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| 2006 MicroElectroMechanical Systems (MEMS) | Market Research Report | ||||||||||||||||||||||||||
| Abstract MEMS technology has been around for a very long time, with the concept originating sometime in the 1950's. MicroElectroMechanical Systems (MEMS) simply means that the IC includes an added mechanical aspect or function. These devices can be used in a variety of applications to detect almost any kind of energy transfer. The largest application segments are inkjet printer heads, followed by optical components used in television and networks, other consumer applications, and automotive applications that use pressure sensors, gyroscopes, and accelerometers. This is a market that is expected to grow at a compound annual growth rate of 20 percent over the next five years, due to higher consuming applications emerging from the communications market, such as cell phones, and the high growth seen in automotive applications such as with airbag systems and tire pressure sensors. This new study provides readers with an in-depth market analysis on this miniature machines. Revenue and unit forecasts are presented by market segment, region, and by product type. The report provides detailed forecasts for hot application areas, such as DLP products and optical network MEMs devices. Market share is also presented for the top tier MEMs suppliers.
Significant Findings
Overview Forecast Overview Regional Forecast Americas Europe Japan Asia Pacific Consumption Analysis Automotive Computer Consumer Communications Industrial Production Analysis Microfluidic Devices Pressure Sensors Accelerometers Optical MEMS Other Market Share Analysis Texas Instruments Robert Bosch Infineon Technologies Analog Devices Others Methodology Figure 1: Worldwide MEMS Market Forecast (Revenue, Units, and ASPs)
Figure 2: Worldwide MEMS Revenue Share by Region (2006 and 2011) Figure 3: Worldwide MEMS Revenue Forecast Figure 4: Americas MEMS Revenue Forecast Figure 5: Europe MEMS Revenue Forecast Figure 6: Japan MEMS Revenue Forecast Figure 7: Asia Pacific MEMS Revenue Forecast Figure 8: Worldwide MEMS Revenue Share by Market Segment (2006 and 2011) Figure 9: Worldwide Automotive MEMS Revenue Forecast Figure 10: Worldwide Automotive Airbag Safety System Shipment Forecast Figure 11: Worldwide Computer MEMS Revenue Forecast Figure 12: Worldwide Optical MEMs Revenue from Video Applications Figure 13: Worldwide Consumer MEMS Revenue Forecast Figure 14: Worldwide Optical Networking MEMs Revenue Forecast Figure 15: Worldwide Communications MEMS Revenue Forecast Figure 16: Worldwide Blood Pressure Monitor Device Shipment Forecast Figure 17: Worldwide Industrial MEMS Revenue Forecast Figure 18: Worldwide MEMS Revenue Share by Product Type (2006 and 2011) Figure 19: Worldwide Microfluidic MEMS Revenue Forecast Figure 20: Worldwide Pressure Sensors MEMS Revenue Forecast Figure 21: Worldwide Accelerometer MEMS Revenue Forecast Figure 22: Worldwide Optical MEMS Revenue Forecast Figure 23: Worldwide Other MEMS Revenue Forecast Figure 24: 2005 Worldwide MEMS Revenue by Supplier Table 1: Worldwide MEMS Market Forecast (Revenue, Units, and ASPs)
Table 2: Worldwide MEMS Revenue Forecast by Region Table 3: Worldwide MEMS Revenue Forecast by Market Segment Table 4: Worldwide Automotive Application Shipment Forecast Table 5: Worldwide Automotive Electronics Revenue Forecast Table 6: Worldwide Computer Shipment Forecast by Application Table 7: Worldwide Consumer Equipment Shipment Forecast by Application Table 8: Worldwide Communications Equipment Shipment Forecast by Application Table 9: Worldwide Industrial Equipment Shipment Forecast for High Volume Applications Table 10: Worldwide Industrial Equipment Shipment Forecast for Low Volume Applications Table 11: Worldwide MEMS Revenue Forecast by Product Type Table 12: 2005 Worldwide MEMS Revenue by Supplier |
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