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Power Management Integrated Circuits (IC) Market to 2016 - Demand for Increasing Functionality in Smartphones and Tablets, and Rise in Smart Grid Utilization to Drive Growth - Product Image

Power Management Integrated Circuits (IC) Market to 2016 - Demand for Increasing Functionality in Smartphones and Tablets, and Rise in Smart Grid Utilization to Drive Growth

  • Published: September 2012
  • 107 Pages
  • GBI Research

FEATURED COMPANIES

  • Infineon Technologies
  • Linear Technology
  • Maxim Integrated Products
  • STMicroelectronics
  • Texas Instruments
  • MORE

GBI Research’s report, “Power Management Integrated Circuits (IC) Market to 2016 - Demand for Increasing Functionality in Smartphones and Tablets, and Rise in Smart Grid Utilization to Drive Growth”, provides key information and analysis on the opportunities of power management IC market. The report provides information on industry dynamics, key suppliers, and the sales revenue and sales volume of power management ICs. The report also provides forecasts for power management ICs based on product type, region and end-application until 2016. Market size forecasts until 2016 are provided for voltage regulators, controllers and converters. The application markets-IT/computers, communications, consumer electronics, industrial/medical and automotive/defense are also discussed.

With the rising demand for multi-featured portable gadgets, the demand for power management ICs is increasing. The potential growth markets for power management ICs include electric vehicles, renewable energy and smart grid markets, LED lighting and energy harvesting.

Scope

- The market size of power management ICs in terms of sales revenue and sales volume. Historic data from 2004 READ MORE >

1 Table of Contents
1.1 List of Tables
1.2 List of Figures

2 Introduction

3 Power Management Integrated Circuits (ICs) Market - Overview
3.1 Definition
3.2 Product Types
3.2.1 Voltage Regulators
3.2.2 Converters
3.2.3 Controllers
3.3 Power Management IC Applications

4 Power Management IC Market - Technological Developments
4.1 Change in Package Technology to Improve Performance of Power Management ICs
4.2 Change in Substrate Technology to Result in Increased Product Efficiency

5 Power Management IC Market - Key Dynamics
5.1 Key Market Drivers
5.1.1 Demand for Multiple Function Portable Devices to Increase the Use of Power Management ICs
5.1.2 Increasing Adoption of Data Centers to Drive Growth of Power Management ICs
5.1.3 Light Emitting Diode Market to Drive Growth of Power Management ICs
5.1.4 Energy Harvesting Solutions to be a Distinct Driver for the Future of Power Management ICs
5.1.5 Renewable Energy Markets and Smart Grids to Drive Demand for Power Management ICs
5.1.6 Use of Power Management ICs in Hybrid Electric Vehicles to Drive the Market
5.2 Key Market Restraints
5.2.1 Economic Uncertainty Causes Demand Fluctuations for Power Management ICs
5.2.2 Natural Disasters to Limit the Market for Power Management ICs
5.3 Key Market Challenges
5.3.1 Enabling Processes to Reduce Size and Increase Performance for Multi-Functional Power Management ICs
5.4 Future Trends
5.4.1 Integration of Advanced RISC Machines (ARM) Processors into Power Management ICs
5.4.2 Bio-Implants to Use Energy Management Integrated Circuit (IC) with Ultra-Capacitors for Energy Storage

6 Global Power Management IC Market - Five Force Analysis

7 Global Power Management IC Market Sizing and Forecasts
7.1 Global Power Management IC Market Sales Revenue Forecasts
7.2 Global Power Management IC Market Sales Volume Forecasts

8 Global Power Management IC Market Analysis - Product Types
8.1 Power Management IC Market Breakdown by Product Types, 2011
8.2 Voltage Regulators, Revenue and Volume Forecasts
8.2.1 Voltage Regulators Market Breakdown by Product Type, 2011
8.2.2 Switching Regulators Revenue and Volume Forecasts
8.2.3 Linear Regulators, Revenue and Volume Forecasts
8.2.4 Voltage Reference Revenue and Volume Forecasts
8.3 Controllers Revenue and Volume Forecasts
8.4 Converters Revenue and Volume Forecasts

