• Since 2024 eXtended Reality Korea and 2024 OLED Korea will be held in parallel, you can attend both by registering for one event.
• Click the button below to download the full conference schedule!

Tutorial: March 27
The Future of Extended Reality (XR): At Perspective of Display Backplane Technology, Hyun Jae Kim, Yonsei University
Introduction to Micro-LED display technology, Dae-Gyu Moon, Soonchunhyang University
Key Technologies to Realize Next-generation OLED Displays, Changho Noh, UBI Research

Keynote: March 28
AR/VR Development Strategy for Future Display, Sug Woo Jung, Samsung Display
Life with OLED, Daniel Lee (Tai Jong Lee), LG Display
Automotive Display / HUD Trend and Future Display, Sungyi Kim, Hyundai MOBIS

Keynote: March 29
OLED and XR industry outlook, Choonghoon YI, UBI Research
Next-Gen Mixed Reality: New Horizons for Spatial Computing, Alexey Menshikov, Fortell Games

OLED Korea: March 28
UDC’s Phosphorescent OLED Innovation Roadmap, Michael Hack, UDC
Valley-centre tandem perovskite light-emitting diodes, Tae-Woo Lee, Seoul National University
A Single Backplane Technology for AMOLED Smartphones, Tablets and TVs, John Brewer, Amorphyx
Progress, Challenge and Opportunities in Oxide TFTs for Application from AMOLED to AR/VR/Semiconductor Chips, Jae Kyeong Jeong, Hanyang University
IT and Automotive Display Technology Trends, Chang Wook Han, UBI Research

OLED Korea: March 29
Runto [TBD]
Accelerating OLED materials R&D through multi-scale modeling, Franco Egidi, Software for Chemistry & Materials
Realization of organic semiconductor electroluminescent device with unprecedented emission combining both high directionality and high color purity, Fatima Bencheikh, KOALA Tech
A novel deep-blue OLED emitter approach combining efficiency and stability by using intra-metallic lanthanide emitters., Jan Blochwitz-Nimoth, beeOLED
Novel p-dopant concepts for unprecedented freedom in OLED stack design: low absorption and tunable doping strength, Julia Stolz, CREDOXYS

eXtended Reality Korea: March 28
Display Projects at Holoptic, Fedor Dimov, Holoptic
The road to mass production of MicroLED display, Yun-Li (Charles) Li, PlayNitride
Precise Metrology in Diffractive AR Waveguide Mass Production Process: Lessons and Innovations from OptoFidelity, Pekka Laiho, Optofidelity
Design Diversity: Emerging Trends in microLED Chip Architecture, Metrology, and Inspection, David Lewis, Inziv
Optical quality control of a VR headset at different production stages, Yangjae Ha, Instrument Systems

eXtended Reality Korea: March 29
MicroLEDs in 2024: technology, industry, and market overview, Zine BOUHAMRI, Yole Group
USING AR MIRRORS AND XR FOR OFFLINE TO DRIVE FASHION, BEAUTY, AND FMCG RETAIL SALES, Dmytro Kornilov, FFFACE.ME
Global Trends and developing the XR Device Industry in Korea, Sung-jin Kim, KIET
Overview of Optical See-through AR Display Architectures, Hiroshi Mukawa, Sony Group Corporation
Unlocking the Potential of AR/VR Technology through the Innovations at Merck, Norihiko Tanaka, Merck Electronics
DTL: a High-Throughput, High-Fidelity Optical Lithography Method for Fabrication of Waveguide Combiners for Augmented Reality, Harun Solak, Eulitha
CMOS Backplane Technology and Its Challenge for µLEDoS AR/XR Display, MYUNGHEE LEE, Sapien Semiconductors
Microdisplays for XR and various applications, BRIAN KIM, RAONTECH
Unlocking New Possibilities: Nanoimprint Lithography for AR/VR/XR Waveguide Fabrication, Patrick Schuster, EV group
OLED Color Patterning Technologies for AR/VR and IT Displays, Chiwoo Kim, APS
High Resolution Evaporator For 10Kppi OLEDoS Microdisplay., Chriss Changhun Hwang, OLEDON