Special Report

Industry Trends and Technology of Micro-LED Displays for XR Report

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January 19, 2026

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Introduction

Micro-LED is a next-generation display technology, and its commercialization is currently in full swing across various sectors, including TVs, AR glasses, automobiles, and wearable devices. The AI/AR glasses sector, in particular, is poised to reach a turning point, with 2025 marking the beginning of its entry into the consumer market and growth. With the acceleration of AI technology, global big tech and social media companies are continuously promoting AI-based wearable devices as a next-generation core technology following smartphones. Competition in the AI/AR glasses market is expected to intensify.

UBI Research’s newly published report, ” Industry Trends and Technology of Micro-LED Displays for XR,” comprehensively analyzes and summarizes the latest microdisplay products used in smart glasses and glasses for XR. It also summarizes the development trends of Micro-LED microdisplay products by company. Furthermore, it provides a detailed diagram of the core technologies required to manufacture Micro-LED displays for XR, including detailed manufacturing methods, and systematically outlines the various manufacturing processes. For example, this report summarizes technologies for manufacturing LEDoS panels for XR, including substrate bonding methods, mono-color and full-color display manufacturing technologies, and Quantum Dot (QD)-based color conversion technology.

From an industrial perspective, this report provides insight into the product flow of XR smart glasses, the corresponding technological trends, and the development directions of each company. Therefore, it provides insights that can be utilized for various purposes, such as strategic planning, product development, and investment decisions. Furthermore, from a technical perspective, this report will help engineers deepen their understanding of Micro-LED microdisplay technology. For companies, this report will provide valuable reference material for planning the commercialization and future technological development of Micro-LED displays for XR, by providing examples of companies and research institutes that possess the technology or are pursuing commercialization through innovative approaches.

Contents
1. Industry Trends in Smart Glasses for XR and Micro-LED Displays
1.1 Smart Glasses Product Trends for XR
1.2 Micro-LED display technology and product trends

2. Products Development Trends of Micro-LED Displays for XR by Company
2.1 Product development trends of Chinese and Taiwanese companies
2.2 Product development trends of American and European companies
2.3 Product development trends of Japanese companies

3. Fabrication method of Micro-LED display and optical engine assembly process
3.1 Fabrication methods of micro-LED display
3.2 Substrate bonding approaches in micro-LED display fabrication
3.3 Micro-LED display optical engine assembly process

4. Mono-color Micro-LED Display using Hybrid Bonding Methods
4.1 Basic fabrication process for mono-color micro-LED chip array
4.2 Fabrication method for mono-color micro-LED display using die-to-die hybrid bonding
4.3 Fabrication method for mono-color micro-LED display using die-to-wafer hybrid bonding
4.4 Fabrication method for mono-color micro-LED display using wafer-to-wafer hybrid bonding

5. Mono-color Micro-LED Display using Full Wafer Bonding Methods
5.1 Basic fabrication process for full wafer bonding
5.2 Development case of the mono-color micro-LED display using full wafer bonding

6. Full-color Micro-LED Display using Multiple Stacking and Bonding Methods
6.1 Full-color display using multiple adhesive bonding method
6.2 Full-color display using 2D materials-based layer transfer method
6.3 Full-color display with vertical stacking method using multiple metallic bonding

7. Full-color Micro-LED Display using Monolithic Integration Methods
7.1 Monolithic full-color display using multi-layer epitaxial method
7.2 RGB monolithic GaInN-based micro-LED arrays connected via tunnel junctions
7.3 Eu-doped GaN and InGaN-based RGB monolithically stacked full-color micro-LEDs
7.4 Monolithic RGB micro-LED display using QD color conversion method

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