Core Insights - Micro-LED technology is recognized as the "next generation micro-display technology" due to its high brightness, efficiency, and longevity, making it suitable for smart glasses, smartwatches, and automotive displays [1] - The commercialization of Micro-LED is accelerating as key technological breakthroughs, capacity enhancements, and cost reductions are being achieved [1] Industry Trends - The application boundaries of Micro-LED technology are rapidly expanding, with significant breakthroughs in various fields this year, indicating a move towards a "harvest moment" for the technology [1] - In the automotive display sector, Micro-LED technology is overcoming challenges such as color deviation at high temperatures, with adaptive headlights showcasing high resolution and improved safety for night driving [1] Product Developments - Smart glasses are the primary battlefield for Micro-LED applications, with notable products like the X3Pro glasses from Thunderbird Innovation featuring a peak brightness of 6000 nits and a 95% reduction in rainbow artifacts [2] - Garmin has also launched a smartwatch equipped with a Micro-LED display, contributing to the anticipated growth of the Micro-LED chip market, projected to reach $461 million by 2029 [2] Company Initiatives - Companies like BOE Technology Group and Tianma Microelectronics are making strategic advancements in Micro-LED technology, with BOE's manufacturing and testing base set to achieve mass production by March 2025 [3] - Thunderbird Innovation has successfully combined Micro-LED's high brightness and low power consumption with optical waveguide technology to produce full-color Micro-LED waveguide AR glasses [4] - Industry experts emphasize the need for companies to enhance R&D efforts and strengthen supply chain integration to maintain competitive advantages in the Micro-LED sector [4]