9 Global Power Management IC Market Analysis - Geographical Analysis
9.1 Power Management IC Market Breakdown by Geography, 2011
9.2 Asia-Pacific Revenue and Volume Forecasts, 2004–2016
9.2.1 China, Revenue and Volume Forecasts
9.2.2 Japan Revenue and Volume Forecasts
9.2.3 South Korea, Revenue and Volume Forecasts
9.2.4 Taiwan, Revenue and Volume Forecasts
9.3 Europe Revenue and Volume Forecasts, 2004–2016
9.3.1 UK Revenue and Volume Forecasts
9.3.2 Germany Revenue and Volume Forecasts
9.4 North America Revenue and Volume Forecasts, 2004–2016
9.4.1 The US Revenue and Volume Forecasts
9.4.2 Canada Revenue and Volume Forecasts
9.5 Other Regions Revenue and Volume Forecasts, 2004–2016

10 Global Power Management IC Market Analysis – End-applications
10.1 Power Management IC Market Breakdown by End-application, 2011
10.2 Power Management ICs Revenue and Volume Forecasts in IT/Computers, 2004–2016
10.3 Power Management ICs Revenue and Volume Forecasts in Communications Market, 2004–2016
10.4 Power Management ICs Revenue and Volume Forecasts in Consumer Electronics, 2004–2016
10.5 Power Management ICs Revenue and Volume Forecasts in Industrial/Medical Applications, 2004–2016
10.6 Power Management ICs Revenue and Volume Forecasts in Automotive/Defense Applications, 2004–2016

11 Global Power Management IC Market – Competitive Analysis
11.1 Global Power Management IC Market, Competitive Landscape
11.2 Global Power Management IC Market Share Analysis

12 Power Management ICs – Key Company Profiles
12.1 Company Profile – Texas Instruments
12.1.1 Texas Instruments – Business Description
12.1.2 Texas Instruments – Key Products
12.1.3 Texas Instruments – SWOT Analysis
12.1.4 Texas Instruments – Latest Developments
12.1.5 Texas Instruments – Mergers and Acquisitions (M&As)
12.2 Company Profile – Infineon Technologies
12.2.1 Infineon Technologies – Business Description
12.2.2 Infineon Technologies – Key Products
12.2.3 Infineon Technologies – SWOT Analysis
12.2.4 Infineon Technologies – Latest Developments
12.3 Company Profile – Linear Technology
12.3.1 Linear Technology – Business Description
12.3.2 Linear Technology – Key Products
12.3.3 Linear Technology – SWOT Analysis
12.3.4 Linear Technology – Latest Developments
12.4 Company Profile – STMicroelectronics
12.4.1 STMicroelectronics – Business Description
12.4.2 STMicroelectronics – Key Products
12.4.3 STMicroelectronics – SWOT Analysis
12.4.4 STMicroelectronics – Latest Developments
12.4.5 STMicroelectronics – M&As
12.5 Company Profile – Maxim Integrated Products
12.5.1 Maxim Integrated Products, Inc. – Business Description
12.5.2 Maxim Integrated Products, Inc. – Key Products
12.5.3 Maxim Integrated Products, Inc. – SWOT Analysis
12.5.4 Maxim Integrated Products – Latest Developments

13 Appendix
13.1 About GBI Research
13.2 Glossary of Terms
13.3 Bibliography
13.4 Methodology
13.4.1 Market Size Estimates
13.4.2 Market Size Forecasts
13.4.3 Geographies Discussed
13.4.4 Coverage
13.4.5 Secondary Research
13.4.6 Primary Research
13.4.7 Expert Panel Validation
13.5 Contact Us
13.6 Disclaimer

