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SEOUL, Korea (February 26, 2026) – LG Display, the world’s leading innovator of display technologies, today announced that all of its large-sized OLED panels, including those for TVs and monitors, have been recognized for their “perfect dimming technology” – earning the industry’s first “100% dimming consistency” verification from UL Solutions, a global leader in applied safety science. This performance, as validated by UL Solutions, objectively demonstrates the superiority of OLED’s pixel-level dimming.

Dimming consistency refers to a measurement method that evaluates, in percentage terms, how effectively a display reproduces content based on its brightness performance. A reference area is set in the center of the screen and is gradually reduced from 1/10 of the panel to 11/1000, 5/1000, and finally 2/1000. The results are expressed as a percentage: if the maximum and minimum brightness values remain the same throughout the process, dimming consistency is 100%. Conversely, as the value decreases, it means that there is light intensity variation within the same screen. In such cases, brightness differs depending on the position of the light source, even for the same color.

LG Display’s OLED maintained the same brightness performance even as the test reference area decreased, achieving a dimming consistency rate of 100%. In contrast, LCD-based panels became dimmer as the test reference area shrank, with dimming consistency dropping from a maximum of 83% to as low as 43%.

This is due to differences in emission methods. Because OLED panels emit light at the pixel level, with pixels measuring only about 0.1 mm², they can maintain brightness even when the test reference area is reduced, reproducing natural colors and clearly distinguishing color boundaries. This means they can faithfully express the content creator’s original intent.

By comparison, RGB Mini LED, the latest LCD TV technology, relies on backlight blocks that are 160,000 to 830,000 times larger than the pixels of an OLED panel, revealing limitations in reproducing natural colors. As brightness diminishes toward the edges of the backlight blocks, it becomes difficult to clearly distinguish color boundaries, resulting in reduced color accuracy. Light bleeding, known as the halo effect, may also occur. (See Photo 1)

With the halo effect, light leaks from the boundaries of the backlight blocks of an LCD panel, causing the image to appear hazy. For example, when a bright star in a dark sky is smaller than the area of a backlight block, the boundary between the starlight and the dark sky may not be rendered clearly, making the image appear blurred. (See Photo 2)

This further highlights OLED as the optimal display for connecting humans and AI. In the AI era, high luminance, high resolution, and high color gamut performance are essential – enabling brighter, sharper, and more accurate color reproduction. Having achieved 100% dimming consistency, OLED can deliver the rich visual information generated by AI in a natural and precise manner.

LG Display plans to further strengthen its large-sized OLED leadership based on this world-leading OLED technology. The company’s new OLED TV panel applies its proprietary “Primary RGB Tandem 2.0” technology, which emits light by stacking the three primary colors of light – red, green, and blue – in independent layers. It delivers a peak luminance of up to 4,500 nits (one nit equals the brightness of a single candle) and incorporates technology that absorbs and disperses light rather than reflecting it, achieving the lowest reflectance level (0.3%) among existing displays.

Hyeon-woo Lee, Head of LG Display’s Large Display Business Unit, said, “We have objectively identified why OLED appears brighter and clearer. Through this verification, we can more clearly explain to customers that OLED’s pixel dimming technology, which maintains 100% dimming consistency, is the optimal choice in the AI era.”

* Photo 1: Structural comparison between LCD displays with dimming zones organized in blocks (RGB Mini LED TV panel left, LED TV panel center) and an OLED TV panel (right) where pixels emit light independently.

* Photo 2: Comparison between an OLED TV panel (right) that emits light at the pixel level and an LCD TV panel (left) that relies on local dimming in blocks.

SEOUL, Korea (Jan. 28, 2026) – LG Display today reported unaudited earnings results based on consolidated K-IFRS (International Financial Reporting Standards) for the three-month period ending December 31, 2025.

