Software Defined Radio (SDR) Market for Communication by Component (FPGA, DSP, GPP, PSOC, Amplifier, and Software), Application (Military, Telecommunication, Short Range, Positioning, Transportation, and Public Safety), & Geography - Analysis & Forecast to 2025 - 2035
Software Defined Radio (SDR) Market Summary
The Software Defined Radio (SDR) Market is expanding as defense organizations, public-safety agencies, aerospace companies, telecommunications providers, and commercial users transition from hardware-dependent radio architectures toward flexible, software-controlled communication platforms. The market is estimated at US$ 15.0 Billion - US$ 17.0 Billion in 2025 and is projected to reach US$ 31.0 Billion - US$ 35.0 Billion by 2035 at a CAGR of 7.2% - 8.0% from 2025 to 2035. Market growth is being driven by the modernization of military communication networks, the demand for interoperable radios, secure tactical communications, 5G and private wireless infrastructure, satellite communications, public-safety networks, and the increasing adoption of AI-enabled signal processing. SDR platforms provide programmability, multi-band operation, waveform flexibility, and software-based upgrades, making them increasingly important for next-generation communication systems.
Key Market Trends & Insights
North America is expected to remain the leading regional market, supported by substantial defense spending, military communications modernization, aerospace programs, public-safety infrastructure, and investment in secure wireless technologies.
Asia Pacific is projected to be the fastest-growing region, driven by defense modernization, border security requirements, satellite communications, 5G deployment, industrial digitalization, and the increasing domestic development of advanced communication technologies.
Defense and military applications represent the dominant segment, as armed forces increasingly require secure, interoperable, multi-band communication systems that can be upgraded through software rather than replaced through complete hardware redesigns.
The industry is shifting toward open-architecture SDR platforms, cognitive radio, multi-domain communications, high-performance RF processing, edge computing, and AI-assisted spectrum management.
AI is becoming an important technology enabler. Machine learning can support signal classification, interference detection, spectrum sensing, adaptive waveform selection, and automated communications optimization.
The integration of SDR with IoT, cloud computing, 5G, satellite networks, edge AI, and autonomous systems is creating new opportunities across defense, transportation, industrial communications, emergency response, and critical infrastructure.
Market Size & Forecast
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Base year market size: US$ 15.0 Billion - US$ 17.0 Billion in 2025
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Forecast market value: US$ 31.0 Billion - US$ 35.0 Billion by 2035
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CAGR: 7.2% - 8.0% from 2025 to 2035
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Growth factors: Defense communication modernization, secure networking, spectrum efficiency, 5G and satellite communications, public-safety requirements, AI-based signal processing, and increasing demand for interoperable wireless systems will support market expansion.
Unlike conventional radios designed around fixed hardware functions, SDR platforms allow significant portions of radio functionality to be implemented and modified through software. This flexibility reduces technology obsolescence and enables organizations to deploy multiple communication standards on a common hardware platform.
AI-Powered Military Transformation: The Future of Smart Combat and Defense Top 10 Key Takeaway
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The Software Defined Radio Market is projected to grow from US$ 15.0 Billion - US$ 17.0 Billion in 2025 to US$ 31.0 Billion - US$ 35.0 Billion by 2035.
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The market is expected to expand at a 7.2% - 8.0% CAGR from 2025 to 2035.
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North America is expected to remain the leading regional market.
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Asia Pacific is projected to record the fastest growth through 2035.
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Defense and military communications remain the largest application opportunity.
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Open-architecture SDR platforms are gaining importance for interoperability and technology upgrades.
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AI can improve spectrum sensing, signal classification, interference detection, and waveform optimization.
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5G, private wireless networks, satellite communications, and IoT are expanding commercial SDR opportunities.
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Edge computing is enabling faster signal processing closer to communication devices.
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Software-upgradable radio architectures are becoming strategically important for reducing long-term communication-system costs.
Product Insights
Handheld and portable SDR systems represent an important product segment because they provide flexibility for military personnel, emergency responders, field engineers, and tactical teams. Portable SDRs can support multiple frequency bands and communication standards, making them valuable where users operate across changing environments.
However, vehicle-mounted and airborne SDR platforms are also gaining significant traction. Military vehicles, aircraft, unmanned systems, and naval platforms require communication systems capable of operating across multiple networks and frequency ranges. SDR architectures allow these systems to support evolving waveforms and communication protocols through software updates.