1.1 List of Tables
Table 1: Porter’s Five Forces Analysis, Power Management ICs
Table 2: Power Management ICs, Global, Sales Revenue ($bn), 2004–2016
Table 3: Power Management ICs, Global, Sales Volume (Billion), 2004–2016
Table 4: Power Management IC Market Breakdown by Product Types (%), 2011
Table 5: Voltage Regulators, Global, Sales Revenue ($bn) and Sales Volume (Billion), 2004–2016
Table 6: Voltage Regulators Market Breakdown by Product Types (%), 2011
Table 7: Switching Regulators, Global, Sales Revenue ($bn) and Sales Volume (Billion), 2004–2016
Table 8: Linear Regulators, Global, Sales Revenue ($bn) and Sales Volume (Billion), 2004–2016
Table 9: Voltage Reference, Global, Sales Revenue ($bn) and Sales Volume (Billion), 2004–2016
Table 10: Controllers, Global, Sales Revenue ($bn) and Sales Volume (Billion), 2004–2016
Table 11: Converters, Global, Sales Revenue ($bn) and Sales Volume (Billion), 2004–2016
Table 12: Power Management IC Market Breakdown by Geography (%), 2011
Table 13: Power Management ICs, Asia-Pacific, Sales Revenue ($bn) and Sales Volume (Billion), 2004–2016
Table 14: Power Management ICs, China, Sales Revenue ($bn) and Sales Volume (Billion), 2004–2016
Table 15: Power Management ICs, Japan, Sales Revenue ($bn) and Sales Volume (Billion), 2004–2016
Table 16: Power Management ICs, South Korea, Sales Revenue ($bn) and Sales Volume (Billion), 2004–2016
Table 17: Power Management ICs, Taiwan, Sales Revenue ($m) and Sales Volume (Million), 2004–2016
Table 18: Power Management ICs, Europe, Sales Revenue ($bn) and Sales Volume (Billion), 2004–2016
Table 19: Power Management ICs, UK, Sales Revenue ($m) and Sales Volume (Million), 2004–2016
Table 20: Power Management ICs, Germany, Sales Revenue ($m) and Sales Volume (Billion), 2004–2016
Table 21: Power Management ICs, North America, Sales Revenue ($bn) and Sales Volume (Billion), 2004–2016
Table 22: Power Management ICs, the US, Sales Revenue ($bn) and Sales Volume (Billion), 2004–2016
Table 23: Power Management ICs, Canada, Sales Revenue ($m) and Sales Volume (Million), 2004–2016
Table 24: Power Management ICs, Other Regions, Sales Revenue ($m) and Sales Volume (Billion), 2004–2016
Table 25: Power Management ICs, Market Breakdown by End-application (%), 2011
Table 26: Power Management ICs, IT/Computers, Sales Revenue ($bn) and Sales Volume (Billion), 2004–2016
Table 27: Power Management ICs, Communications, Sales Revenue ($bn) and Sales Volume (Billion), 2004–2016
Table 28: Power Management ICs, Consumer Electronics, Sales Revenue ($bn) and Sales Volume (Billion), 2004–2016
Table 29: Power Management ICs, Industrial/Medical Applications, Sales Revenue ($bn) and Sales Volume (Billion), 2004–2016
Table 30: Power Management ICs, Automotive, Sales Revenue ($bn) and Sales Volume (Billion), 2004–2016
Table 31: Power Management IC Market, Competitive Landscape, 2011
Table 32: Texas Instruments, Key Facts, 2011
Table 33: Texas Instruments, Key Products
Table 34: Texas Instruments, SWOT Analysis, 2011
Table 35: Infineon Technologies AG, Key Facts, 2011
Table 36: Infineon Technologies, Key Products
Table 37: Infineon Technologies, SWOT Analysis
Table 38: Linear Technology, Key Facts, 2011
Table 39: Linear Technology, Key Products
Table 40: Linear Technology, SWOT Analysis
Table 41: STMicroelectronics, Key Facts, 2011
Table 42: STMicroelectronics N.V., Key Products
Table 43: STMicroelectronics N.V., SWOT Analysis
Table 44: Maxim Integrated Products, Key Facts, 2011
Table 45: Maxim Integrated Products, Key Products
Table 46: Maxim Integrated Products, SWOT Analysis
Table 47: Power Management ICs Market, Abbreviations

