Future of Innovation in Semiconductor Dr. Ahmad Bahai CTO, Texas Instruments, Analog Stanford University
Semiconductor as a foundation Technology has been driving Innovation in High Tech & US Technical Leadership for more than 5 decades Is Innovation in Semiconductor Slowing Down? Exponential growing in IT & ET demands for more break through ideas in Semiconductor 640 TbPS of IP data transferred over Internet globally! In 2015 the number of connected devices are 2X number of people… Future of Moore’s Law! 3D Structures Heterogeneous Nanowire New Devices & Heterogeneous FinFET Structures Beyond CMOS: Spintronics,… Sensors More Than Moore Biosensors High Voltage New Applications Big Data, sensors Networks, Smart Grid,…
More Than Moore Scalable, integrated Passives New Devices: GaN, SiC, IGBT,… Integrated ULP MEMS Intelligent Analog Sub-threshold Cir Photonics on Silicon MCM Technology Slowing down but long way to go 3D Structures Heterogeneous Nanowire Heterogeneous FinFET Beyond CMOS: Spintronics,…
Intelligent silicon: Moore’s Law + More than Moore Battery Management , Audio Codecs, Wireless Charging & Sensors Amplifiers and Haptics Energy Harvesting Interface Solutions Brain is still 10,000X Illumination Solutions more power efficient Radar Touch Solutions Power Management LIDAR Integrated PMIC DLP Solutions Connectivity Camera Solutions
Semiconductor Growth Worldwide semiconductor market, 2002-2012 300,000 250,000 US $ (Millions) MtM 200,000 150,000 100,000 MM 50,000 0 2002 2003 2004 2005 2006 2007 2008 2009 2010 2011 2012 Memory Microcomponents GP Logic Std Analog Discretes Optoelectronics ASIC ASSP Sensors
Conclusion Semiconductor as the Bedrock Technology is Becoming Evermore Pervasive More Breakthrough Innovations in Semiconductor Technology Are Critical for Industrial Competitiveness and Quality of Life Breakthrough Innovations to drive Moore’s Law as well as More Than Moore Are Critical In a Globally Competitive Market, Breakthrough Innovations More Than Ever Demand for Major Government Investment
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