MicroLED Display Technology and Market Outlook Report

• MicroLED efficiency challenges
• Mass transfer technologies
• Yield and defect management strategies
• Color conversion with quantum dots
• Backplanes and driving schemes
• Monolithic displays
• Cost analysis (epiwafers, backplanes, QD color conversion, transfer costs)
• Supply chain scenarios
• Competitive landscape
• Market forecasts to 2026 (shipments and revenues)
  
  Companies Covered:
  • Samsung
  • Apple
  • Facebook
  • LG
  • PlayNitride
  • AUO
  • Foxconn
  • Glo
  • Epistar
  • Aledia
  • Plessey
  • Jade Bird Display
  • CEA-Leti
  • and more

1. Introduction: MicroLED Displays p.6

• What is a MicroLED?
• Why are MicroLED Displays Attractive?
• MicroLED Attributes vs Application Requirement
• Modular & Tiled Displays
• Microdisplays
• MicroLED Displays with Additional Functionalities
• Competitive Landscape: How does MicroLED Stack Up?

2. Overview of MicroLED Display Manufacturing p. 18

• Epitaxy
• Mass Transfer Vs. Monolithic
• Color Conversion
• Tiling of Modules
• Summary of Manufacturing Trends

3. Epitaxy & Chip Manufacturing p.37

• MicroLED Epitaxy
• Sapphire, GaAs Vs GaN on Si
• Chip Manufacturing & Singulation
• Challenges & Infrastructure Requirements

4. MicroLED Efficiency p. 58

• Efficiency Challenges
• Improving MicroLED Performance
• Other Considerations

5. Mass Transfer Processes p.72

• Overview of Mass Transfer Processes
• Stamp Based
• Laser-Assisted
• Continuous/Semi-continuous
• Fluidic Assembly
• Key Players and Status

6. Yield & Defect Management p.114

• Yield Management with Mass Transfer
• Redundancy
• Test and Repair
• Defect Management and Compensation
• Defects in Monolithic Displays

7. Monolithic MicroLED Displays p.133

• Monolithic MicroLED in AR/VR Applications
• Monolithic Integration vs. Hybridization
• Various Approaches to Hybridization
• Sapphire vs. Silicon Wafers
• Challenges with Colors
• Collimation
• Passive Matrix Monolithic Displays
• Summary

8. Color Conversion p.160

• Quantum Dots Color Conversion
• QD Introduction
• QD Color Conversion for MicroLEDs: Advantages & Challenges
• Photolithography Vs Inkjet Printing : Advantages & Challenges
• Key Optical Properties for QDCC: Blue Absorption, External Quantum Efficiency, Color Gamut
• Performance of Nanosys’s High Absorption Core QDs
• Secondary Color Filter
• QDCC for MicroLEDs: Status and Demos
• Phosphors

9. Display Driving and Backplane p.205

• Challenges of Driving MicroLEDs
• Passive Matrix
• Active Matrix
• Microdriver IC

10. Additional Functionality for MicroLED p.226

• Transparent Display
• Flexible Display
• Embedded Sensors

11. MicroLED Cost Analysis p.237

• Epiwafer Consumption
• Backplane Cost
• Mass Transfer Cost
• Color Converter Cost
• Cost Reduction Strategies
• Conclusions

12. MicroLED Supply Chain p.256

• Supply Chain Scenarios
• Samsung
• Apple
• Facebook
• Key Suppliers

13. MicroLED Market Outlook (2020 to 2026) p.282

• Display Market Overview
• Competitive Landscape for Display Technologies
• MicroLED Application Roadmap
• Shipment Forecast
• Revenue Forecast