Analyzing the US Semiconductors Industry
The first five years of the 1990s were a period of tremendous growth for the semiconductor materials industry. The increase in production of computers swelled the need for semiconductors, as did the significant increase in semiconductor orders from the communications industry, various consumer products manufacturers, and the automotive industry. The US re-emerged over Japan as the largest producer of semiconductors in 1995.
The United States faces a growing threat to its leadership of the world semiconductor industry. A combination of market forces and foreign industrial policies is creating powerful incentives to shift new chip production offshore. If this trend continues, the U.S. lead in chip manufacturing, equipment, and design may well erode, with important and unpleasant consequences for U.S. productivity growth and, ultimately, the country's economic and military security. To address this challenge, U.S. industry and the government need to cooperate to determine their response.
The US represents a leading market for semiconductors, primarily due to its vast electronic-based sectors. In 2010, the US semiconductors market is forecast to have a value of $55.4 billion, an increase of 29% since 2005. Integrated circuits are the leading sector in the semiconductors market generating 89.1% of the market's value.
Aruvian's R'search presents an analysis of the US Semiconductors Industry - Analyzing the US Semiconductors Industry - complete with an in depth profile of the global semiconductors industry and the basics of semiconductors as well. Data included in the report include trade statistics, industry statistics, growth drivers, issues and challenges facing the industry, impact of the semiconductor industry on gross margins, and much more. An analysis of the US Semiconductor Industry includes product analysis, market segment analysis, competition in the industry, market value, and the recent developments in technology.
A section on the importance of technological innovation in the semiconductors industry and the economic features of the global semiconductors industry adds value to the research report, which also includes in depth profiles of the leading industry players such as Intel, Samsung, Texas Instrument, and many more.
The United States faces a growing threat to its leadership of the world semiconductor industry. A combination of market forces and foreign industrial policies is creating powerful incentives to shift new chip production offshore. If this trend continues, the U.S. lead in chip manufacturing, equipment, and design may well erode, with important and unpleasant consequences for U.S. productivity growth and, ultimately, the country's economic and military security. To address this challenge, U.S. industry and the government need to cooperate to determine their response.
The US represents a leading market for semiconductors, primarily due to its vast electronic-based sectors. In 2010, the US semiconductors market is forecast to have a value of $55.4 billion, an increase of 29% since 2005. Integrated circuits are the leading sector in the semiconductors market generating 89.1% of the market's value.
Aruvian's R'search presents an analysis of the US Semiconductors Industry - Analyzing the US Semiconductors Industry - complete with an in depth profile of the global semiconductors industry and the basics of semiconductors as well. Data included in the report include trade statistics, industry statistics, growth drivers, issues and challenges facing the industry, impact of the semiconductor industry on gross margins, and much more. An analysis of the US Semiconductor Industry includes product analysis, market segment analysis, competition in the industry, market value, and the recent developments in technology.
A section on the importance of technological innovation in the semiconductors industry and the economic features of the global semiconductors industry adds value to the research report, which also includes in depth profiles of the leading industry players such as Intel, Samsung, Texas Instrument, and many more.