Emerging product categories include embedded SDR modules, tactical SDRs, cognitive radios, networked SDR gateways, SDR-based satellite communication terminals, and SDR platforms for unmanned aerial systems. Commercial applications are also expanding through SDR development platforms used for wireless testing, telecommunications research, IoT development, and spectrum monitoring.
AI integration is increasingly improving SDR functionality. Intelligent radios can analyze spectrum conditions and identify interference or changing signal environments. In advanced implementations, machine-learning models can assist with waveform selection and dynamic spectrum allocation.
Technology / Component Insights
The SDR technology ecosystem includes RF front ends, analog-to-digital converters, digital-to-analog converters, field-programmable gate arrays, digital signal processors, embedded processors, antennas, software-defined waveforms, and radio-frequency amplifiers.
High-performance ADCs and DACs are critical because they determine how efficiently SDR systems can capture and generate radio signals. FPGA-based processing remains important for high-speed, low-latency signal processing, particularly in defense and aerospace applications.
AI and machine learning are becoming important additions to the SDR software stack. AI algorithms can classify unknown signals, identify interference, detect spectrum anomalies, and support adaptive communications. This is particularly valuable in congested or contested electromagnetic environments.
IoT is expanding the number of connected endpoints requiring flexible wireless communication. SDR technology can support multiple wireless standards and protocols within a common architecture, making it attractive for industrial IoT, connected transportation, smart infrastructure, and telecommunications testing.
Cloud and edge computing are also influencing SDR architectures. Cloud platforms can support centralized radio management, software updates, and analytics, while edge processing allows latency-sensitive signal processing to occur close to the radio. Automation can further improve spectrum monitoring, testing, configuration, and network management.
Future innovation will emphasize cognitive radio, AI-native signal processing, open architectures, higher-frequency operation, software-defined satellite communications, and energy-efficient SDR platforms.
Application Insights
Defense and military communications represent the leading application segment. Modern armed forces require secure and interoperable communications across soldiers, vehicles, aircraft, naval platforms, command centers, satellites, and unmanned systems. SDRs can support multiple tactical waveforms and communication standards while allowing software-based upgrades.
The expansion of multi-domain operations is increasing the importance of interoperable communication networks. Military forces increasingly need to exchange information across land, air, sea, space, and cyber environments. SDR platforms can provide the flexibility required to connect different communication systems.
Public safety is another important application. Police, firefighters, emergency medical services, and disaster-response agencies require reliable communications during emergencies. SDR-based systems can support interoperability among agencies operating different networks.
Commercial applications are also gaining momentum. Telecommunications companies use SDR platforms for research, testing, network development, and advanced wireless infrastructure. SDR technology is particularly relevant to 5G, 6G research, private networks, satellite communications, and industrial wireless systems.
Future opportunities will emerge from autonomous vehicles, drones, satellite networks, smart infrastructure, private 5G, 6G development, industrial IoT, and next-generation emergency communication systems.
Regional Insights
North America is expected to remain the leading regional market because of its extensive defense communication programs, advanced aerospace industry, public-safety infrastructure, and strong ecosystem of semiconductor, RF, software, and wireless technology companies. Military modernization programs are creating sustained demand for secure and interoperable SDR platforms.
Europe is witnessing increasing demand for SDR technology due to defense modernization, secure communications, border protection, public safety, and industrial wireless applications. European defense organizations are increasingly emphasizing interoperability and flexible communication architectures.
Asia Pacific is expected to record the fastest growth through 2035. China, Japan, South Korea, India, and other countries are investing in defense modernization, 5G infrastructure, satellite communication, electronics manufacturing, and advanced wireless technologies. Growing regional security requirements are also encouraging investment in secure communication systems.
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North America remains the largest high-value market for defense SDR systems.
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Europe is emphasizing interoperability and secure communications.
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Asia Pacific is expected to achieve the fastest market growth.
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Defense modernization is a major regional demand driver.
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5G, satellite communications, and IoT are expanding commercial SDR applications.
Country Specific Market Trends
Within Asia Pacific, China is projected to grow at approximately 8.5% - 9.3% CAGR, supported by military communications modernization, domestic semiconductor development, 5G infrastructure, satellite communications, and advanced wireless research. Japan is expected to expand at approximately 7.0% - 7.8% CAGR, driven by defense communications, aerospace, robotics, telecommunications, and advanced electronics.
