1.1 Research Scope

1.2 Research Methodology

1.3 Research Methodology Explained

1.4 Summary of Key Findings

1.4 Summary of Key Findings (continued)

2.1 VCSEL Attributes Make it an Ideal Light Source for Datacom Applications

2.2 Criteria based Comparative Assessment of VCSEL with Competing Technologies

2.3 Technology Attributes Driving Advancements in VCSELs

3.1 VCSELs Growth Drivers and Industry Challenges Overviews

3.2 Extended Government Support to Drive Advancements for VCSELs in the Long Term

3.3 Limited Number of Suppliers are Capable to Mass-Produce VCSELs and Deliver Quality Products

4.1 Application Diversity of VCSELs

4.2 Industry Prioritization Matrix for Structural Electronics - Technology Disruption Potential vs. Current Development Scenario

4.3 ICT, Manufacturing, and Consumer Electronics Offer High Adoption Potential for VCSELs in the Near Term

4.4 LiDARs and ToF Applications Offer High Adoption Potential for VCSELs in the Medium Term

4.5 In the Long Term MAN and Additive Manufacturing Offer High Adoption Potential for VCSELs

5.1 Patent Trend Analysis and R&D Portfolio Areas

5.2 VCSEL - Patent Landscape

5.3 OEMs Investing Aggressively to Establish New Production Lines in Order to Meet the Growing Market Demand

5.4 Stakeholders Actively Involved in Developing VCSEL Technology

6.1 MOCVD Reactor Developers Poised to Witness Multifold Growth in Business Due to Surge in Demand for VCSELs

6.2 Increasing Support from Government Bodies a Boost for VCSELs

6.3 Stakeholders Establishing Strategic Partnerships to Broaden their Technology Base and Expand their VCSEL Product Portfolio

6.4 Key Industry Participants in VCSEL

7.1 Industry Contacts

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