Technology Platform Segmentation - PDF document

 HOW TECHNOLOGY R&D LEADERSHIP  BRINGS A COMPETITIVE ADVANTAGE  FOR MULTIMEDIA CONVERGENCE     MPSOC 2011 Technology Platform Segmentation     “HP”         “LP”       MPSOC 2011 2 1

Technology Platform KPIs   Performance   Design Power simplicity leakage   Cost of Area scaling  ownership  MPSOC 2011 3 Technology R&D/MFG Leadership Brings                    •      •  MPSOC 2011 2

ST Business Segment Overview Automotive, Consumer, Industrial and Computer & Wireless Multisegment Sector Communication (“IMS”) 50/50 JV with Ericsson Infrastructure (“ACCI”) Home Computer & Automotive Analog, Microcontrollers, Entertainment Communication Products Power and Memories and Major Product Lines & Displays Infrastructure Group MEMS Smartcards Products Major Customers MPSOC 2011 5 Wireless: multi-purpose Products            16- MPSOC 2011 6 May -11 3

“Phones”: High Performance @ Low Power           Nova A9600 (28 nm) dual –core Eagle A15 at 2.5 GHz + 20X graphics improvement *  sampling 2011. Nova A9500 (45 nm) dual-core A9 @ 1.2 GHz + 20% graphics improvement* Available  Nova A9540 (32 nm)   dual-core A9 @ 1.85 GHz  + 4X graphics improvement*   Sampling 2011.              MPSOC 2011 7 ST/Consumer relentless integration                                                                      MPSOC 2011 8 4

ST/ Networking ASICs A growing SOC integration / Power Challenge 500 mm ² -500 mm ² Mgate 50+ Mgate >1GHz >1GHz >1GHz >1GHz     50+ 400-     400 40 Mgate Mgate -400 mm ² 400 mm ² 20nm -40 28nm LPG 200- 20- 200 20 • 400-900MHz 32nm LPH • 10-90W 100-200 mm ² • 300-600MHz 5-20 Mgate • 10-80W 65nm LP & LPGP • 200-500MHz • 15-70W 50-100 mm ² 90nm 5 Mgate • 100-250MHz • 5-10W    2007- 2007 -08 08 2009 2009- -10 10 2011 2011 2012 2012 2013+ 2013+ 3-6GBps 6GBps 6-10Gbps 10Gbps 10 10- -14Gbps 14Gbps 14 14- -25Gbps 25Gbps 25+ 25+ Gbps Gbps MPSOC 2011 9 The ST Technology R&D Model    •  •  •  •  •  •  MPSOC 2011 10 5