In North America, the United States is projected to grow at approximately 7.0% - 7.8% CAGR, supported by defense modernization, secure tactical communications, aerospace programs, public-safety networks, and advanced spectrum technologies. Canada is expected to register approximately 6.3% - 7.1% CAGR, while Mexico could achieve approximately 6.5% - 7.3% CAGR, supported by telecommunications expansion, industrial connectivity, public safety, and electronics manufacturing.
In Europe, Germany is projected to grow at approximately 6.5% - 7.3% CAGR, supported by defense modernization, industrial automation, secure communications, and advanced wireless technologies. France could achieve approximately 6.4% - 7.2% CAGR, driven by aerospace, defense, public safety, satellite communications, and telecommunications.
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China is expected to remain an important Asia Pacific growth engine.
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Japan is expanding SDR adoption across defense and advanced communications.
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The US remains the largest national market for military SDR applications.
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Germany is benefiting from defense and industrial wireless modernization.
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France has strong opportunities across aerospace, defense, and satellite communications.
Key Company Insights
Major participants in the Software Defined Radio Market include Collins Aerospace, L3Harris Technologies, BAE Systems, Thales, Rohde & Schwarz, Elbit Systems, Northrop Grumman, Leonardo, General Dynamics Mission Systems, and Ettus Research. Companies are competing through advanced RF architectures, secure waveforms, multi-band capabilities, open standards, software-defined platforms, and integrated communication systems.
Defense-oriented companies are focusing on tactical SDRs, secure communications, electronic warfare capabilities, satellite connectivity, and multi-domain networking. Commercial technology providers are emphasizing SDR development platforms, RF test systems, software frameworks, and telecommunications applications.
AI adoption is becoming increasingly relevant. Companies are incorporating AI-assisted spectrum analysis, signal recognition, automated testing, and intelligent network management into their product ecosystems. Open and modular architectures are also gaining importance because customers want to add new capabilities without replacing complete radio systems.
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Companies are prioritizing secure and interoperable communication platforms.
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AI is improving spectrum analysis and signal-processing capabilities.
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Open architectures are supporting software-based upgrades.
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Defense companies are expanding multi-domain communication solutions.
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Commercial providers are targeting 5G, 6G, IoT, and satellite applications.
Recent Developments
The SDR industry is increasingly focused on next-generation open-architecture tactical radios capable of supporting multiple waveforms and communication standards. These systems are designed to improve interoperability while allowing software updates to extend platform lifecycles.
Another significant development is the integration of AI-assisted spectrum sensing and signal classification. Machine-learning algorithms can help radios identify changing electromagnetic conditions and detect interference more efficiently.
Partnerships between SDR manufacturers, defense organizations, semiconductor companies, and wireless technology providers are also increasing. These collaborations are focused on developing flexible radio platforms for 5G, tactical networks, satellite communications, unmanned systems, and future 6G environments.
Market Segmentation
The Software Defined Radio Market can be segmented by product, technology/component, application, and region. By product, the market includes handheld SDRs, portable SDRs, vehicle-mounted SDRs, airborne SDRs, naval SDRs, fixed SDR systems, embedded SDR modules, and SDR development platforms. Portable and tactical systems represent major opportunities in defense and public-safety applications.
By technology/component, the market includes RF front ends, ADCs and DACs, FPGAs, digital signal processors, antennas, power amplifiers, embedded processors, software-defined waveforms, and software platforms. By application, major segments include defense and military, public safety, telecommunications, commercial communications, aerospace, satellite communications, industrial IoT, and research and testing.
By region, the market includes North America, Europe, Asia Pacific, Latin America, and the Middle East & Africa. North America is expected to remain a leading market, while Asia Pacific is projected to record the fastest growth due to defense modernization, wireless infrastructure investment, and electronics manufacturing.
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Defense and military applications represent the dominant market segment.
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Tactical and portable SDRs provide significant growth opportunities.
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AI and FPGA-based processing are central technology areas.
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5G, satellite communications, and IoT are expanding commercial applications.
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Asia Pacific is expected to be the fastest-growing regional market.
Conclusion
The Software Defined Radio (SDR) Market is transitioning from specialized military communication equipment toward a broader programmable wireless infrastructure platform. The market is projected to grow from US$ 15.0 Billion - US$ 17.0 Billion in 2025 to US$ 31.0 Billion - US$ 35.0 Billion by 2035 at a CAGR of 7.2% - 8.0% from 2025 to 2035.
AI will play an increasingly important role by enabling intelligent spectrum sensing, signal classification, interference detection, adaptive communications, and automated network optimization. As electromagnetic environments become more congested, the ability to dynamically analyze and respond to changing spectrum conditions will become increasingly valuable.
