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Global Sensor Outlook 2016

  • May 2016
  • -
  • Frost & Sullivan
  • -
  • 217 pages

Global Sensor Outlook 2016 : Sensors Move Towards Predictive and Control Space

Sensors are experiencing large-scale deployment in diverse end-user applications across all vertical markets. Sensors are used in multiple ways, such as standalone, integrated, combined, embedded, and, more recently, as wearable and ingestible. Sensors enable monitoring, tracking, and control through IoT connectivity in real time. Sensor technologies are becoming robust, highly sensitive, and highly accurate. Sensors are becoming intelligent and prognostic; therefore, ensuring safety. Sensors continue to be in the growth stage of life cycle and are estimated to grow at increasing annual revenue growth rate year after year.

Key Questions this Study will Answer

-What are the different types of sensors currently used in different applications? What will determine which class of sensors is likely to experience greater demand in coming years?
-What are the key end users in the market? What are the key market dynamics and key drivers and restraints impacting the overall market?
-What are the key applications in each vertical market and which are the different sensors used in these diverse applications?
-What are the main competitive factors of the participants in the market and the different tiers of the competitive landscape? What is the scope for new entrants and what can be the winning formula for existing players?
-What are the technologies and technology platforms that are experiencing exponential growth?
-What are the key trends? How will they impact market participants?

Table Of Contents

Global Sensor Outlook 2016
1 EXECUTIVE SUMMARY

Executive Summary
1. Transformational Change—Key Findings
2. Transformational Change—Key Findings
3. Executive Summary—Key Findings
4. Global Sensors Market—Product: Technology Map
5. Market Segments
6. Global Sensor Revenue by Classification Segment—2015 and 2016
7. Global Sensor Sales by Region in 2015—A Snapshot
8. Measurements
9. Measurements
10. Progression of Sensor Technology from 1990s to 2025
11. CEO 360 Perspective
12. CEO 360 Perspective
13. Changing Sensors Marketplace—2010 to 2020

2 MARKET OVERVIEW

Market Overview
1. Market Definitions and Research Scope
2. Overview—Assessment of Sensors Market
3. Key Questions this Study will Answer

3 REVENUE ANALYSIS AND TRENDS

Revenue Analysis and Trends
1. Revenue Forecast
2. Market Matrix
3. Base Sensors Market—Revenue Forecast
4. Application Sensors Market—Revenue Forecast
5. Emerging Sensors Market—Revenue Forecast
6. Key Sectors
7. Product Analysis
8. Growth Trends by Sensor Type
9. Emerging Sensors
10. Vertical Market Analysis
11. Geographic Region Revenue Analysis
12. Revenue Analysis by Geographic Region—2015 and 2019
13. Emerging End-user Markets in Key Geographic Regions and Countries

4 SENSOR TECHNOLOGY PRODUCT MIX AND ANALYSIS

Sensor Technology Product Mix and Analysis
1. Global Sensors Market—Product Technology Map
2. Analysis of Competing Technologies
3. Analysis of Competing Technologies
4. Analysis of Competing Technologies
5. Analysis of Competing Technologies
6. Key Future Technologies
7. Sensors Technology Perspective and Life Cycle Expectation Trends
8. Market Structure and Life Cycle Relationship by End-user Segments
9. Market Structure and Life Cycle Relationship by End-user Segments
10. Sensors and Instruments Market—Competitive Perspective
11. Sensors and Instruments Market—Competitive Perspective
12. Markets Offering Opportunities for Sensor Growth

5 VALUE CHAIN AND DECISION-MAKING PROCESS

Value Chain and Decision-Making Process
1. Sales Cycle, Selling Points, and Decision-making Process—Sensors
2. Sales Cycle, Selling Points, and Decision-making Process—Connectors and Terminals (Bulk Buying)
3. Organizational Chart for Procurement by Buyer—Typical Decision Making at the Top Level

6 SMART TO INTELLIGENT SENSORS

Smart to Intelligent Sensors
1. Smart Sensors to Intelligent Sensors
2. Smart Sensors to Intelligent Sensors
3. Key Technology Markets—Smart Sensors
4. IEEE 1451 Family
5. Honeywell—Smart Position Sensor Based on 1451
6. Plug and Play Sensors—Key Advantages
7. Key Need and Benefits of Smart Sensors
8. Technology Trends—Diverse Applications
9. Technology Road Map
10. Emerging Applications
11. Recently Commercialized Applications
12. Technology Paradigm—Share Breakdown by Key Technologies for Smart Sensors in 2015
13. Emerging Market Trends in Smart to Intelligent Sensors

