LG Display presents world's best OLED technologies alongside historic firsts at K-Display 2025

Core Insights - LG Display is showcasing its innovative display technologies at K-Display 2025 in Seoul, emphasizing its leadership in OLED technology under the theme "Shaping the Future" [1] - The exhibition features a variety of products, including large, medium, and small-sized panels, as well as automotive displays [1] OLED Innovations - The OLED Heritage exhibition highlights LG Display's journey in OLED technology, starting from the 15-inch OLED panel prototype in 2009 to the latest fourth-generation OLED advancements [2][3] - The newly unveiled 83-inch OLED panel utilizes fourth-generation technology, achieving a maximum brightness of 4,000 nits through Primary RGB Tandem technology [4] - A comparison of picture quality between previous generations and fourth-generation OLED panels is demonstrated, showcasing superior three-dimensionality and color reproduction [5] High-Performance Displays - LG Display introduces the world's fastest OLED monitor panel, a 540Hz 27-inch OLED panel that can reach up to 720Hz refresh rate, with 99.5% DCI-P3 color reproduction and a maximum brightness of 1,500 nits [6] - The 45-inch 5K2K OLED panel is highlighted as having the highest resolution among existing OLED monitor panels, enhancing the gaming experience [7] Automotive Display Technologies - The exhibition includes a 57-inch Pillar-to-Pillar LCD, the largest automotive display available, and a 32.6-inch Slidable OLED that unfolds when needed [8] - A 47.8-inch LTPS LCD with Switchable Privacy Mode technology is showcased, allowing for privacy adjustments in vehicles [9] - The world's first jog dial for vehicles, utilizing a Stretchable display that can stretch up to 53%, is also introduced [9] Future Technologies - A 14-inch Tandem ATO display featuring LG Display's Tandem structure is presented, offering high brightness with low power consumption [10] - The company emphasizes its commitment to sustainable technological competitiveness and R&D capabilities for future technologies [12]