■ Revenues in the fourth quarter of 2025 increased by 4% to KRW 7,201 billion from KRW 6,957 billion in the third quarter of 2025 and decreased by 8% from KRW 7,833 billion in the fourth quarter of 2024.
■ Operating profit in the fourth quarter of 2025 stood at KRW 169 billion. This compares with the operating profit of KRW 431 billion in the third quarter of 2025 and with the operating profit of KRW 83 billion in the fourth quarter of 2024.
■ EBITDA in the fourth quarter of 2025 was KRW 1,162 billion, compared with EBITDA of KRW 1,424 billion in the third quarter of 2025 and KRW 1,306 billion in the fourth quarter of 2024.
■ Net loss in the fourth quarter of 2025 was KRW 351 billion, compared with the net profit of 1 billion in the third quarter of 2025 and with the net loss of KRW 839 billion in the fourth quarter of 2024.

LG Display achieved annual cumulative revenues of KRW 25.8 trillion and operating profit of KRW 517 billion, marking its first return to full-year profitability in four years.

After reducing its losses by approximately KRW 2 trillion in 2024 compared to 2023, the company delivered an additional performance improvement of around KRW 1 trillion in 2025. This reflects the results of LG Display’s ongoing efforts to advance its OLED-centric business structure, drive cost structure innovation, and enhance operational efficiency.

In particular, despite significant external uncertainties and heightened volatility in downstream markets, the company achieved a turnaround to operating profitability by increasing the proportion of OLED among revenues and vigorously pursuing improvements in its management fundamentals.

OLED products accounted for a record-high 61% of total revenues in 2025. The OLED revenue share has shown consistent growth, rising from 32% in 2020, to 40% in 2022, and 55% in 2024. In 2025, LG Display’s exit from the large-sized LCD business further accelerated its strategic shift from LCD to OLED.

TV panels accounted for 19% of annual revenues in 2025, while those for IT devices including monitors, laptops, and tablet PCs accounted for 37%. Panels for mobile and other devices accounted for 36% and automobile panels accounted for 8% of revenues.

In 2026, LG Display plans to leverage AX (AI transformation) to continuously enhance its technological and cost competitiveness, while further strengthening management and operational efficiency to build a stable and sustainable profit structure.

In its small- and mid-sized display business, the company aims to deliver sustained performance growth underpinned by differentiated technology leadership. In the mobile segment, it will efficiently utilize its enhanced technological and production capabilities to capture new demand, while progressing its future-readiness initiatives without disruption. In the IT segment, it will strengthen business competitiveness by continuing to reduce low-profit products and advance cost structure innovation, while serving premium customers with differentiated, technology-driven offerings.

With regard to its large-sized display business, LG Display will further expand its lineup of TV and Gaming OLED panels with enhanced differentiated value, strengthening its position in the premium market. Leveraging world-leading technology and product competitiveness, such as new OLED TV panels featuring Primary RGB Tandem 2.0 technology and a 27-inch Gaming OLED panel delivering the industry’s first 720Hz ultra-high refresh rate, the company will maximize performance through close collaboration with customers.

The company also plans to continuously maintain its competitive advantage and create customer value in its automotive display business, leveraging its market-leading position and differentiated product and technology portfolio.

“Although external uncertainties persisted in 2025, we were able to achieve a return to full-year profitability by focusing on advancing our business structure and enhancing operational efficiency,” said Sung-hyun Kim, CFO and Executive Vice President of LG Display. Kim added, “This year as well, the company will continue to focus on strengthening our transformation into a technology-driven company and building a sustainable profit structure to further expand our performance.”

SEOUL, Korea (January 4, 2026) – LG Display, the world’s leading innovator of display technologies, will showcase a full lineup of strategic OLED products built on its world-leading technology at CES 2026.

During the show, the company will operate two separate exhibition booths — a large-sized OLED booth at the Conrad Hotel and an automotive display booth in the West Hall of Las Vegas Convention Center (LVCC).

This year’s exhibition theme is “Display for AI, Technology for All.” It reflects LG Display’s commitment to presenting display technologies optimized for the AI era and expanding OLED adoption so that more consumers can enjoy a differentiated visual experience.

