RAONTECH and SN Display Sign Agreement to Develop Perovskite Displays

1 reports1 reporting sourcesUpdated 14 days ago

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South Korean companies RAONTECH and SN Display have signed an agreement to jointly develop perovskite-based displays specifically designed for augmented and virtual reality glasses. According to reporting from Holographica, the partnership focuses on creating color conversion technology that enables these next-generation display solutions. The collaboration marks a strategic move by both firms to advance display capabilities within the AR/VR sector using perovskite materials. As of the latest update on October 19, 2026, the primary objective remains the joint development of this specialized technology, with no further details provided regarding specific timelines or product launch dates in the available reports.

AI-generated from reporting · updated 14 days ago

Latest development10-19 22:10

RAONTECH and SN Display have officially signed an agreement to jointly develop perovskite-based displays for AR/VR glasses.

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10-19

22:10
Holographica / Голографика
RAONTECH and SN Display Sign Agreement to Develop Perovskite Displays for AR/VR Glasses
South Korean companies RAONTECH and SN Display have signed an agreement to jointly develop perovskite-based displays for augmented and virtual reality glasses. The partners aim to create color conversion technology enabling full-color images on a single microLED panel with pixel sizes under 4 micrometers. This approach addresses challenges in placing red, green, and blue LEDs on small substrates and limitations of existing quantum dot solutions regarding brightness and scaling. SN Display proposes using perovskite nanocrystals that reportedly maintain high color conversion efficiency at layer thicknesses below 0.5 micrometers. In January 2026, a Seoul National University research group involving SN Display demonstrated stabilized perovskite nanocrystals achieving nearly 100% photoluminescence quantum yield. Currently, the companies are assessing technical feasibility; timelines for prototypes or commercial production remain undisclosed.