Despite the global pandemic, demand for semiconductors used in military and aerospace has remained steady. Due to higher prices, revenue across the board has been higher this year. Long term this market is growing at a compound annual growth rate of 5 percent.
This report provides forecasts for all semiconductor product types used in the military and aerospace application market. Market segments include defense, space, satellite and avionics. Regional data as well as by product type is presented. Market share for the semiconductor suppliers that serve this market are included.
Table of Contents
Significant Findings
- Introduction
- Military and Aerospace Electronics Market
- Military and Aerospace Semiconductor Market
Regional Market Forecast
- Americas
- Europe
- Japan
- China
- Rest of World
Production Analysis
- Discretes, Optoelectronics and Sensors
- Analog
- Logic
- Processors
- Memory
Suppliers
- Microchip Technology
- Texas Instruments
- MACOM
- Analog Devices
Methodology
Databeans Market and Product Segmentation Definitions
- Market Segmentation
- Automotive
- Computers
- Consumer
- Communications
- Industrial
- Product Segmentation
- Discretes
- Optoelectronics
- Sensors and Actuators
- Logic
- Analog
- Memory
- Processors
Table Of Figures
Figure 1: 2021 Worldwide Military and Aerospace Semiconductor Revenue Share by Segment
Figure 2: 2020 Growth in Worldwide Military Spending by Country
Figure 3: 2003 - 2022 United States Department of Defense Budget
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: 2021 and 2026 Worldwide Military and Aerospace Semiconductor Revenue Share by Product Class
Figure 13: 2021 and 2026 Worldwide Military and Aerospace Semiconductor Revenue Share by Region
Figure 14: Worldwide Military and Aerospace Semiconductor Revenue Forecast by Region
Figure 15: 2020 Worldwide Military Spending by Region
Figure 16: 2020 Global Arms Exports by Country
Figure 17: Worldwide Military and Aerospace Semiconductor Revenue Forecast by Product Family
Figure 18: Worldwide Commercial Avionics Semiconductor Revenue Forecast by Product Family
Figure 19: Worldwide Space Semiconductor Revenue Forecast by Product Family
Figure 20: Worldwide Military Semiconductor Revenue Forecast by Product Family
Figure 21: Worldwide Military Semiconductor Revenue Forecast by Application
Figure 22: 2029 Worldwide Mil/Aero Semiconductor Revenue Share by Supplier
Table of Tables
Table 1: 2003 - 2022 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: 2021 and 2026 Worldwide Military and Aerospace Semiconductor Revenue Share by Region
Table 13: 2014-2020 Worldwide Military Spending by Region
Table 14: 2020 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: 2020 and 2019 Worldwide Mil/Aero Semiconductor Revenue Share by Supplier
Companies Mentioned
- Microchip Technology
- Texas Instruments
- MACOM
- Analog Devices
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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