• 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
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