Tag: Moore’s Law

China Scores Fifth TOP500 Win with Tianhe-2

Jul 14, 2015 |

When China grabbed the TOP500 crown for its Tianhe-2 supercomputer in June 2013 with double the peak FLOPS of the next fastest machine (Titan at Oak Ridge National Laboratory), could anyone have foreseen that the machine would still hold on to the top spot a full two years later? As we can see from the 45th edition Read more…

IBM First to 7nm Process with Working Transistors

Jul 9, 2015 |

IBM Research has announced the world’s first 7nm node test chips with functioning transistors, accomplished via a partnership with GLOBALFOUNDRIES and Samsung at SUNY Polytechnic Institute’s Colleges of Nanoscale Science and Engineering (SUNY Poly CNSE). Although production 7nm chips are at least two years away, IBM has delivered on its promise to develop the process nodes and beaten Read more…

Graphene Promises Ultimate On-Chip Interconnect Scaling

Jun 29, 2015 |

Graphene has been heralded as a potential Moore’s law extender. The single-atom layer of carbon is prized for its strength, flexibility, lightness and conductivity. While most graphene electronics research has centered on its potential as a silicon replacement, a research project out of Stanford University has a different proposition, one that may, in fact, be a more feasible first-production-use of graphene. In Read more…

Japan Preps for HPC-Big Data Convergence

Jun 18, 2015 |

The task of drawing discrete boundaries around the tech spheres known as HPC and big data is getting more complicated with each passing year. Many are anticipating convergence between these camps. One prominent HPCer waving the convergence flag is Satoshi Matsuoka, a professor at Tokyo Institute of Technology’s Global Scientific Information and Computing Center. In his Read more…

IEEE Group Seeks to Reinvent Computing as Scaling Stalls

May 6, 2015 |

Computer scientists worried about the end of computing as we know it have been banging heads for several years looking for ways to return to the historical exponential scaling of computer performance. What is needed, say the proponents of an initiative called “Rebooting Computing,” is nothing less than a radical rethinking of how computers are Read more…

Pushing Back the Limits of Microminaturization

Mar 4, 2015 |

Over the last half a century, computers have transformed nearly every facet of society. The information age and its continuing evolution can be traced to the invention of the integrated circuit and the reliable progression of smaller feature sizes – enabling generation after generation of smaller, faster and cheaper microprocessors. But now that foundational trend of modern computing, Read more…

Growing HPC Beyond Moore’s Law

Mar 2, 2015 |

Rice University’s Dr. Jan E. Odegard recently added his voice to a growing chorus of HPC experts weighing in on the changing HPC landscape. As the featured speaker at the first Lunch’n Learn event put on by the Norwegian Consulate General in Houston, Odegard spoke about the inevitable death of Moore’s law and what it will Read more…

Researchers Devise Promising Spintronics Semiconductor

Feb 23, 2015 |

Spintronics — the practice of using electrons to read, write and manipulate data — has long been hailed as a promising avenue for post-CMOS exploration, but imbibing a substrate with the necessary levels of magnetism and conductivity has proved challenging. A cross-disciplinary team of researchers at the University of Michigan have created a semiconductor compound Read more…

Horst Simon on the HPC Slowdown

Feb 13, 2015 |

At an HPC meetup event in San Francisco on Feb 10, Berkeley Lab Deputy Director Horst Simon makes the case that Moore’s law and parallelism can no longer be counted on to provide the exponential growth that has been driving high-performance computing for six decades. If indeed Moore’s law is coming to an end, there Read more…

One Atom Thin Silicon Transistors Are Here

Feb 7, 2015 |

Move over graphene, there’s a new 2D wonder material being hailed as a potential Moore’s law extender, called silicine. This one‐atom‐thick two‐dimensional crystal of silicon could be the ultimate miniaturization enabler, setting the stage for future generations of faster, more energy-efficient microchips. A cousin to graphene, silicine consists of a single layer of atoms arranged Read more…

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