IoT, 5G, satellite communications, edge computing, autonomous systems, and industrial automation will further expand the SDR opportunity beyond defense. Software-upgradable architectures can also reduce technology obsolescence by allowing new waveforms and communication protocols to be deployed without replacing underlying hardware.
Through 2035, SDR technology will become strategically important for organizations seeking flexible, secure, interoperable, and software-upgradable wireless communication systems. Companies that combine high-performance RF hardware with AI, open architectures, edge computing, and advanced software will be positioned to capture emerging opportunities across defense, telecommunications, aerospace, public safety, and industrial communications.
FAQs
1. What is the projected market size of the Software Defined Radio Market?
The Software Defined Radio Market is estimated at US$ 15.0 Billion - US$ 17.0 Billion in 2025 and is projected to reach US$ 31.0 Billion - US$ 35.0 Billion by 2035.
2. What is the expected growth rate of the Software Defined Radio Market?
The market is expected to grow at approximately 7.2% - 8.0% CAGR from 2025 to 2035, driven by defense modernization, secure communications, 5G, satellite connectivity, and industrial wireless applications.
3. What are the key drivers of the Software Defined Radio Market?
Key drivers include military communications modernization, demand for interoperability, secure tactical networks, 5G and 6G development, satellite communications, public-safety networks, AI-based spectrum management, and IoT connectivity.
4. Which region is expected to lead the Software Defined Radio Market?
North America is expected to remain the leading regional market, while Asia Pacific is projected to be the fastest-growing region through 2035.
5. Who are the key companies in the Software Defined Radio Market?
Major companies include Collins Aerospace, L3Harris Technologies, BAE Systems, Thales, Rohde & Schwarz, Elbit Systems, Northrop Grumman, Leonardo, General Dynamics Mission Systems, and Ettus Research.
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Table of Contents
1 Introduction (Page No. - 16)
1.1 Objectives of The Study
1.2 Markets Covered
1.3 Stakeholders
1.4 Market Scope
2 Research Methodology (Page No. - 20)
2.1 Market Size Estimation
2.2 Market Crackdown And Data Trangulation
2.3 Market Share Estimation
2.3.1 Key Points Taken From Secondary Sources
2.3.2 Key Points Taken From Primary Sources
2.3.2.1 Key Industry Insights
2.3.3 Assumptions
3 Executive Summary (Page No. - 26)
4 Premium Insights (Page No. - 30)
4.1 Attractive Market Opportunities in The SDR Market
4.2 SDR Market – Top Three Application Segments
4.3 SDR Market in The Americas Region
4.4 Americas Commands Over One-Third of The Overall SDR Market
4.5 SDR Market: By Application
4.6 SDR Market: Asian Vs American Countries
4.7 Life Cycle Analysis
5 Market Overview (Page No. - 36)
5.1 Introduction
5.2 Evolution
5.3 Market Segmentation
5.3.1 SDR Market, By Component
5.3.2 SDR Market, By Application
5.3.3 SDR Market, By Geography
5.4 Market Dynamics
5.4.1 Drivers
5.4.1.1 Network Interoperability
5.4.1.2 Spectrum Reuse
5.4.1.3 Compatibility of Devices With Future Standards
5.4.1.4 Ubiquitous Connectivity
5.4.1.5 Reduced Cost of End Products And Services
5.4.1.6 Improved Time To Market
5.4.2 Restraints
