Advancements in screenless displays have created opportunities for display manufactures to discover a wide range of solutions for multiple applications. Miniaturization of electronic components, advancements in wireless communications and navigation, and adoption of smart devices across various industries is expected to fuel advancements in the screenless display industry.
Advancements in screenless displays can have a high impact across various applications. Though construction of 3D images, evolving form factors, and high data privacy features may drive opportunities, high initial investment and lack of consumer awareness are some of the key factors that hinder widespread adoption. This technology and innovation report focuses on capturing developments in visual image, virtual retinal, and synaptic interface screenless display forms. The report also includes other screenless display forms- holographic displays, heads-up displays, smart eye wear, and brain-computer interface.
Key questions addressed in the technology report:
- What are the various categories of screenless displays?
- What are the different types of screenless display solutions that can be adopted in various applications?
- What are the factors influencing adoption of screenless display?
- What are the key patent and funding trends?
- What are the key innovations propelling R&D in screenless displays?
- What is the R&D pipeline for screenless displays?
1.1 Research Scope
1.2 Research Methodology
1.3 Research Methodology Explained
1.4 Key Findings: Visual Image, Virtual Image, and Synaptic Interface are Key Focus Areas
1.5 Key Findings: Head-up Display, Smart Eyewear, and BCI
2. Technology Landscape Assessment
2.1 Energy Efficiency, Enhanced Privacy, High Portability, and Wide Viewing Angle Drive Screenless Displays’ Adoption
2.2 Key Platform Technologies - Visual Image, Virtual Retinal, and Synaptic Display
2.3 Key Forms of Screenless Display - Holographic Displays, Head-up Displays, Smart Eyewear and Brain-computer Interfaces
2.4 Data Security, High Resolution, 3D Image Construction, and Form Factor are Four Key Adoption Driving Factors
2.5 High Investment, Regulations, Consumer Awareness, and Commercialization Timeframe are Key Challenges Hindering Adoption
2.6 Impact of Key Megatrends
2.7 Support from the Entire Ecosystem for Propelling Commercialization
3. Visual Image Display – Holographic Display
3.1 Interactive 3D Images Enabled by Holographic Displays Offer Enhanced User Experience
3.2 Four Key Trending Applications of Holographic Displays
3.3 North American and Asia Pacific Regions Expected to Gain Technological Dominance in the Holographic Display Market
3.4 Funding Trends Indicate Focus on Commercialization of Advanced Techniques Enabling 3D Holographic Displays
3.5 Key Industry Initiatives in Holographic Display
3.6 Key Players
3.7 Retail and Commercial Sectors Offer Growth Opportunities for Holographic Displays
4. Visual Image Display - Head-up Displays
4.1 Heads-up Display - Automotive and Aviation are Potential Attractive Sectors
4.2 Aviation, Military and Defense, Automotive, and Consumer Electronics are Key Applications
4.3 The US and China Have Strong Technological Leadership in Heads-up Screenless Displays
4.4 Key Funding Trends
4.5 Initiatives Encouraging Adoption Of Head-up Display
4.6 Head-up Display Initiatives finds Acceptance in Various Applications
4.7 Technological Advancements such as Night Vision Capabilities can Expand Application Scope
5. Virtual Retinal Display–Smart Eyewear
5.1 Increasing Interest for Smart Eyewear
5.2 Education, Healthcare, Entertainment, Sports are Attractive Applications
5.3 China and the US Lead the World in the Number of Patents Filed and Granted for Smart Eyewear
5.4 Funding Primarily Focused on Hastening the Commercialization Activities
5.5 Initiatives Encouraging Adoption Of Smart Eyewear
5.6 Smart Eyewear Initiatives Finds Acceptance In Various Applications
5.7 Advancements in AR and VR can Open up Newer Opportunities
6. Synaptic Interface Display - Brain-computer Interface
6.1 Brain-computer Interface - An Emerging Screenless Display Technology
6.2 Healthcare, Consumer Electronics, Neuromarketing, and Education are Key Attractive Applications of BCI
6.3 China Expected to Lead the World in Advancements in the Future
6.4 Government Agencies Heavily Funding BCI Advancements
6.5 Initiatives Encouraging Adoption of Brain-computer Interface
6.6 BCI initiatives Finds Acceptance in Various Applications
6.7 Healthcare can be Attractive Application
7. Technology Roadmap and Growth Opportunities
7.1 Technologies/Applications Influenced by Screenless Displays– Roadmap
7.2 Growth Opportunities – Technology Capability and Future Opportunities
7.3 Key Questions for Strategy Planning
8. Key Patents and Industry Contacts
8.1 Key Patents- Holographic Display
8.2 Key Patents- Heads-up Display
8.3 Key Patents- Smart Eyewear
8.4 Key Patents- Brain Computer Interface
8.5 Industry Contacts