1.2 List of Figures
Figure 1: Power Management ICs, Key Product Types, 2011
Figure 2: Power Management ICs, Key Market Drivers
Figure 3: Solar PV Power, Annual Installed Capacity (MW), 2004–2015
Figure 4: Power Management ICs, Global, Sales Revenue ($bn), 2004–2016
Figure 5: Power Management ICs, Global, Sales Volume (Billion), 2004–2016
Figure 6: Power Management ICs, Market Growth Prospects by Product Types, 2011
Figure 7: Power Management IC Market Breakdown by Product Types (%), 2011
Figure 8: Voltage Regulators, Global, Sales Revenue ($bn), 2004–2016
Figure 9: Voltage Regulators, Global, Sales Volume (Billion), 2004–2016
Figure 10: Voltage Regulators Market Breakdown by Product Types (%), 2011
Figure 11: Switching Regulators, Global, Sales Revenue ($bn), 2004–2016
Figure 12: Switching Regulators, Global, Sales Volume (Billion), 2004–2016
Figure 13: Linear Regulators, Global, Sales Revenue ($bn), 2004–2016
Figure 14: Linear Regulators, Global, Sales Volume (Billion), 2004–2016
Figure 15: Voltage Reference, Global, Sales Revenue ($bn), 2004–2016
Figure 16: Voltage Reference, Global, Sales Volume (Billion), 2004–2016
Figure 17: Controllers, Global, Sales Revenue ($bn), 2004–2016
Figure 18: Controllers, Global, Sales Volume (Billion), 2004–2016
Figure 19: Converters, Global, Sales Revenue ($bn), 2004–2016
Figure 20: Converters, Global, Sales Volume (Billion), 2004–2016
Figure 21: Power Management IC Market Growth Prospects by Geography, 2011
Figure 22: Power Management ICs Market Breakdown by Geography (%), 2011
Figure 23: Power Management ICs, Asia-Pacific, Sales Revenue ($bn), 2004–2016
Figure 24: Power Management ICs, Asia-Pacific, Sales Volume (Billion), 2004–2016
Figure 25: Power Management ICs, China, Sales Revenue ($bn), 2004–2016
Figure 26: Power Management ICs, China, Sales Volume (Billion), 2004–2016
Figure 27: Power Management ICs, Japan, Sales Revenue ($bn), 2004–2016
Figure 28: Power Management ICs, Japan, Sales Volume (Billion), 2004–2016
Figure 29: Power Management ICs, South Korea, Sales Revenue ($bn), 2004–2016
Figure 30: Power Management ICs, South Korea, Sales Volume (Billion), 2004–2016
Figure 31: Power Management ICs, Taiwan, Sales Revenue ($m), 2004–2016
Figure 32: Power Management ICs, Taiwan, Sales Volume (Million), 2004–2016
Figure 33: Power Management ICs, Europe, Sales Revenue ($bn), 2004–2016
Figure 34: Power Management ICs, Europe, Sales Volume (Billion), 2004–2016
Figure 35: Power Management ICs, the UK, Sales Revenue ($m), 2004–2016
Figure 36: Power Management ICs, the UK, Sales Volume (Million), 2004–2016
Figure 37: Power Management ICs, Germany, Sales Revenue ($m), 2004–2016
Figure 38: Power Management ICs, Germany, Sales Volume (Billion), 2004–2016
Figure 39: Power Management ICs, North America, Sales Revenue ($bn), 2004–2016
Figure 40: Power Management ICs, North America, Sales Volume (Billion), 2004–2016
Figure 41: Power Management ICs, the US, Sales Revenue ($bn), 2004–2016
Figure 42: Power Management ICs, the US, Sales Volume (Billion), 2004–2016
Figure 43: Power Management ICs, Canada, Sales Revenue ($m), 2004–2016
Figure 44: Power Management ICs, Canada, Sales Volume (Million), 2004–2016
Figure 45: Power Management ICs, Other Regions, Sales Revenue ($m), 2004–2016
Figure 46: Power Management ICs, Other Regions, Sales Volume (Billion), 2004–2016
Figure 47: Power Management ICs Market Growth Prospects by End-application, 2011
Figure 48: Power Management ICs, Market Breakdown by End-application (%), 2011
Figure 49: Power Management ICs, IT/Computers, Sales Revenue ($bn), 2004–2016
Figure 50: Power Management ICs, IT/Computers, Sales Volume (Billion), 2004–2016
Figure 51: Power Management ICs, Communications, Sales Revenue ($bn), 2004–2016
Figure 52: Power Management ICs, Communications, Sales Volume (Billion), 2004–2016
Figure 53: Power Management ICs, Consumer Electronics, Sales Revenue ($bn), 2004–2016
Figure 54: Power Management ICs, Consumer Electronics, Sales Volume (Billion), 2004–2016
Figure 55: Power Management ICs, Industrial/Medical Applications, Sales Revenue ($bn), 2004–2016
Figure 56: Power Management ICs, Industrial/Medical Applications, Sales Volume (Billion), 2004–2016
Figure 57: Power Management ICs, Automotive/Defense, Sales Revenue ($bn), 2004–2016
Figure 58: Power Management ICs, Automotive/Defense, Sales Volume (Billion), 2004–2016
Figure 59: Power Management ICs, Key Suppliers, Market Share (%), 2011

