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Recent advancements have significantly improved the lifespan of OLED TVs, with many manufacturers claiming that OLEDs can last up to 100,000 hours under normal usage conditions. This is comparable to or even longer than traditional LCD TVs, which typically last around 30,000 to 60,000 hours. Burn-in, which is a primary concern with OLED technology, occurs when static images are displayed for extended periods, leaving a permanent mark on the screen, leading to permanent image retention. This can be particularly worrisome for users who display static elements like channel logos and video game interfaces for long periods. While the risk of burn-in exists, it’s important to note that it typically takes a significant amount of time and prolonged use of static content for burn-in to occur. For most users, regular viewing habits and varied content are unlikely to cause burn-in. Additionally, LG has made advancements in mitigating this issue. In the settings menu for the 55-inch Class LG OLED evo AI G5 4K Smart TV 2025 with Supplied Wall Mount, Model # OLED55G5WUA, under OLED Care > OLED Panel Care, you will find settings for Pixel Cleaning, Screen Move, and Adjust Logo Brightness that can improve image quality issues related to image sticking when the screen has been on for a certain amount of time. Pixel Cleaning calibrates potential screen issues when the device is on for an extended period. Calibration takes a minimum of 10 minutes to a maximum of an hour and a half, depending on the model. Screen Move is a feature that moves the screen slightly at regular intervals to prevent image sticking on the display panel. Adjust Logo Brightness, adjusts the luminance of static images such as logos within content to correct potential picture quality issues. The new panel technology for 2025 LG OLEDs has significantly improved the ability to prevent burn-in issues. The four-stack OLED panel developed by LG Display offers a peak brightness of 4,000 nits, which is 33% brighter than the previous generation. This increased brightness allows for more vivid images that are akin to natural human vision, effectively reducing the likelihood of burn-in. Additionally, the new panel design includes a Primary RGB Tandem structure, which sandwiches red and green layers between two blue layers, enhancing the overall brightness and color accuracy of the display, and addresses concerns associated with burn-in and ensuring a longer lifespan for the screens...^Ivan.
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