A. EXECUTIVE SUMMARY
B. INTRODUCTION TO SEMICONDUCTORS
B.1 Overview
B.2 Band Structure in Semiconductors
B.3 Carrier Generation and Recombination
B.4 Doping
B.5 Preparation of Semiconductor Materials
C. INTRODUCTION TO THE GLOBAL SEMICONDUCTORS INDUSTRY
C.1 Industry Definition
C.2 Industry Structure
C.3 Overview of the Global Semiconductors Industry
C.4 Challenges Facing the Industry
C.5 Leading Consumer Products
C.6 Impact on Gross Margins
C.7 Geographic Shift in the Industry
C.8 Impact of Government Incentives on the Industry
D. ECONOMIC FEATURES OF THE GLOBAL SEMICONDUCTORS INDUSTRY
D.1 Overview
D.2 Trends in the Industry
D.3 Size of the Industry
D.4 Revenues & Growth of the Industry
D.5 Impact of the Industry on the Global Economy
D.6 Business Challenges & Growth Drivers
E. IMPORTANCE OF TECHNOLOGICAL INNOVATION IN THE SEMICONDUCTORS INDUSTRY
E.1 Overview
E.2 Important Technologies in the Industry
E.3 Importance of Technological Innovation
E.4 Challenges to Enhancing Performance of the Industry
E.5 Challenges to Technological Innovation
F. INTRODUCTION TO THE US SEMICONDUCTOR INDUSTRY
F.1 Market Profile
F.2 Market Statistics
F.3 Market Value
F.4 Products in the Industry
F.4.1 Discretes & Optoelectronics
F.4.2 Integrated Circuits
F.5 Industry Segmentation
F.5.1 Computer Market
F.5.2 Communication Market
F.5.3 Consumer Market
F.5.4 Others
F.6 US Semiconductors in a Global Scenario
F.7 Industry Structure
F.8 Import/Export Scenario
F.9 Competition in the Industry
F.10 Market Atmosphere
G. DEVELOPMENTS IN TECHNOLOGY & PRODUCT INNOVATION
H. US SEMICONDUCTORS INDUSTRY: FUTURE PERSPECTIVE
H.1 Product Forecast
H.2 Market Forecast
I. LEADING INDUSTRY CONTRIBUTORS
I.1 Advanced Micro Devices, Inc.
I.2 Infineon Technologies AG
I.3 Intel Corporation
I.4 Micron Technology, Inc.
I.5 Renesas
I.6 Samsung Electronics Company Limited
I.7 STMicroelectronics N.V.
I.8 Texas Instruments Incorporated
J. APPENDIX
K. GLOSSARY OF TERMS
B. INTRODUCTION TO SEMICONDUCTORS
B.1 Overview
B.2 Band Structure in Semiconductors
B.3 Carrier Generation and Recombination
B.4 Doping
B.5 Preparation of Semiconductor Materials
C. INTRODUCTION TO THE GLOBAL SEMICONDUCTORS INDUSTRY
C.1 Industry Definition
C.2 Industry Structure
C.3 Overview of the Global Semiconductors Industry
C.4 Challenges Facing the Industry
C.5 Leading Consumer Products
C.6 Impact on Gross Margins
C.7 Geographic Shift in the Industry
C.8 Impact of Government Incentives on the Industry
D. ECONOMIC FEATURES OF THE GLOBAL SEMICONDUCTORS INDUSTRY
D.1 Overview
D.2 Trends in the Industry
D.3 Size of the Industry
D.4 Revenues & Growth of the Industry
D.5 Impact of the Industry on the Global Economy
D.6 Business Challenges & Growth Drivers
E. IMPORTANCE OF TECHNOLOGICAL INNOVATION IN THE SEMICONDUCTORS INDUSTRY
E.1 Overview
E.2 Important Technologies in the Industry
E.3 Importance of Technological Innovation
E.4 Challenges to Enhancing Performance of the Industry
E.5 Challenges to Technological Innovation
F. INTRODUCTION TO THE US SEMICONDUCTOR INDUSTRY
F.1 Market Profile
F.2 Market Statistics
F.3 Market Value
F.4 Products in the Industry
F.4.1 Discretes & Optoelectronics
F.4.2 Integrated Circuits
F.5 Industry Segmentation
F.5.1 Computer Market
F.5.2 Communication Market
F.5.3 Consumer Market
F.5.4 Others
F.6 US Semiconductors in a Global Scenario
F.7 Industry Structure
F.8 Import/Export Scenario
F.9 Competition in the Industry
F.10 Market Atmosphere
G. DEVELOPMENTS IN TECHNOLOGY & PRODUCT INNOVATION
H. US SEMICONDUCTORS INDUSTRY: FUTURE PERSPECTIVE
H.1 Product Forecast
H.2 Market Forecast
I. LEADING INDUSTRY CONTRIBUTORS
I.1 Advanced Micro Devices, Inc.
I.2 Infineon Technologies AG
I.3 Intel Corporation
I.4 Micron Technology, Inc.
I.5 Renesas
I.6 Samsung Electronics Company Limited
I.7 STMicroelectronics N.V.
I.8 Texas Instruments Incorporated
J. APPENDIX
K. GLOSSARY OF TERMS
