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Latest chips publications


Intel ships first Silicon Photonics products for data centres

After more than 15 years in research and development, Intel has finally announced the launch of its bandwidth-slimming Silicon Photonics technology. The final offering, presented at the Intel Developer Forum in San Francisco, has entered volume production and is now shipping in the form of two 100G optical transceivers. Head of Intel’s data centre group… Read More


Intel to manufacture rival ARM chips in mobile push

Chip maker Intel has entered an unlikely partnership with British semiconductor firm ARM in an effort to boost opportunities for its foundry business. The licensing agreement, which was confirmed at the Intel Development Forum in San Francisco, means that from 2017 Intel’s Custom Foundry will manufacture ARM chips – used by smartphone giants such as… Read More


Intel’s new mission-critical 24-core chips target analytics workloads

U.S. chip giant Intel has debuted a new family of processors, dubbed Xeon E7 v4, which have been developed to tackle the most complex, mission-critical workloads. While designed with virtual machines, databases and enterprise applications in mind, Intel is specifically targeting its new data centre chips at analytics, lauding the generation’s performance and reliability when… Read More


Qualcomm to manufacture custom chips for Chinese market

Qualcomm president Derek Aberle has suggested that the semiconductor giant is preparing to produce its own custom chips for the Chinese market. A Wall Street Journal interview with Aberle revealed that the American company had entered into a joint venture with the local government in Guizhou province to manufacture custom chips starting in the second… Read More


Magnetic chip breakthrough could boost computer energy efficiency

A revolutionary step in thermodynamics research holds the potential to dramatically reduce the power consumption of modern computers and mobile devices. Engineers at the University of California, Berkeley, have proved that magnetic computer chips can operate with the lowest possible level of energy dissipation, achieving reductions of as much as one millionth the amount of energy… Read More



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