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16-Petaflop Supercomputer on Hold to Wait for ‘Skylake’ Xeon

The UK’s Met Office puts the third of three Cray supercomputers on hold to wait for greater power from the next-gen Xeon sometime in 2017. The British weather service has announced it will delay installation of the last of a three-supercomputer package it bought last year so it can get …

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Multicore Optimization Realized: Tuning for Intel MICs

As the number of cores available to programmers has grown, so have the opportunities to exceed results expected by Moore’s Law. Servers routinely offer dozens of Xeon cores and the ability to run hundreds of simultaneous threads on Xeon Phi coprocessors. The question is how best to parallelize and optimize …

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Offload Your Code to Your GPU: How to Get Started

At the time of this writing, most desktop computers have video cards with multiple processor cores that support advanced graphics. But most of the time they are idle, just waiting for a graphically intense program to run. In the past, it has taken a bit of effort to take advantage …

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Stanford, Army Solve Billions of Equations in Minutes

A Stanford professor and his research team believe they have set a computational record by using a supercomputer to solve more than 10 billion equations in just over three minutes. Stanford professor Charbel Farhat and his team at the Army High Performance Computing Research Center (AHPCRC) recently used Excalibur, a …

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16-Petaflop Supercomputer on Hold to Wait for ‘Skylake’ Xeon

The UK’s Met Office puts the third of three Cray supercomputers on hold to wait for greater power from the next-gen Xeon sometime in 2017. The British weather service has announced it will delay installation of the last of a three-supercomputer package it bought last year so it can get …

Read Full Post Posted in Design

Get Best Memory-Consumption Scalability of Intel MPI Library

High-performance computing applications tend to use most of the available memory on a node, making it difficult to estimate the memory consumption of MPI libraries. But there are ways to estimate memory consumption and ways to fine-tune the Intel MPI Library settings to reduce the memory footprint. For example, users …

Read Full Post Posted in Build

Multicore Optimization Realized: Tuning for Intel MICs

As the number of cores available to programmers has grown, so have the opportunities to exceed results expected by Moore’s Law. Servers routinely offer dozens of Xeon cores and the ability to run hundreds of simultaneous threads on Xeon Phi coprocessors. The question is how best to parallelize and optimize …

Read Full Post Posted in Build

Offload Your Code to Your GPU: How to Get Started

At the time of this writing, most desktop computers have video cards with multiple processor cores that support advanced graphics. But most of the time they are idle, just waiting for a graphically intense program to run. In the past, it has taken a bit of effort to take advantage …

Read Full Post Posted in Tune

Reproducing Results With Intel MPI Library

With high-performance computing, floating-point operations in numerical codes can introduce differences that increase with each iteration. The Intel MPI Library offers algorithms to gather conditionally reproducible results, even when the MPI rank distribution environment differs from run to run. Learn more about how you can achieve conditionally reproducible outcomes without …

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