7 EMERGING OPTICAL TECHNOLOGY—SILICON PHOTONICS

Emerging Optical Technology—Silicon Photonics
1. Silicon Photonics—Technology Basics
2. Silicon Photonics—Overview
3. Silicon Photonics—Technology Stimulators
4. Silicon Photonics—Technology Applications
5. Parameters of Key Silicon Photonics Devices
6. Silicon Photonics—Technology Roadmap
7. Silicon Photonics—Emerging Needs
8. Recent Patents—Optical Technology (Silicon Photonics)

8 TRENDS IN 3-D VISION TECHNOLOGY

Trends in 3-D Vision Technology
1. 3-D Vision Sensors—Key End Users
2. 3-D Vision Sensors—Value Chain Matrix
3. 3-D Vision Sensing
4. SWOT Analysis of 3-D Vision Sensor Technology
5. 3-D Vision Sensors—Classification of Data Acquisition Methods
6. 3-D Vision Sensors—Dynamism of Data Acquisition Methods
7. 3-D Vision Sensors—Key Applications
8. 3-D Vision Sensors—Key Applications
9. 3-D Vision Sensors—Key Applications
10. 3-D Vision Sensors—Key Applications
11. 3-D Vision Sensors—Key Applications
12. 3-D Vision Sensors—Key Applications
13. Key Trends for 3-D Vision
14. 3-D Vision Sensor Innovation Platform
15. Innovations—Industrial Automation
16. Innovations—Consumer Electronics and Gaming
17. Innovations—Automotive Safety
18. Innovations—Biometrics and Surveillance
19. Innovations—Aerospace and Defense
20. Recent Patents—3-D Vision Technology

9 GLOBAL BIOSENSORS MARKET PARADIGM

Global Biosensors Market Paradigm
1. Key Technology Markets—Biosensors
2. Biosensors—CEO's 360 Degree Perspective
3. Biosensors—Key Vertical Markets
4. Biosensors—Technology Classification
5. Biosensor Detection Process
6. Biosensor Classification by Detection Techniques
7. Biosensors—Detection Methods
8. Biosensor Fabrication—Common Biological Elements and Transducers
9. List of Pathogens Tested by Biosensor Devices
10. Non-optical-based, Label-free Biosensors
11. Non-optical-based, Label-free Biosensors
12. Optical Technology-based, Label-free Biosensors
13. Biosensors Technology Roadmap
14. Biosensors—Market Share by Vertical End User
15. Biosensors—Market Share by Vertical End User
16. Existing Biosensor Technologies for Glucose Monitoring
17. Existing Biosensor Technologies for Glucose Monitoring
18. Time Lag from Point to Design To Point of Market Introduction—Approval Process and Time Cycle
19. Key Patents
20. Biosensors—Key Initial Patents

10 WEARABLE, IMPLANTABLE, AND INGESTIBLE SENSORS

Wearable, Implantable, and Ingestible Sensors
1. Wearable Electronics
2. Wearable Electronics
3. Wearable Sensors—Product Types and End-user Markets
4. Wearable Sensors—More Applications Emerge Through Collaborations
5. Wearable Sensors Key Applications
6. Ingestible Sensors

11 ENERGY HARVESTERS—POWERING SENSORS

Energy Harvesters—Powering Sensors
1. Basic Design of Energy Harvester
2. Energy Harvesters—Key Stakeholders in the Value Chain
3. Energy Harvesters—Key Developments in Wireless Powered Networks
4. Energy Harvesting and Remote Powering for Implantable Sensors

12 AUTOMOTIVE—SENSORS ENABLING INTELLIGENT VEHICLES

Automotive—Sensors Enabling Intelligent Vehicles
1. Intelligent Vehicles—Safety Platform
2. Intelligent Vehicles—Enablers
3. Intelligent Vehicles—Enablers
4. Intelligent Vehicles—Enablers
5. Intelligent Vehicles—Communication Platforms
6. Intelligent Vehicles—Key Regulations in Europe
7. Intelligent Vehicles—Key Regulations in United States
8. Intelligent Vehicles—Key Regulations in Asia-Pacific
9. Intelligent Vehicles—Key Trends

13 BULK ACOUSTIC WAVE AND SURFACE ACOUSTIC WAVE

Bulk Acoustic Wave and Surface Acoustic Wave
1. Surface Acoustic Wave (SAW) Sensors—Key Applications
2. Acoustic Wave Sensors
3. Surface Acoustic Wave Sensors
4. Surface Acoustic Wave Sensors—Technology Trends
5. Bulk Acoustic Wave—Potential Process and Non-process Applications

