We are actively seeking impactful presentations for the upcoming Display Korea 2026 event. This conference is dedicated to exploring the latest advancements in OLED technology and micro displays. Whether you represent a company, research institution, or industry association, if you have groundbreaking innovations or valuable insights in the OLED or micro display fields, we invite you to join us as a presenter. This is an excellent opportunity to engage with an enthusiastic audience and contribute to the advancement of these exciting technologies.

If you are interested in participating, please don’t hesitate to contact us at display-korea@ubiresearch.com

Display Korea 2026 Speakers

Michael Hack, Ph.D.
VP of Business Development, Universal Display Corporation (UDC)

Title : Accelerating Industry Growth through Advances in Phosphorescent OLED Performance

Abstract : As devices integrate advanced features, energy consumption increasingly drives design. UDC will present advances in its pioneering energy-efficient, high-performing OLED materials and technologies for diverse applications—smartphones, laptops, monitors, TVs, automotive displays, and beyond—unlocking next-generation display solutions worldwide.

Chang Wook Han, Ph.D.
EVP / Research Director, UBI Research

Title : TBD

Abstract : TBD

Joohan Kim, Ph.D.
Senior Analyst, UBI Research

Title : TBD

Abstract : TBD

Jiwon Rho
Business Development Lead, LetinAR

Title : Recent Trends Behind Immersive Displays: Enabling Technologies for AI Smartglasses

Abstract : Augmented Reality (AR) smartglasses are emerging as a key interface for AI applications, and substantial efforts have been dedicated to realizing lightweight, affordable, and visually compelling devices. This talk explores the recent trends behind immersive AR displays, covering optical architectures, display technologies, sensor integration, and rendering techniques. Plastic reflective waveguides are highlighted as a case study for achieving low weight and cost-efficiency through precision injection molding.

ZhongSheng Luo
GM of Product Development and VP of Sales, Nanosys

Title : TBD

Abstract : TBD

Lynch Wu
Deputy Director, PlayNitride

Title : TBD

Abstract : TBD

Doyoung Byun
CEO, ENJET Co. LTD

Title : AMR Total Repair Platform: Powering the Future of Mini- & Micro-LED Displays

Abstract : Mini and micro-LED technologies have become essential components in the advancement of ultra-high-definition automotive displays, AR glass applications, smart watches, and large-format televisions exceeding 80 inches. As mass production demands escalate, the minimization and remediation of defective pixels remain critical technical challenges for maintaining stable production yields. To address this, we introduce the Automated Multi-functional Repair (AMR) system, which integrates advanced laser trimming and cleaning technologies with ultra-fine electrohydrodynamic (EHD) inkjet printing. This system utilizes high-performance functional nano-inks and a precise one-by-one chip transfer process to achieve high-resolution, uniform repairs. The AMR system features advanced laser modules compatible with multiple bonding methods, including anisotropic conductive film (ACF), solder bumps, and silver paste. Experimental results indicate that EHD inkjet printing can generate conductive bonding pads (ink) as small as 7 μm while maintaining a positional accuracy of approximately 2 μm during the pick-and-place process. Consequently, the system achieved a lighting success rate of 99% for transferred LEDs, confirming its potential to significantly enhance productivity for next-generation display applications.

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TBD, Xianxin

Title : TBD

Abstract : TBD

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TBD, SFA

Title : TBD

Abstract : TBD

Joon Yoon
TBD, INZIV

Title : TBD

Abstract : TBD

Joon Yoon
TBD, Pixelligent

Title : TBD

Abstract : TBD

TBD
TBD, VISTAR

Title : TBD

Abstract : TBD

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TBD, Cambridge Isotope Laboratories

Title : TBD

Abstract : TBD