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Sun is announcing new products that demonstrate continued innovation and expansion of the Sun Constellation System. Designed using Sun’s Open Network Systems architecture, the Sun Constellation System is one of the most integrated and balanced HPC system available today. Highlights include:

Sun Datacenter InfiniBand QDR Switch 648: Delivers extreme density, performance and reduced deployment complexity with up to three times more ports per rack, four and a half times more system bandwidth, and up to 3:1 cable reduction than competitive Double Data Rate (DDR) switch solutions.

Sun HPC Software, Linux Edition 2.0: Makes it faster and easier to install Linux-based environments by providing an integrated Linux software stack for HPC solutions, and gives customers a choice of running SUSE 10, CentOS and Red Hat Linux.

Lustre 1.8.0: Introduces several robust new features to improve system performance and functionality, including the adaptive timeouts feature, client interoperability feature, OSS read cache feature and Version-based Recovery (VBR).

Sun Constellation System Powers Two of the Top 10 Systems on Top500 List

The Sun Constellation System is expected to power some of the largest HPC systems in the world, with more than two PetaFLOPS of performance already installed or ordered. According to the latest Top500 list released today, Sun increased its overall presence on the list, including two supercomputers in the Top 10 powered by the Sun Constellation System: the Ranger supercomputer at the Texas Advanced Computing Center (TACC) at #8, and the JuRoPa supercomputer at Forschungszentrum Juelich in Germany at #10 — which is also the most efficient system among the Top 10 supercomputers as measured by the LINPACK benchmark. In addition, nine of the top 10 supercomputers are using Sun Storage technologies, including Lustre and tape storage.

Sun is also announcing new HPC customers today, including:

Toshiba Research Europe recently replaced five racks of obsolete white-box systems with two Sun Blade 6000 chassis filled with Sun Blade X6450 server modules, powered by Intel Xeon six-core processors. The company is also deploying Sun HPC Software with Linux and Sun Grid Engine software. Toshiba Research Europe is using the new Sun solution for advanced fundamental research in the field of wireless telecommunications.

The University of North Carolina at Chapel Hill (UNC-CH) turned to an HPC solution from Sun to speed its biomedical research and image analysis. The UNC-CH grid — called the Biomedical Analysis and Simulation Supercomputer (BASS) system — consists of 17 Sun Fire X4600 M2 servers, each with 16 2.8GHz Quad-Core AMD Opteron processor cores. UNC-CH is also deploying a Sun Storage 6140 array, Sun Storage SL500 modular library system, 45 Sun Ultra 40 M2 workstations and Sun Grid Engine software.

Sun Constellation System Sets Records on HPC Benchmarks

The Sun Constellation System delivers top performance on a wide range of compute-intensive, memory-intensive, communication-intensive or I/O-intensive applications, such as weather forecasting (WRF), seismic processing (Reverse Time Migration), molecular modeling (NAMD), and subatomic physics (MILC). The Sun Constellation System was able to achieve scalability efficiencies of nearly 90 percent across these workloads, enabling customers to recognize performance benefits at every level. Moreover, the availability of QDR IB infrastructure offers up to an 80 percent performance boost versus DDR IB on communication-intensive suites in HPCC, such as FFT and PTRANS. Further highlighting the Sun Constellation System’s compute capabilities, Sun is announcing four new ground-breaking results on the SPEC CPU2006 benchmark, which is used to gauge a computer’s processor, memory architecture and compilers on a variety of real-world compute intensive workloads:

The best integer throughput score ever published

Top x86 floating point throughput result

World speed record on integer-intensive computations

World speed record on floating point-intensive computations

Sun is also announcing a variety of open source software solutions and upgrades to simplify HPC deployments. HPC software announced includes:

Sun Studio 12 Update 1: Contains new features and enhancements to boost performance and simplify the creation of high-performance parallel applications for the latest multicore x86 and SPARC-based systems running on leading Linux platforms, the Solaris Operating System (OS) or OpenSolaris. The Sun Studio 12 Update 1 software has set almost a dozen industry benchmark records to date, and in conjunction with the freely available community-based OpenSolaris 2009.06 OS, was instrumental in landing four new ground-breaking SPEC CPU2006 results.

Sun HPC ClusterTools 8.2: Provides MPI libraries and Runtime environment based on Open MPI, fully tested and supported by Sun on both Solaris and Linux. The software provides full interconnect support, including IB QDR and IB multi-rail, providing both high performance and scalability required by today’s powerful HPC cluster systems.

Sun Grid Engine 6.2 Update 3: Improves support for both private and public (Amazon EC2) clouds and adds monitoring of compute clusters and the Service Domain Manager (SDM) from one place.

Sun xVM Ops Center 2.1: Enhances Sun xVM Ops Center by providing key bug fixes, integrating patches, and introducing a number of functional and usability enhancements.

Sun Storage Archive Manager 5.0 and Sun QFS (SAM-QFS): Introduces new shared file system and archive software features that ease administration and improve shared file system services and archive management.

Sun HPC Software, Developer Edition 1.0 for OpenSolaris: Combines the latest Sun HPC developer software and tools with OpenSolaris in an easy to use virtual machine.