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1. Development of Global AI Industry Chain
2. Analysis of Cross-Modal Business Opportunities in AI
3. A Breakdown of Hardware Supply Chain
4. TRI’s View
1. Global Overview of the AI Market Development
2. The Necessity of Openness in AI Development
3. Current Applications and Development of AI
4. TRI’s View
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.
As display technology continues to evolve, OLED has emerged as the leading technology for small to medium-sized devices. This is due to its unique features such as being lighter in weight, thinner, and offering higher contrast. Additionally, OLED display panels (OLED panels) can be bent and folded, allowing for the integration of other technologies like in-display (under-display) fingerprint sensors and in-display cameras. With the introduction of foldable smartphones, OLED is not only dominating the smartphone market but also expanding its presence in other applications.
1. Overview of E-paper Display Technology
2. Technical Barriers to Manufacturing
3. Supply Chain Analysis
4. Fields of Application and Industry Outlook
As the COVID-19 pandemic eases, the global car market is undergoing a gradual recovery. At the same time, the number of display panels being equipped in individual cars continues to rise. Due to these factors, global shipments of automotive display panels (automotive panels) are projected to surpass 200 million units by 2023. Furthermore, there is an increasing demand for automotive panels to attain higher specifications and larger sizes. As a result, automotive panels have begun to adopt the TDDI architecture. With advantages such as simplified design and cost savings, the TDDI architecture is expected to eventually become the market mainstream.
There are now opportunities for AMOLED panels to be adopted among emerging EV models and some high-end vehicle models. However, the adoption of AMOLED for automotive displays is still limited by factors such as reliability and lifespan. The penetration rate of AMOLED in the automotive panel market is forecasted to reach 6% by 2026.
1. Display
2. Mini LED/Micro LED/Micro OLED
3. Materials