Top Technologies in Microelectronics, 2017

Top Technologies in Microelectronics, 2017

Wearables, Next Gen Data Storage, Wireless Charging, and Micro-LED Driving Growth in Electronics

RELEASE DATE
28-Apr-2017
REGION
Global
Deliverable Type
Technology Research
Research Code: D7C1-01-00-00-00
SKU: AE01237-GL-TR_20219
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Description

•Microelectronics is a highly dynamic and versatile sector that is witnessing high level of technology innovation. The government’s push towards commercialising environment friendly technologies, the consumer’s preference to devices with small form factor and low cost, are primarily driving the innovations in this space.
•Emerging microelectronics technologies have the potential to converge efficiently thereby opening up opportunities in across an array of industries. Product differentiation and new product development are potential strategies expected to create high growth opportunities in both new and existing markets. The key differentiating factor is expected to lie with the effectiveness with which players leverage their existing capabilities to enable new product development.
•The technology and innovation report covers the top 10 microelectronics technologies that will have highest impact in the near- and medium-term. Key technologies in the cluster were evaluated to arrive at the top 10 technologies for 2017. The technologies were selected after critical evaluation of an exhaustive list of technologies using TechVision's proprietary selection methodology.
•The report assesses technologies from various aspects such as patents, funding, applications, megatrend impact, disruptiveness and market potential. The top 10 technologies covered in this report are wearables, OLED Lighting, Next generation data storage, holographic display, micro-LED, wireless charging, rapid charging, smart antenna, flexible hybrid electronics and visible light communication.

Table of Contents

1.1 Research Scope

1.2 Top 50 Technologies – Selection Methodology

1.3 Trends in the Microelectronics Industry

1.4 Wearables will Continue to have Market Attraction

1.5 Trend of Miniaturization Creating Market for Flexible Hybrid Electronics and Smart Antenna; Energy Conservation Driving Rapid Charging and VLC

2.1 Practical Wearable Devices to Create a Million Dollar Opportunity by 2021

2.2 Consumer Electronics Companies Pushing Research Efforts in the Wearable Space

2.3 Consumer Electronics and Healthcare Witnessing High Adoption

2.4 Companies Expected to Impact the Wearables Market in the Short Term

3.1 Flexibility and Innovative Product Design Open Billion Dollar Opportunity

3.2 Manufacturing Techniques and Technology Development as Key Patent and Funding Focus Areas

3.3 Automotive and Architectural are High-impact Sectors

3.4 Companies Expected to Influence the OLED Lighting Sector in the Near Term

4.1 Enterprise and Cloud-based Storage Can Drive Market Growth

4.2 Software-defined and Enterprise Storage Solutions Actively Pursued

4.3 Digital Transformation Enhancing Adoption of Data Storage Solutions

4.4 Companies Expected to Influence the Data Storage Market in the Near Term

5.1 Automotive and Healthcare Industries Drive Market Growth

5.2 Expanding Application Scope is Prime Focus of Research and Funding

5.3 Unlimited Display Area Opens Up Business Opportunities and Possibility to Replace Conventional Displays

5.4 Key Influencers

6.1 Ten Fold Increase in Shipment of Micro-LEDs by 2021

6.2 Cost-effective Manufacturing Facility with Mass Production Capability as a Key Focus Area

6.3 Interoperability Enabling Product Development across Sectors

6.4 Companies and Research Institutes Expected to Influence Micro-LEDs

7.1 Adoption of Smart Devices and Electric Cars Will Propel Technology Advancements

7.2 Technology Development and Commercialization as Funding Focus Areas

7.3 Immersive Viewing Capability Generating High Interest

7.4 Companies Expected to Impact the Wireless Charging Arena in the Near Term

8.1 Rapid Charging Opens Up A Billion Dollar Opportunity Globally

8.2 China A Major Powerhouse In Terms of Research In Rapid Charging

8.3 Interoperabity and Cost Effectiveness to Drive Consumer Adoption

8.4 Companies Expected to Impact the Wearables Market in the Near Term

9.1 Industry Consolidation and Focus on Manufacturing Drive Opportunities in Fragmented FHE Industry

9.2 Commercialization through Ramped-up Volume Production as Key Focus

9.3 Versatility of FHE Key Factor Enabling Adoption across Industries

9.4 Companies Expected to Influence Flexible Hybrid Electronics in the Near Term

10.1 Adoption of Smart Connected Devices Opened Multiple Opportunities

10.2 University Led Research and Technology Start ups Being Actively Funded

10.3 Communication and Wearable Technologies to have High Impact

10.4 Companies Expected to Influence Smart Antennas

11.1 Secure VLC Boosting High Speed Data Communication Market

11.2 VLC Expected to Accompany Wi-Fi In Wireless Communication Technology Space

11.3 Secure and Short-range Connectivity Boosting Internet of Things and Connected Devices

11.4 Companies Expected to Influence VLC in the Near Term

12.1 The Frost & Sullivan Story

12.2 Value Proposition: Future of Your Company & Career

12.3 Global Perspective

12.4 Industry Convergence

12.5 360º Research Perspective

12.6 Implementation Excellence

12.7 Our Blue Ocean Strategy

•Microelectronics is a highly dynamic and versatile sector that is witnessing high level of technology innovation. The government’s push towards commercialising environment friendly technologies, the consumer’s preference to devices with small form factor and low cost, are primarily driving the innovations in this space. •Emerging microelectronics technologies have the potential to converge efficiently thereby opening up opportunities in across an array of industries. Product differentiation and new product development are potential strategies expected to create high growth opportunities in both new and existing markets. The key differentiating factor is expected to lie with the effectiveness with which players leverage their existing capabilities to enable new product development. •The technology and innovation report covers the top 10 microelectronics technologies that will have highest impact in the near- and medium-term. Key technologies in the cluster were evaluated to arrive at the top 10 technologies for 2017. The technologies were selected after critical evaluation of an exhaustive list of technologies using TechVision's proprietary selection methodology. •The report assesses technologies from various aspects such as patents, funding, applications, megatrend impact, disruptiveness and market potential. The top 10 technologies covered in this report are wearables, OLED Lighting, Next generation data storage, holographic display, micro-LED, wireless charging, rapid charging, smart antenna, flexible hybrid electronics and visible light communication.
More Information
Deliverable Type Technology Research
No Index No
Podcast No
Author Jabez Mendelson
Industries Electronics and Sensors
WIP Number D7C1-01-00-00-00
Is Prebook No