Samsung Display’s QD-OLED, known for having the best color expression among existing displays, has once again been recognized for its exceptional picture quality by proving superior viewing angles.
Panoramic Head-Up Displays (PHUDs) are once again accelerating the evolution of the automotive cockpit.
Apple’s OLED supply chain for upcoming iPhones is being strategically restructured. The key change is not merely a redistribution of volumes, but rather which supplier takes responsibility for which models.
Visionox and the research team of Professor Lian Duan at Tsinghua University jointly presented research results demonstrating OLED efficiency improvements through ViP™ (Visionox intelligent Pixelization) technology at ICDT 2026 (International Conference on Display Technology).
AUO, which previously focused on the manufacturing of display panels, has by 2026 completely transformed into a massive “Smart Life Solution Group” encompassing Artificial Intelligence (AI), mobility, and optical communications.
The Touch Taiwan 2026 exhibition was held on April 8 at the Taipei Nangang Exhibition Center in Taiwan. Going beyond a simple display event, the exhibition took place as an electronics technology industry event under the theme of “Innovation Together,” covering the fields of smart displays, electronic production equipment, and eco-friendly smart manufacturing.
Following Samsung Display’s demonstration of a laser-drilling-based creaseless panel at CES 2026 and BOE’s disclosure of its creaseless technology at MWC 2026, Visionox unveiled a creaseless foldable module at ICDT 2026
QD-OLED for monitors surpassed a cumulative shipment of 5 million units this March, establishing itself as the ‘new normal’ in the premium monitor market.
At ICDT 2026, Dr. Guomeng Li of Visionox presented the mass production roadmap for panels applying pTSF (Phosphor-assisted TADF-sensitized fluorescence) technology.
At the ICDT 2026 Display Symposium, it was confirmed that Mini/Micro-LED technology is being commercialized alongside technological development by many companies.
At ICDT 2026, BOE presented “Application of ACR Optimization Technology for Wide Viewing Angle in Large-Size OLED Displays,” emphasizing low reflectance and improved ACR (Ambient Contrast Ratio) as key competitive factors for ultra-large OLED displays.
At ICDT 2026, held in Chongqing, China starting March 31, Tianma presented a new direction for mobile OLED competition by emphasizing both high refresh rate and full-screen technologies in smartphone AMOLED displays.
At the ICDT (International Conference on Display Technology), held in Chongqing, China from March 31 to April 3, BOE, Visionox, and Tianma showcased AMOLED technologies emphasizing BT.2020 color gamut as a key performance metric.
At the keynote session of Display Korea 2026, held on March 12–13 and organized by UBI Research, Fu Dong, General Manager of Guangdong Juhua Printed Display Technology (Juhua), delivered a presentation titled “Development of Printed Display Technology.” He introduced the current development status of inkjet OLED technology and outlined its pathway toward commercialization.
Universal Display Corporation (UDC) Vice President Mike Hack delivered a keynote address at Display Korea 2026 on March 12th, presenting the current state of phosphorescent OLED (PHOLED) technology and the key achievements of its next-generation Plasmonic OLED architecture under the theme “Accelerating Industry Growth through Advances in Phosphorescent OLED Performance.”
According to UBI Research’s “2026 Medium & Large Size OLED Display Annual Report,” the medium and large size OLED market is projected to grow from approximately $11.5 billion in 2026 to around $20 billion by 2030. This represents about 74% growth, with a compound annual growth rate (CAGR) of 14.8%.
Hosted by UBI Research, Display Korea 2026 drew attention as a platform where the latest technology trends and value chain of the next-generation display industry—centered on OLED and Micro LED—could be examined at a glance.
Samsung Display has outlined the necessity and direction of FMM-less patterning as a next-generation OLED manufacturing technology.