5.4.2.1 Higher Initial Cost
5.4.2.2 Security Concerns
5.4.2.3 Integration Problem
5.4.3 Opportunities
5.4.3.1 Increasing Demand in Public Safety And Homeland Security
5.4.3.2 Growing Adoption in Commercial Applications
5.4.3.3 New Opportunities in The Form of Derived Technologies Like Cognitive Radio
5.4.4 Challenges
5.4.4.1 Operator Circumspection
5.4.4.2 Ever Changing Communication Standards
5.4.4.3 Regulatory issues
5.4.5 Burning issue
5.4.5.1 Requirement of Flexible Network
6 Industry Trends (Page No. - 54)
6.1 Introduction
6.2 SDR Industry Life Cycle
6.3 Value Chain Analysis
6.3.1 Key Influencers
6.4 Supply Chain Analysis
6.5 Industry Trends
6.6 Porter’s Five Forces Analysis
6.6.1 Threat From New Entrants
6.6.2 Threats From Substitutes
6.6.3 Bargaining Power of Suppliers
6.6.4 Bargaining Power of The Buyers
6.6.5 Degree of Competition
7 SDR Market, By Component (Page No. - 68)
7.1 Introduction
7.2 Field Programmable Gate Array
7.3 Digital Signal Processor
7.4 General Purpose Processor
7.5 Programmable System On Chip
7.6 Amplifier
7.7 Software
7.7.1 Common Object Request Broker Architecture
7.7.2 Software Communications Architecture
7.7.2.1 Operational Environment
7.7.2.2 Waveform
7.7.3 Real Time Operating Systems
7.7.4 Development Tools
7.7.4.1 Model Driven Engineering
7.7.4.2 Software Development And Testing Tools
7.7.4.3 Compliance Check Tools
7.8 Others
7.8.1 Converter
7.8.1.1 D/A Converter
7.8.1.2 A/D Converter
7.8.2 Antennas
7.8.3 Rf Front End
8 SDR Market, By Application (Page No. - 88)
8.1 Introduction
8.2 Military
8.2.1 Land
8.2.1.1 Hand-Held
8.2.1.2 Man-Pack
8.2.1.3 Vehicle Mounted
8.2.2 Airborne
8.2.3 Naval
8.2.3.1 Ship Based
8.2.3.2 Shore Based
8.3 Telecommunication Infrastructure
8.4 Short Range Communication
8.4.1 Wi-Fi
8.4.2 Bluetooth
8.4.3 Rfid System
8.4.4 Others
8.5 Positioning
8.5.1 Global Positioning System
8.5.2 Glonass
8.5.3 Others
8.6 Transportation
8.6.1 Intelligent Transportation System
8.6.2 Automotive Wireless Electronic
8.7 Public Safety/Civilian Government
8.7.1 Emergency Management Center
8.7.2 Paramilitary Force
8.7.3 Intelligence Agency
8.7.4 Others
8.8 Others
9 Geographic Analysis (Page No. - 122)
9.1 Introduction
9.2 Americas
9.2.1 North America
9.2.1.1 U.S.
9.2.1.2 Canada
9.2.1.3 Rest of North America
9.2.2 South America
9.2.2.1 Brazil
9.2.2.2 Rest of South America
9.3 Europe
9.3.1 Germany
9.3.2 France
9.3.3 Italy
9.3.4 U.K.
9.3.5 Rest of Europe
9.4 Asia-Pacific
9.4.1 Japan
9.4.2 Korea
9.4.3 China
9.4.4 India
9.4.5 Rest of Apac
9.5 Row
9.5.1 Saudi Arabia
9.5.2 Uae
9.5.3 israel
9.5.4 Turkey
9.5.5 Russia
9.5.6 Rest of Row
10 Competitive Landscape (Page No. - 156)
10.1 Overview
10.2 Market Ranking
10.3 Competitive Situations And Trends
10.3.1 Contracts, Partnerships, And Agreements
10.3.2 New Product Launches
10.3.3 Mergers And Acquisitions
10.3.4 Expansions
10.3.5 Other Developments
11 Company Profiles (Overview, Products And Services, Financials, Strategy & Development)* (Page No. - 164)
11.1 Introduction
11.2 BAE Systems Plc
11.3 Datasoft Corporation
11.4 Flexradio Systems Inc.
11.5 Harris Corporation
11.6 Itt Corporation
11.7 L3 Communication Holdings Inc.
11.8 Northrop Grumman Corporation
11.9 Raytheon Co.
11.10 Rockwell Collins Inc.
11.11 Thales Defense & Security Inc.
*Details On Overview, Products And Services, Financials, Strategy & Development Might Not Be Captured in Case of Unlisted Companies.
