http://www.anandtech.com/show/8991/intel-at-isscc-
Post# of 17653
Posted On: 07/11/2015 11:06:52 PM
http://www.anandtech.com/show/8991/intel-at-i...eyond-10nm
As part of the International Solid-State Circuits Conference every year, Intel brings forward a number of presentations regarding its internal research. The theme this year at ISSCC is ‘Silicon Systems – Small Chips for Big Data’, and Intel previewed a number of their presentations with the media and analysts last week before the conference. Hot topics being talked about include developments for 14nm features that could potentially be ported to real world devices, technological developments at 22nm using Tri-Gate CMOS for adaptive, autonomous and resilient systems and also a few quick words regarding 10nm and beyond.
Taking Moore’s Law Beyond 10nm
Part of ISSCC will be a round table with representatives from Intel, Qualcomm, a couple of industry companies and university researches discussing how 10nm will attack Moore’s Law and how it can be extended below to 7nm. The graphs shown at IDF 2014 make their presence again, showing cost per square mm and cost per transistor, courtesy of Mark Bohr (Intel Senior Fellow, Logic Technology Development
As part of the International Solid-State Circuits Conference every year, Intel brings forward a number of presentations regarding its internal research. The theme this year at ISSCC is ‘Silicon Systems – Small Chips for Big Data’, and Intel previewed a number of their presentations with the media and analysts last week before the conference. Hot topics being talked about include developments for 14nm features that could potentially be ported to real world devices, technological developments at 22nm using Tri-Gate CMOS for adaptive, autonomous and resilient systems and also a few quick words regarding 10nm and beyond.
Taking Moore’s Law Beyond 10nm
Part of ISSCC will be a round table with representatives from Intel, Qualcomm, a couple of industry companies and university researches discussing how 10nm will attack Moore’s Law and how it can be extended below to 7nm. The graphs shown at IDF 2014 make their presence again, showing cost per square mm and cost per transistor, courtesy of Mark Bohr (Intel Senior Fellow, Logic Technology Development
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