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Semiconductors in Military and Aerospace

  • Report
  • September 2022
  • Region: Global
  • Databeans
  • ID: 3518048

Semiconductors used in the military and aerospace market range from the most advanced FPGAs to commercial off the shelf catalog products used for signal acquisition and conditioning. Applications range from smart munitions to avionics and satellite communications. This report provides forecasts for semiconductors used in military and aerospace applications. Forecasts are provided by region, application market and by product type. OEM market share is provided along with an estimate for the total purchase of semiconductors by these contractors and suppliers.

Market share for the semiconductor suppliers to this market is also provided.

Table of Contents

1. Significant Findings - Introduction - Military and Aerospace Electronics Market - Military and Aerospace Semiconductor Market 2. Regional Market Forecast - Americas - Europe - Japan - China - Rest of World 3. Production Analysis - Discretes, Optoelectronics and Sensors - Analog - Logic - Processors - Memory 4. Military and Aerospace OEMs - Lockheed Martin - Airbus Group - Northrop Grumman - Finmeccanica - Raytheon 5. Suppliers - Microsemi - Xilinx - Texas Instruments - Altera 6. Methodology 7. Market and Product Segmentation Definitions - Market Segmentation - Automotive - Computers - Consumer - Communications - Industrial - Product Segmentation - Discretes - Optoelectronics - Sensors and Actuators - Logic - Analog - Memory - Processors List of Tables Table 1: 2002 – 2016 United States Department of Defense Budget Table 2: Worldwide Military and Aerospace Electronics Revenue Forecast by Market Segment Table 3: United States Military and Aerospace Electronics Revenue Forecast by Market Segment Table 4: Foreign Military and Aerospace Electronics Revenue Forecast by Market Segment Table 5: Worldwide Military and Aerospace Electronics Revenue Forecast by Sector Table 6: United States Military and Aerospace Electronics Revenue Forecast by Sector Table 7: Worldwide Military and Aerospace Semiconductor Market Forecast (Revenue, Units, and ASPs) Table 8: United States Military and Aerospace Semiconductor Market Forecast (Revenue, Units, and ASPs) Table 9: Worldwide Military and Aerospace Semiconductor Revenue Forecast by Product Classification Table 10: Worldwide Military and Aerospace Semiconductor Revenue Forecast by Application Market Table 11: Worldwide Military and Aerospace Semiconductor Revenue Forecast by Region Table 12: 2015 and 2020 Worldwide Military and Aerospace Semiconductor Revenue Share by Region Table 13: 2013 and 2014 Worldwide Military Spending by Region Table 14: 2014 Global Arms Exports/Imports by Country Table 15: Worldwide Military and Aerospace Semiconductor Revenue Forecast by Product Family Table 16: Worldwide Commercial Avionics Semiconductor Revenue Forecast by Product Family Table 17: Worldwide Space Semiconductor Revenue Forecast by Product Family Table 18: Worldwide Military Semiconductor Revenue Forecast by Product Family Table 19: Worldwide Military Semiconductor Revenue Forecast by Application Table 20: Worldwide Military and Aerospace Electronics Revenue Forecast by Application Table 21: Worldwide Military and Aerospace Electronics Shipment Forecast by Application Table 22: Worldwide Military and Aerospace Semiconductor Revenue Forecast by Extended Product Type Table 23: Worldwide Military and Aerospace Semiconductor Shipment Forecast by Extended Product Type Table 24: United States Military and Aerospace Semiconductor Revenue Forecast by Extended Product Type Table 25: United States Military and Aerospace Semiconductor Shipment Forecast by Extended Product Type Table 26: 2014 and 2013 Worldwide Mil/Aero Electronics Revenue Share by OEM Table 27: 2014 and 2013 Worldwide Mil/Aero Semiconductor Spending Share by OEM Table 28: 2014 and 2013 Worldwide Mil/Aero Semiconductor Revenue Share by Supplier List of Figures Figure 1: 2015 Worldwide Military and Aerospace Semiconductor Revenue Share by Segment Figure 2: 2002 – 2016 United States Department of Defense Budget Figure 3: 2014 Growth in Worldwide Military Spending by Country Figure 4: Worldwide Military and Aerospace Electronics Revenue Forecast by Market Segment Figure 5: United States Military and Aerospace Electronics Revenue Forecast by Market Segment Figure 6: Foreign Military and Aerospace Electronics Revenue Forecast by Market Segment Figure 7: Worldwide Military and Aerospace Electronics Revenue Forecast by Sector Figure 8: United States Military and Aerospace Electronics Revenue Forecast by Sector Figure 9: Worldwide Military and Aerospace Semiconductor Market Forecast (Revenue, Units, and ASPs) Figure 10: United States Military and Aerospace Semiconductor Market Forecast (Revenue, Units, and ASP) Figure 11: Worldwide Military and Aerospace Semiconductor Revenue Forecast by Product Class Figure 12: 2015 and 2020 Worldwide Military and Aerospace Semiconductor Revenue Share by Product Class Figure 13: 2015 and 2020 Worldwide Military and Aerospace Semiconductor Revenue Share by Region Figure 14: Worldwide Military and Aerospace Semiconductor Revenue Forecast by Region Figure 15: 2013 Worldwide Military Spending by Region Figure 16: 2014 Global Arms Exports by Country Figure 17: 2014 Global Arms Imports by Country Figure 18: Worldwide Military and Aerospace Semiconductor Revenue Forecast by Product Family Figure 19: Worldwide Commercial Avionics Semiconductor Revenue Forecast by Product Family Figure 20: Worldwide Space Semiconductor Revenue Forecast by Product Family Figure 21: Worldwide Military Semiconductor Revenue Forecast by Product Family Figure 22: Worldwide Military Semiconductor Revenue Forecast by Application Figure 23: 2014 Worldwide Military and Aerospace Electronics Revenue Share by OEM Figure 24: 2014 Worldwide Military and Aerospace Semiconductor Spending Share by OEM Figure 25: 2014 Worldwide Mil/Aero Semiconductor Revenue Share by Supplier

Companies Mentioned

- Airbus Group - Altera - Finmeccanica - Lockheed Martin - Microsemi - Northrop Grumman - Raytheon - Texas Instruments - Xilinx

Methodology

Revenue was estimated for the forecast period by using supplier input on average selling prices, historical revenue and unit shipments, current economic statistical data, and the researcher's application demand forecast. Forecasts were developed using econometric modeling, in which these independent variables were defined to simulate current market conditions and forward-looking trends.

The publisher's application demand forecast is a model that uses end equipment shipment forecasts combined with an estimated consumption in each end equipment category. The estimated consumption is collected from OEM/CEM design engineers, the publisher teardown analysis, and/or a collection of reference designs from suppliers. Each device is evaluated for the total used in the design and a forecast is generated using the application shipment estimates and the total value of the product in the design.

Product market share data is assigned based upon supplier inputs to an annual survey and estimates made by our analysts using publicly available information.

 

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