14 INFRASTRUCTURE AND SENSOR TOWERS

Infrastructure and Sensor Towers
1. Infrastructure and Smart Buildings Market—Overview
2. Infrastructure and Smart Buildings Market—Key Price Factors
3. Infrastructure Market Segment—Key Sensors Deployed
4. Smart Buildings Market—Key Sensors Deployed
5. Sensors in Infrastructure and Smart Buildings

15 TRENDS IN WIRELESS SENSOR NETWORKS—FUTURE OF CONNECTIVITY

Trends in Wireless Sensor Networks—Future of Connectivity
1. Key Wireless Sensor Network Protocols
2. Flow of Power and Data Transmission
3. Wireless Sensor Network Requirements and Convergence
4. Wireless Sensor Network Topologies
5. Clustering Model—Low-energy Adaptive Clustering Hierarchical Topology
6. Low-energy Adaptive Clustering Hierarchy
7. Hierarchical Clustering Model—Threshold-sensitive, Energy-efficient Wireless Sensor Network Topology
8. Key Wireless Sensor Network Functional Application
9. Key Wireless Sensor Network Functional Application

16 REALITY OF IIOT SENSORS

Reality of IIoT Sensors
1. Sensor Coverage in IIoT
2. Basic Industrial Internet of Things (IIoT) Planks
3. Key Tasks Sensors Enable on Industrial Internet of Things Platform
4. Industrial Internet of Things Operational Architecture
5. Key Value at Edges
6. IIoT Platform Connectivity Reach—Thinking Beyond
7. Recently Developed IIoT Protocols
8. IIoT-enabled Impending Changes
9. Global Sensors in IIoT—High Growth Market
10. Executive Summary—Key Growth Market Opportunities to Target
11. Key Findings
12. Key Findings

17 FUTURE OF SENSORS—NATURAL USER INTERFACE, UBIQUITOUS COMPUTING, AND SENSORY TRACKING

Future of Sensors—Natural User Interface, Ubiquitous Computing, and Sensory Tracking
1. Types of Natural User Interface (NUI)
2. Evolution and Fundamentals of User Interaction
3. Ubicomp and NUI—Relationship and Open Frameworks
4. NUI—Taking the Physical World into the Digital
5. NUI—Reason and Challenges
6. Ubicomp—Future of Mobile Computing
7. Human-computer Interface and Sensor Applications
8. Natural User Interface
9. Ubiquitous Computing—Obtaining Context from User and Sensor Data
10. Ubiquitous Computing—Challenges Ahead
11. Sensory Tracking
12. Sensory Tracking

18 FUTURE SENSORS APPLICATION ANALYSIS—FUTURE OF DISPLAY TECHNOLOGY AND SENSORS

Future Sensors Application Analysis—Future of Display Technology and Sensors
1. OLEDs—Enabling the Second Display Revolution and the Role of Sensors
2. OLED—How it Differs from LED
3. OLED Technology Innovation—From Concept to Commerce
4. Evolution of Displays
5. Transparent OLED and Augmented Reality
6. 20/20 Vision—Does it Make Sense to go Beyond Retina Displays?
7. Arc Minutes and DPI—Defining the Perfect HDPI for Humans

19 GROWTH OF END-USER MARKETS AND TRENDS

Growth of End-user Markets and Trends
1. End-user Market Opportunity Windows for Sensors— Organic Growth
2. Sensors and Instruments—Vertical End-user Segment Growth Trends
3. Sensors and Instruments—Vertical End-user Segment Growth Trends
4. Sensors and Instruments—Vertical End-user Segment Growth Trends
5. Sensors and Instruments—Vertical End-user Segment Growth Trends

20 NEW SENSOR MARKETS POISED FOR HIGH GROWTH

New Sensor Markets Poised for High Growth
1. New Sensor Markets Poised for High Growth

21 DISTRIBUTIONS TREND ANALYSIS

Distributions Trend Analysis
1. Distribution Channel Trends—2015 to 2019
2. Legal Disclaimer

22 APPENDIX

Appendix
1. List of Acronyms
2. List of Acronyms

23 THE FROST and SULLIVAN STORY

The Frost and Sullivan Story
1. The Frost and Sullivan Story
2. Value Proposition: Future of Your Company and Career
3. Global Perspective
4. Industry Convergence
5. 360º Research Perspective
6. Implementation Excellence
7. Our Blue Ocean Strategy

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