LG has announced a new OLED manufacturing technology that enables brighter, sharper displays in nearly any size. The advancement addresses key limitations in current panel production.
The new manufacturing process allows LG to produce OLED panels that exceed previous brightness and durability standards while maintaining flexibility in dimensions. The technology addresses longstanding challenges in OLED production, including brightness limitations and panel size constraints that have restricted applications in larger displays.
OLED panels have gained adoption in smartphones, tablets, and televisions due to superior color reproduction and contrast. However, manufacturing larger panels at consistent brightness levels has remained difficult and costly.
LG's breakthrough extends production capabilities across multiple device categories. The improved longevity of panels using this method could reduce degradation issues that have affected OLED displays over extended use periods.
The company did not announce specific launch timelines or device partnerships. Details regarding commercial availability and pricing remain pending. The development positions LG competitively against other display manufacturers pursuing next-generation panel technologies.
Osmosis, a free open-source alternative, lets DJI Osmo Pocket users manage and download footage without relying on the company's closed-source app. Built by developer Konrad Iturbe, the app addresses frustration over bloated official software that sends data to DJI's cloud servers.
Chinese robotics firm Unitree predicts commercial viability for humanoid robots within two years, as the industry shifts focus from entertainment to industrial and household applications.
Sennheiser's new Momentum True Wireless 5 earbuds feature user-replaceable batteries in both the earpieces and charging case, addressing a major sustainability concern for wireless audio devices.
LG Display introduced FLiPP, a new OLED manufacturing process that promises brighter, longer-lasting, and more efficient panels. The technology was unveiled at IMID 2026 on August 19th.