and at Cray's user group meeting in Edinburgh, Scotland.

Jun 4, 2010 · American computer scientist Grace Hopper will power science on the cabinets of the National Energy Research Scientific Computing Center's (NERSC) petascale Cray XE6 system. A pioneer in the field of software development and programming languages, Hopper created the first compiler.

Cray XE6 System Solutions: Access product support documents and manuals, software, download drivers by operating environment, and view product support videos.

system administrator's console for managing a Cray system like monitoring, installing/upgrading software, controls the hardware, starting and stopping the XE6 system. boot nodes which provides the OS for all other nodes, licenses,...

Jan 1, 2014 · Blue Gene/Q is the third generation of systems from IBM that use modestly performing cores but at large-scale in order to achieve high performance. The XE6 is the latest in a long line of Cray systems that use a 3-D topology …

For systems comprised of two rows, the topology is a full 3D torus of size N x 12 x 16, where N is the number of cabinets in a row (total 2 x N cabinets). This class covers configurations from 16 (N=8) to 48 (N=24) cabinets.

Jun 8, 2010 · Cray Inc. launched the company’s next generation of its high-end supercomputing systems — the Cray XE6 supercomputer. The supercomputer combines the company’s new Gemini interconnect with powerful AMD Opteron(TM) processors to bring production petascale computing to a new and expanded base of high performance computing users.