12 Appendix (Page No. - 191)
12.1 Insights of Industry Experts
12.2 Discussion Guide
12.3 Introducing Rt: Real Time Market Intelligence
12.4 Available Customizations
12.5 Related Reports
List of Tables (85 Tables)
Table 1 Variations in The Definition of Radio Based On The Capability And Flexibility
Table 2 Interoperability To Avoid Disaster is Driving The Growth of SDR Market
Table 3 Security Concerns Are Restraining The Growth of The SDR Market
Table 4 Commercial Applications Are Generating New Opportunities For The SDR Market
Table 5 Porter’s Five Forces Analysis
Table 6 SDR Market Size, By Component ($Billion), 2013-2020
Table 7 Field Programmable Gate Array Market Size, By Geography ($Billion), 2013-2020
Table 8 Digital Signal Processor Market Size, By Geography ($Billion), 2013-2020
Table 9 General Purpose Processor Market Size, By Geography ($Billion), 2013-2020
Table 10 Programmable System On Chip Market Size, By Geography ($Billion), 2013-2020
Table 11 Amplifier Market Size, By Geography ($Billion), 2013-2020
Table 12 Software Market Size, By Geography ($Billion), 2013-2020
Table 13 Other Components Market Size, By Geography ($Billion), 2013-2020
Table 14 SDR Market Size, By Application ($Billion), 2013-2020
Table 15 SDR Market Size, By Military Application ($Billion), 2013-2020
Table 16 Military Application Market Size, By Geography ($Billion), 2013-2020
Table 17 Land Based Military Application Market Size, By Geography ($Million), 2013-2020
Table 18 Airborne Based Military Application Market Size, By Geography ($Million), 2013-2020
Table 19 Naval Based Military Application Market Size, By Geography ($Million), 2013-2020
Table 20 Telecommunication Infrastructure Application Market Size, By Geography ($Billion), 2013-2020
Table 21 SDR Market Size, By Short Range Communication Application ($Billion), 2013-2020
Table 22 Short Range Communication Application Market Size, By Geography ($Billion), 2013-2020
Table 23 Wi-Fi Application Market Size, By Geography ($Million), 2013-2020
Table 24 Bluetooth Application Market Size, By Geography ($Million), 2013-2020
Table 25 Rfid System Application Market Size, By Geography ($Million), 2013-2020
Table 26 Other Short Range Communication Applications Market Size, By Geography ($Million), 2013-2020
Table 27 SDR Market Size, By Positioning Application ($Billion), 2013-2020
Table 28 Positioning Application Market Size, By Geography ($Billion), 2013-2020
Table 29 Global Positioning System Application Market Size, By Geography ($Million), 2013-2020
Table 30 Glonass Application Market Size, By Geography ($Million), 2013-2020
Table 31 Other Positioning Applications Market Size, By Geography ($Million), 2013-2020
Table 32 SDR Market Size, By Transportation Application ($Billion), 2013-2020
Table 33 Transportation Application Market Size, By Geography ($Billion), 2013-2020
Table 34 Intelligent Transport Systems Application Market Size, By Geography ($Million), 2013-2020
Table 35 Automotive Wireless Electronics Application Market Size, By Geography ($Million), 2013-2020
Table 36 SDR Market Size, By Public Safety/Civilian Government Application ($Billion), 2013-2020
Table 37 Public Safety/Civilian Government Application Market Size, By Geography ($Billion), 2013-2020
Table 38 Emergency Management Centers Application Market Size, By Geography ($Million), 2013-2020
Table 39 Paramilitary Forces Application Market Size, By Geography ($Million), 2013-2020
Table 40 Intelligence Agencies Application Market Size, By Geography ($Million), 2013-2020
Table 41 Other Public Safety/Civilian Government Applications Market Size, By Geography ($Million), 2013-2020
Table 42 Other Applications Market Size, By Geography ($Billion), 2013-2020
Table 43 SDR Market Size, By Geography ($Billion), 2013-2020
Table 44 Americas: SDR Market Size, By Country ($Billion), 2013-2020
Table 45 Americas: SDR Market Size, By Component ($Billion), 2013-2020
Table 46 Americas: SDR Market Size, By Application ($Billion), 2013-2020
Table 47 Americas: SDR Market Size, By Military Application ($Million), 2013-2020
Table 48 Americas: SDR Market Size, By Short Range Communication Application ($Million), 2013-2020
Table 49 Americas: SDR Market Size, By Positioning Application ($Million), 2013-2020
Table 50 Americas: Market Size, By Transportation Application ($Million), 2013-2020
Table 51 Americas: Market Size, By Public Safety/Civilian Government Application ($Million), 2013-2020
