In this paper we take a look at what the Intel Xeon Processor 7500 family, code namedNehalem-EX, brings to high performance computing. We compare two families of Intel Xeonbased systems (Intel Xeon 7500 and Intel Xeon 5600) and present a performance evolutionof 16 node clusters based on these CPUs. We compare CPU generations utilizing dual socketplatforms and a cluster across a number of HPC benchmarks and focused on differentperformance field and aspect. We will evaluate also technologies and features like Intels HyperThreading Technology (HT) and Intel Turbo Boost Technology (Turbo Mode) and theperformance implication of these technologies for HPC
In this session we show, in two case studies, how the roofline feature of Intel Advisor has been uti...
One of the emerging architectures in HPC systems is Intel’s Knights Landing (KNL) many core chip, wh...
We present a performance evaluation conducted on a production supercomputer of the Intel Xeon Proces...
In this paper we take a look at what the Intel Xeon Processor 7500 family, code namedNehalem-EX, bri...
In this paper we take a look at what the Intel Xeon Processor 7500 family, code named Nehalem-EX, br...
One year after the arrival of the Intel Xeon 7500 systems (“Nehalem-EX”), CERN openlab is presenting...
AbstractWith the recent advent of novel multi- and many-core hardware architectures, application pro...
In this paper, we present an early performance evaluation of a 624-core cluster based on the Intel ®...
In this paper we report on a set of benchmark results recently obtained by the CERN openlab by compa...
Intel's Xeon Phi combines the parallel processing power of a many-core accelerator with the programm...
James Reinders (Chief Evangelist of Intel® Software at Intel) and Jim Jeffers (Principal Engineer at...
International audienceThis paper presents preliminary performance comparisons of parallel applicatio...
High performance is a critical requirement to all microprocessors manufacturers. The present paper d...
This paper describes the performance trends in Intel Dual Core Processors and Intel Xenon Quad Core ...
With Moore's Law alive and well, more and more parallelism is introduced into all computing pl...
In this session we show, in two case studies, how the roofline feature of Intel Advisor has been uti...
One of the emerging architectures in HPC systems is Intel’s Knights Landing (KNL) many core chip, wh...
We present a performance evaluation conducted on a production supercomputer of the Intel Xeon Proces...
In this paper we take a look at what the Intel Xeon Processor 7500 family, code namedNehalem-EX, bri...
In this paper we take a look at what the Intel Xeon Processor 7500 family, code named Nehalem-EX, br...
One year after the arrival of the Intel Xeon 7500 systems (“Nehalem-EX”), CERN openlab is presenting...
AbstractWith the recent advent of novel multi- and many-core hardware architectures, application pro...
In this paper, we present an early performance evaluation of a 624-core cluster based on the Intel ®...
In this paper we report on a set of benchmark results recently obtained by the CERN openlab by compa...
Intel's Xeon Phi combines the parallel processing power of a many-core accelerator with the programm...
James Reinders (Chief Evangelist of Intel® Software at Intel) and Jim Jeffers (Principal Engineer at...
International audienceThis paper presents preliminary performance comparisons of parallel applicatio...
High performance is a critical requirement to all microprocessors manufacturers. The present paper d...
This paper describes the performance trends in Intel Dual Core Processors and Intel Xenon Quad Core ...
With Moore's Law alive and well, more and more parallelism is introduced into all computing pl...
In this session we show, in two case studies, how the roofline feature of Intel Advisor has been uti...
One of the emerging architectures in HPC systems is Intel’s Knights Landing (KNL) many core chip, wh...
We present a performance evaluation conducted on a production supercomputer of the Intel Xeon Proces...