At the show, the company will present its full lineup of large‑sized OLED products featuring world‑first and best-in-class technologies, along with premium automotive display solutions optimized for the evolution of Software‑Defined Vehicles (SDVs).

■ Full lineup of large‑sized OLED displays featuring world‑first and best‑in‑class technologies including panels for TVs, gaming monitors, and more

In the large‑sized OLED booth at the Conrad Hotel, LG Display will unveil a new OLED TV panel that represents the pinnacle of OLED picture quality innovation.

It features Primary RGB Tandem 2.0, an advanced version of LG Display’s proprietary Primary RGB Tandem technology, which generates light by stacking the three primary colors of light (red, green, and blue) in independent layers. By incorporating an even more refined pixel structure and advanced algorithms, it maximizes light efficiency.  

As a result, the new OLED TV panel achieves a peak brightness of up to 4,500 nits. It also incorporates advanced light-absorption and diffusion technology to minimize reflections, delivering the lowest reflection rate among existing displays of just 0.3 percent.

In addition, LG Display will reveal a diverse range of products for the high‑end gaming monitor market, including a 27‑inch panel that is the first OLED display to achieve an ultra‑high refresh rate of 720 Hz, as well as a 39-inch Gaming OLED panel offering top‑tier 5K2K resolution.

Starting this year, the company will expand the application of Primary RGB Tandem 2.0 beyond OLED TV panels to its full lineup of Gaming OLED panels, enabling monitor displays that achieve a peak brightness of up to 1,500 nits.

■ Comprehensive lineup of premium automotive display solutions optimized for evolving SDVs in the AI era

In the West Hall of the Las Vegas Convention Center (LVCC), which houses mobility technologies, LG Display will exhibit a variety of innovative automotive display products for global automakers and automotive component manufacturers, including Pillar‑to‑Pillar (P2P) automotive displays and a new Slidable OLED designed to capture the trend toward larger automotive screens.

LG Display will debut an OLED-based P2P display for the first time at CES 2026. Spanning from the driver’s seat to the front passenger seat, this 51-inch ultra-large display is implemented as a single panel, enabling personalized infotainment experiences for each occupant. It maximizes both touch performance and aesthetics while delivering OLED’s outstanding picture quality.

LG Display is able to mass produce automotive P2P displays using multiple technologies, including OLED, Low‑Temperature Polycrystalline Silicon (LTPS) LCD, and Oxide TFT LCD.

Also for the first time, the company will demonstrate a new concept that applies a Slidable OLED display to the front dashboard. Leveraging plastic OLED (P‑OLED) — which is thin, flexible, and offers ultra‑high picture quality — part of the display can be rolled with a curvature of 30R (a circle with a 3cm radius) and hidden inside the dashboard. Drivers may use it for navigation and other functions while driving, then expand it to a 33‑inch display when parked or during autonomous driving.

LG Display will additionally introduce a range of next‑generation mobility display technologies, including micro‑LED‑based transparent and stretchable displays.

Meanwhile, by participating in CES 2026, the company seeks to expand business engagement with global customers by presenting a diverse range of display solutions. Through this effort, LG Display aims to highlight its differentiated product and technology competitiveness and further enhance its overall business capabilities across all areas.

SEOUL, Korea (December 23, 2025) – LG Display, the world’s leading innovator of display technologies, announced today that it will debut the world’s first 27-inch 4K OLED panel for monitors featuring an RGB stripe structure and a 240Hz refresh rate at CES 2026, the world’s largest IT and consumer electronics exhibition.

The RGB stripe structure arranges the three primary color subpixels — red, green, and blue — in a straight line, significantly reducing visual distortions such as color bleeding and fringing, even at close viewing distances.

Although OLED panels using the RGB stripe method existed before, their maximum refresh rate reached around 60Hz, making them unsuitable for use as gaming monitors.

