Chapter I. Micro LED Toatl Market Analysis
Chapter II. Micro LED Substrate Material and Technology Analysis
Chapter III. Micro LED Large-Sized Displays
Chapter IV. Micro LED Small and Medium Displays
4.1 Wearable Devices
4.2 Head-mounted Devices
4.3 Automotive Display
Chapter V. Micro LED Commercial Development Analysis
Chapter VI. Micro LED Manufacturer Dynamic Updates
Chapter I. Micro LED Market Analysis
Chapter II. Micro LED Technology Development
2.1 Micro LED Mass Transfer Technology Development
2.2 Micro LED Inspection Technology Development
Chapter III. Micro LED Large-Sized Displays Market Analysis
Chapter IV. Micro LED Wearable Display Market Analysis
Chapter V. Micro LED Automotive Display Market Analysis
Chapter VI. Micro LED Player Dynamic Updates
OST, or Optical See-Through, is a technology primarily used in augmented reality (AR) systems that allows the eyes to perceive both the real world and virtual images on a transparent display simultaneously. In the future, most AR developments are expected to revolve around OST display technology. Due to the influence of ambient light on OST, the brightness performance of Micro OLED, which is based on organic materials, is limited in OST displays. Micro LED, on the other hand, not only meets multiple OST requirements simultaneously but is also the only current technology capable of challenging the goal of reducing micro-projection light engine sizes to less than 0.5 cubic centimeters. As a result, the technology has garnered a significant amount of attention in the market.
In 2023, the chip production value of Micro LED for AR glasses was US$600,000. With ongoing technological breakthroughs and the gradual release of related applications, this value is forecasted to escalate to US$50 million by 2027. This projection excludes the value derived from CMOS substrates, bonding materials, and the intricate equipment involved in Micro LED manufacturing.
