Oak Ridge National Laboratory recently received delivery of a 5,294 processor Cray XT3. The XT3 is Cray’s third-generation massively parallel processing system. The system builds on a single processor node— built around the AMD Opteron—and uses a custom chip— called SeaStar—to provide interprocessor communication. In addition, the system uses a lightweight operating system on the compute nodes. This paper describes our initial experiences with the system, including micro-benchmark, kernel, and application benchmark results. In particular, we provide performance results for strategic Department of Energy applications areas including climate and fusion. We demonstrate experiments on the installed system, scaling applications up to 4,096 proce...
The Advanced Scientific Computers Project of Argonne's Applied Mathematics Division has two objectiv...
With the addition of a 512 node CRAY T3E to its vector processors CRAY T916/12-512 and CRAY M94 KFA ...
Over the past 15 years, microprocessor performance hasdoubled approximately every 18 months through ...
Cray’s third-generation massively parallel processing system. The system uses a single-processor nod...
On August 15, 2002 the Department of Energy (DOE) selected the Center for Computational Sciences (C...
Cray XD1 nodes in October 2004, where each chassis has 12 AMD Opteron proces-sors. This paper descri...
upgraded its Cray XT3 system from single-core to dual-core AMD Opteron processors and has procured a...
Oak Ridge National Laboratory recently installed a 32 processor Cray X1. In this paper, we describe ...
ABSTRACT: The historical trend of increasing single CPU performance has given way to roadmap of incr...
Catamount (XT3/Red Storm’s Light Weight Kernel) to support multiple CPUs per node on XT systems whil...
The historical trend of increasing single CPU performance has given way to roadmap of increasing co...
We carry out a performance study using the Cray T3D parallel supercomputer to illustrate some import...
The standardized-maximalist approach to supercom-puter benchmarking consists in optimizing a standar...
We describe our experiences in repeated cycles of performance optimization, benchmarking, and perfor...
Over the past 15 years, microprocessor performance has doubled approximately every 18 months throug...
The Advanced Scientific Computers Project of Argonne's Applied Mathematics Division has two objectiv...
With the addition of a 512 node CRAY T3E to its vector processors CRAY T916/12-512 and CRAY M94 KFA ...
Over the past 15 years, microprocessor performance hasdoubled approximately every 18 months through ...
Cray’s third-generation massively parallel processing system. The system uses a single-processor nod...
On August 15, 2002 the Department of Energy (DOE) selected the Center for Computational Sciences (C...
Cray XD1 nodes in October 2004, where each chassis has 12 AMD Opteron proces-sors. This paper descri...
upgraded its Cray XT3 system from single-core to dual-core AMD Opteron processors and has procured a...
Oak Ridge National Laboratory recently installed a 32 processor Cray X1. In this paper, we describe ...
ABSTRACT: The historical trend of increasing single CPU performance has given way to roadmap of incr...
Catamount (XT3/Red Storm’s Light Weight Kernel) to support multiple CPUs per node on XT systems whil...
The historical trend of increasing single CPU performance has given way to roadmap of increasing co...
We carry out a performance study using the Cray T3D parallel supercomputer to illustrate some import...
The standardized-maximalist approach to supercom-puter benchmarking consists in optimizing a standar...
We describe our experiences in repeated cycles of performance optimization, benchmarking, and perfor...
Over the past 15 years, microprocessor performance has doubled approximately every 18 months throug...
The Advanced Scientific Computers Project of Argonne's Applied Mathematics Division has two objectiv...
With the addition of a 512 node CRAY T3E to its vector processors CRAY T916/12-512 and CRAY M94 KFA ...
Over the past 15 years, microprocessor performance hasdoubled approximately every 18 months through ...