LG Display’s new panel is the first in the world to achieve a 240Hz refresh rate while maintaining an RGB stripe structure. It incorporates the company's specialized Dynamic Frequency & Resolution (DFR) technology, allowing users to directly switch between high-resolution (UHD 240Hz) and high-refresh-rate (FHD 480Hz) modes.

This product’s high refresh rate not only delivers optimal performance in first-person shooter (FPS) games and other applications that require rapid screen transitions, but it is also optimized for operating systems such as Windows and for font-rendering engines, ensuring excellent text readability and high color accuracy. Featuring a high pixel density of 160 pixels per inch (ppi), this panel additionally provides exceptional detail and precision.

With its plan to initially introduce the new pixel structure in its high-end gaming and professional monitor panels, LG Display will actively promote the technology at the upcoming CES 2026 as part of its strategy to expand its customer base and product lineup.

Existing high-end Gaming OLED monitor panels have primarily used RGWB structures, which include a white subpixel, or configurations where RGB pixels are arranged in a triangular pattern.

As LG Display developed its new pattern optimized for monitor use, it applied various new technologies — such as increasing the aperture ratio, which is the proportion of the pixel area that emits light. As a result, it achieved the world first of implementing both an RGB stripe structure and a high refresh rate simultaneously.

The company is actively targeting the high-end monitor market, mass-producing about 30% of the panels for the OLED monitor global market. In particular, among Gaming OLED panels currently in mass production, LG Display holds the world’s top titles in all major specs — including highest refresh rate, response time, and resolution — affirming its overwhelming technological leadership.

“Technology is the foundation of leadership in the rapidly growing OLED monitor market,” said Lee Hyun-woo, Head of the Large Display Business Unit at LG Display. He added, “We will continue to strengthen our global leadership by focusing on differentiated technologies compared to competitors, technologies that customers want, and technologies with strong business potential.”

SEOUL, Korea (December 08, 2025) – LG Display, the world’s leading innovator of display technologies, announced today that it has become the first automotive display maker to obtain cybersecurity certification, confirming its leadership in the era of Software-Defined Vehicles (SDVs).

UL Solutions, a global leader in applied safety science, issued the Cybersecurity Assurance Program Certificate for ISO-SAE 21434:2021, Road Vehicles – Cybersecurity Engineering to LG Display for its latest Automotive OLED products, which are set for mass production next year.

The ISO/SAE 21434:2021 standard verifies whether automotive original equipment manufacturers and suppliers have established processes to manage and respond to cybersecurity risks throughout entire product lifecycles, including development, production, supply, and disposal.

To demonstrate its differentiated customer value in the automotive and mobility markets, LG Display became the first display manufacturer to proactively obtain this certification. The company underwent verification for designing displays to resist hacking from the development stage, as well as for incorporating circuit‑level security enhancements during production. This is in turn expected to strengthen the company’s global competitiveness in product bids.

This achievement stems from LG Display's efforts over the past year to establish a dedicated cybersecurity organization, continuously enhance its cybersecurity capabilities for user safety, and advance its development and production systems. These measures have strengthened not only the competitiveness of its automotive display products and technologies but also its stable supply capacity.

Following the acquisition of certification for its new Automotive OLED scheduled for mass production next year, the company plans to actively leverage its new product development and production system that meets cybersecurity certification requirements.

As the automotive industry shifts to SDVs, cybersecurity certifications have become increasingly critical. In Europe, which is leading automotive security standards, cybersecurity standard certification is needed for automakers, while the requirement is being increasingly applied to component suppliers, too.

Automotive displays, in particular, play a crucial role as a primary interface connecting a vehicle’s software systems with the driver. Drivers check information via digital instrument clusters and operate infotainment systems such as navigation and media on central display panels.

“This initiative reflects our commitment to responding promptly to customer needs and delivering differentiated value,” said Kwon Geuk‑sang, Head of Auto Business Group at LG Display. He added, “We will continue to strengthen our leadership in the premium automotive display market.”