Power Management IC Market Looks Forward to Green Future

Aside from the ceaseless growth of the mobile devices industry, power management integrated circuit (IC) manufacturers can thank environmentally friendly policies for a promising financial outlook, says the latest study from business intelligence providers GBI Research.

According to the firm’s new report*, demand for power management IC devices essential to electrical grids and power plants, such as regulators and comparators, will grow as governments around the world boost support for renewable energy generation. Solar photovoltaic (PV) power, for example, is a rapid growth market, recording a compound annual growth rate (CAGR) of 43% over the last three years.

Power management ICs are also used in energy efficient smart grids to improve the functional life span of rechargeable batteries such as Lithium Ion (Li-Ion), Lithium-Polymer (Li-Poly) and Nickel-Cadmium (NiCd). Correspondingly, GBI Research expects power management ICs to dominate in terms of smart grid applications over the coming years.

The industry will benefit from the rise of hybrid electric vehicles (HEV), too. HEVs employ power management semiconductors to meet specific automotive requirements such as switching frequency and short-circuit current rating.

HEVs are equipped with a higher number of electronic components when compared to other vehicles and therefore require more power management semiconductors in engine management systems in order to control the motor/generator units.

For 2012, the global sales revenue of power management ICs is expected to total $16.4billion, and GBI Research predicts that this will increase at a CAGR of 6.7% to reach $22.7 billion by 2016.

* Power Management Integrated Circuits (IC) Market to 2016 - Demand for Increasing Functionality in Smartphones and Tablets, and Rise in Smart Grid Utilization to Drive Growth

This report provides information on industry dynamics, key suppliers, and the sales revenue and sales volume of power management ICs.

This report was built using data and information sourced from proprietary databases, primary and secondary research, and in-house analysis conducted by GBI Research’s team of industry experts.

- Texas Instruments
- Infineon Technologies
- Linear Technology
- STMicroelectronics
- Maxim Integrated Products

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