Radar R&D Portfolio Assessment and Opportunity Analysis

Description

Millimeter-Wave Radar and Radar-on-Chip Solutions are Driving Market Growth

Radar technology will experience rapid growth because of improvements in enabling technologies and growing demand in the automotive, defense, aerospace, consumer electronics, manufacturing, and energy industries. The technology has diverse applications and use is expanding with the adoption of IoT devices and penetration of 5G technology.

The long-standing technology in the defense industry is now transforming civilian applications because of advancements such as high-power processors, powerful antenna innovations, faster network speeds, larger data storage capacities, and automation. Cost-effective, high-power, intelligent radars will be in wide use within seven years as a digital, semiconductor, and radar convergence propels new discoveries and advances in radar systems.

This analysis explores developments in the technology and their impact on the market. It includes the following modules: -- Radar overview, types, architecture, and technological advancements -- Enabling and competing technologies -- Industry application areas -- Regional developments, patents, and funding -- Technology adoption model and assessment -- Porter's five forces analysis -- Key business models -- Roadmap -- Technology attractiveness dashboard -- Growth opportunities

Product Code: DAE0

Strategic Imperatives

Why Is It Increasingly Difficult to Grow?
The Strategic Imperative 8™
The Impact of the Top 3 Strategic Imperatives on the Radar Industry
Growth Opportunities Fuel the Growth Pipeline Engine™
Research Methodology

Growth Opportunity Analysis

Technology Attractiveness Dashboard
Scope of Analysis
Segmentation

Growth Generator

Growth Drivers
Growth Restraints

Radar Sensor Technology Competitiveness, Impact Analysis, and Regional Adoption

Radar-A Brief Overview
Modern Radar Systems Are Increasingly Focused On Miniaturization
Increased Design Flexibility Entails Multiple Radar Categories
Key Radar Technologies and Their Significance
Recent Trends Across Industry Verticals Impacting Radar Innovation
Overcoming Countermeasures, Reducing Cone of Silence, and Detection Range Improvement Are Key Issues in the Defense Sector
High-Resolution, Low-Cost, and Long-Range Detection Are Key Issues Impacting the Automotive Industry
R&D in Key Radar Subsystems: Antennas
R&D in Key Radar Subsystems: Transceivers
Key Emerging Technologies and Radar Enablers
Comparative Analysis of Competing Technologies
Impact Analysis of Radar Technology for Automotive Applications
Impact Analysis of Radar Technology for Robotics Applications
Impact Analysis of Radar Technology for Military Applications
Emerging Use Cases - Radar Technology for Automotive, Transportation, and Military Defense Sectors
Emerging Opportunities in Transportation, Space, and Smart City Applications
Key Collaboration Strategies for Technology Development and Commercialization
Regional Trends and Impact of Radar Technology
Patent Research Focus Areas
Funding Deals and Focus Areas
Technology Adoption Model - Assessment
Porter's Five Forces Analysis
Business Models For Radar Sensor Technology
Recommendations for Business Opportunities
Future Directions of Radar Sensor R&D

Growth Opportunity Universe in Radar Sensor

Growth Opportunity 1: Smart Homes
Growth Opportunity 2: Healthcare and Medical
Growth Opportunity 3: Smart Cities

Appendix

Technology Readiness Levels (TRL): Explanation

Next Steps

Benefits and Impacts of Growth Opportunities
Next Steps
Take the Next Step
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