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Featured researches published by David W. Browning.


international conference on energy aware computing | 2010

Greater mobility through lower power

David W. Browning; Eric Distefano

Mobile Original Equipment Manufacturers (OEMs) place great emphasis on creating unique system designs to differentiate themselves in the mobile market. Intel Corporations introduction of low-power, high-performance Intel® processors based on original 45 nm Intel Core™ microarchitecture, originally referred to by the codename Penryn, brings a new level of opportunity for differentiation into the mainstream segment without sacrificing performance. The Mobile Penryn family of processors offers mainstream performance at 25 watts (W) Thermal Design Power (TDP), 10 W less than previous generation processors. In this paper we discuss the fundamentals of system cooling capabilities in any given form factor and look at how power relates to the thinner, cooler, and quieter systems.


Archive | 2005

Method for optimizing platform power delivery

Paul S. Diefenbaugh; Lilly Huang; Bruce W. Rose; David W. Browning


Archive | 2014

MAGNETIC ATTACHMENT MECHANISM FOR AN ELECTRONIC DEVICE

David W. Browning; Jeremy Burr; Russell S. Aoki


Archive | 2013

DYNAMICALLY ADJUSTABLE 3D GOGGLES

Mark MacDonald; David W. Browning


Archive | 2013

Method to reduce system idle power through system VR output adjustments during Soix states

David W. Browning


Archive | 2011

Microelectronic substrate for alternate package functionality

Altaf Hossain; Cliff Lee; David W. Browning; Itai M. Pines; Brian P. Kelly


Archive | 2006

Routing density through asymmetric array of vias

Cliff Lee; David W. Browning; Brian P. Kelly


Archive | 2014

METHODS, SYSTEMS AND APPARATUS TO MANAGE A SPATIALLY DYNAMIC DISPLAY

David W. Browning


Archive | 2014

DYNAMIC THERMAL PLATFORM OPERATING POINT FOR ELECTRONIC DEVICES

Jeremy Burr; David W. Browning; Shawn S. McEuen; Mark MacDonald; Matthew D. Coakley


Archive | 2015

Supercapacitor-based power supply protection for multi-node systems

Ankush Varma; Vasudevan Srinivasan; Eugene Gorbatov; Andrew D. Henroid; Barnes Cooper; David W. Browning; Guy M. Therien; Neil Songer; Krishnakanth V. Sistla; G. Hermerding Ii James

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