Table 52 North America: SDR Market Size, By Country ($Billion), 2013-2020
Table 53 South America: SDR Market Size, By Country ($Billion), 2013-2020
Table 54 Europe: SDR Market Size, By Country ($Billion), 2013-2020
Table 55 Europe: SDR Market Size, By Component ($Billion), 2013-2020
Table 56 Europe: SDR Market Size, By Application ($Billion), 2013-2020
Table 57 Europe: SDR Market Size, By Military Application ($Million), 2013-2020
Table 58 Europe: SDR Market Size, By Short Range Communication Application ($Million), 2013-2020
Table 59 Europe: SDR Market Size, By Positioning Application ($Million), 2013-2020
Table 60 Europe: Market Size, By Transportation Application ($Million), 2013-2020
Table 61 Europe: Market Size, By Public Safety/Civilian Government Application ($Million), 2013-2020
Table 62 Apac: SDR Market Size, By Country ($Billion), 2013-2020
Table 63 Apac: SDR Market Size, By Component ($Billion), 2013-2020
Table 64 Apac: SDR Market Size, By Application ($Billion), 2013-2020
Table 65 Apac: SDR Market Size, By Military Application ($Million), 2013-2020
Table 66 Apac: SDR Market Size, By Short Range Communication Application ($Million), 2013-2020
Table 67 Apac: SDR Market Size, By Positioning Application ($Million), 2013-2020
Table 68 Apac: Market Size, By Transportation Application ($Million), 2013-2020
Table 69 Apac: Market Size, By Public Safety/Civilian Government Application ($Million), 2013-2020
Table 70 Row: SDR Market Size, By Country ($Billion), 2013-2020
Table 71 Row: SDR Market Size, By Component ($Billion), 2013-2020
Table 72 Row: SDR Market Size, By Application ($Billion), 2013-2020
Table 73 Row: SDR Market Size, By Military Application ($Million), 2013-2020
Table 74 Row: SDR Market Size, By Short Range Communication Application ($Million), 2013-2020
Table 75 Row: SDR Market Size, By Positioning Application ($Million), 2013-2020
Table 76 Row: Market Size, By Transportation Application ($Million), 2013-2020
Table 77 Row: Market Size, By Public Safety/Civilian Government Application ($Million), 2013-2020
Table 78 List of The Top 5 SDR Chip Manufacturers of 2013
Table 79 List of The Top 5 System Integrators For The Military Applications in The SDR Market of 2013
Table 80 List of The Top 5 System Integrators For The Commercial Applications in The SDR Market in 2013
Table 81 Most Significant Contracts, Partnerships, And Agreements of SDR Market in 2014
Table 82 Most Significant New Product Launches of SDR Market in 2014
Table 83 Recent Mergers And Acquisitions of SDR Market
Table 84 Recent Expansions of SDR Market
Table 85 Other Recent Developments of SDR Market
List of Figures (82 Figures)
Figure 1 Research Methodology
Figure 2 Market Size Estimation Methodology: Bottom-Up Approach
Figure 3 Market Size Estimation Methodology: Top-Down Approach
Figure 4 Break Down of Primary Interviews: By Company Type, Designation, & Region
Figure 5 Software Market Has Made The Highest Contribution in The SDR Market
Figure 6 Public Safety/Civilian Government Application is Expected To Have The Fastest Growth Rate in The Coming Years
Figure 7 The Americas Region Accounted For The Highest Market Share in 2013
Figure 8 SDR Market is Expected To Grow At A Cagr of 12.5% From 2014-2020
Figure 9 Public Safety/Civilian Government Application is Expected To Grow At The Fastest Cagr in The SDR Market
Figure 10 Military Application Hold A Major Market Share in The Americas Region
Figure 11 Americas Commands Over One-Third of The Overall SDR Market
Figure 12 Military Application Will Continue To Dominate The SDR Market in The Coming Six Years
Figure 13 Asian Countries Are Growing At A Faster Rate Than The American Countries
Figure 14 Apac Has Recorded The Fastest Growth Rate, Followed By The Americas And Europe
Figure 15 Evolution of The SDR
Figure 16 Market Segmentation: By Component
Figure 17 Market Segmentation: By Application
Figure 18 Market Segmentation: By Geography
Figure 19 Major Parameters Impacting The SDR Market Dynamics
Figure 20 Percentage of Cost Saving in Communication Systems After Deployment of SDR
Figure 21 Cost Breakup of SDR Base Station
Figure 22 SDR Industry Life Cycle
Figure 23 Value Chain of The SDR Market
Figure 24 Value Chain Analysis: Major Value is Added During The Manufacturing And Software Integration Phase
Figure 25 Two Different Streams of SDR Supply Chain Are Military Applications And Commercial Applications
Figure 26 Increasing Adoption in Commercial Applications is The Leading Trend in The Market
Figure 27 Porter’s Five Forces Analysis
Figure 28 Bargaining Power of The Suppliers Will Be High Due To The Limited Choices Available For The Buyers
Figure 29 Higher Market Growth Rate Will Attract New Entrants
Figure 30 Traditional Communication Technologies Creating issues For The Substitutes
Figure 31 Bargaining Power of The Suppliers is Heavily Impacted By The Quality And Reliability of The Final Product
Figure 32 Consumer Acceptance And Technology Factors Are Supporting The Buyers’ Power
Figure 33 Low Entry Barriers And High Exit Barriers Are Fuelling The Competitive Rivalry
Figure 34 Essential Components of SDR
Figure 35 Software Dominated The SDR Market Throughout The Forecast Period
Figure 36 Field Programmable Gate Array Market Size Comparison In Terms of Value, in 2014 & 2020
Figure 37 Digital Signal Processor Market Size Comparison in Terms of Value, in 2014 & 2020
Figure 38 General Purpose Processor Market Size Comparison in Terms of Value, in 2014 & 2020
Figure 39 Programmable System On Chip Market Size Comparison in Terms of Value, in 2014 & 2020
Figure 40 Amplifier Market Size Comparison in Terms of Value, in 2014 & 2020
Figure 41 Role of Software in The Value Chain of The SDR Market
Figure 42 Software Market Size Comparison in Terms of Value, in 2014 & 2020
Figure 43 Other Components Market Size Comparison in Terms of Value, in 2014 & 2020
Figure 44 The Military Applications Have Been Contributing A Major Share in The Overall Application Market
Figure 45 Naval is The Fastest Growing Market of The SDR Military Application
Figure 46 Military Application Market Size Comparison in Terms of Value, in 2014 & 2020
Figure 47 Telecommunication infrastructure Market Size Comparison in Terms of Value, in 2014 & 2020
Figure 48 Wi-Fi Accounted For The Largest Share of The SDR Short Range Communication Application in 2013
Figure 49 Short Range Communication Market Size Comparison in Terms of Value, in 2014 & 2020
Figure 50 Global Positioning System Holds The Largest Percentage Share in The Positioning Application of SDR
Figure 51 Positioning Market Size Comparison in Terms of Value, in 2014 & 2020
Figure 52 Intelligent Transport System Market Has A Great Scope in Future And is Expected To Grow At The Fastest Cagr
Figure 53 Transportation Market Size Comparison in Terms of Value, in 2014 & 2020
Figure 54 Paramilitary Forces Holds The Largest Percentage Share in The Public Safety/Civilian Government Application of SDR
Figure 55 Public Safety/Civilian Government Market Size Comparison in Terms of Value, in 2014 & 2020
Figure 56 Other Applications Market Size Comparison in Terms of Value, in 2014 & 2020
Figure 57 Geographic Snapshot (2013)
Figure 58 Americas SDR Market Snapshot
Figure 59 The U.S. Dominated The North American SDR Market With The Highest Market Share
Figure 60 Brazil Holds The Maximum Share in The SDR Market in South America
Figure 61 Europe’s SDR Market Snapshot
Figure 62 U.K. Accounted For The Highest Share in Europe’s SDR Market
Figure 63 Asia-Pacific SDR Market Snapshot
Figure 64 Japan Holds The Maximum Market Share of Apac’s SDR Market in 2013
Figure 65 Rest of The World SDR Market Snapshot
Figure 66 Saudi Arabia is Expected To Be The Fastest Growing Market of Row’s SDR Market
Figure 67 Companies Adopted Contracts, Partnerships, And Agreements As The Key Growth Strategies Over The Last Five Years
Figure 68 Battle For Market Share: Contracts, Partnerships, And Agreements Are The Key Strategy
Figure 69 Geographic Revenue Mix of The Top 5 Market Players
Figure 70 BAE Systems Plc: Business Overview
Figure 71 SWOT Analysis
Figure 72 Harris Corporation: Business Overview
Figure 73 SWOT Analysis
Figure 74 ITT Corporation: Business Overview
Figure 75 L3 Communication Holdings Plc: Business Overview
Figure 76 Northrop Grumman Corporation: Business Overview
Figure 77 Raytheon Co.: Business Overview
Figure 78 SWOT Analysis
Figure 79 Rockwell Collins inc.: Business Overview
Figure 80 SWOT Analysis
Figure 81 Thales Defense & Security inc.: Business Overview
Figure 82 SWOT Analysis
Growth opportunities and latent adjacency in Software Defined Radio (SDR) Market
Excellent brief. Can I have a latest update on teh report having outlook till 2025RegdsSanjay [email protected]