LG Display Announces Mass Production of World’s First Gaming OLED Panels With Switchable Refresh Rate & Resolution

LG Display is all set to mass-produce its cutting-edge gaming OLED panels, featuring adjustable refresh rates and resolutions.

LG Decides To Take OLED Panels To A Whole New Level, Allowing Users To Switch Refresh Rate & Resolution On The Go

[Press Release]: LG Display, the world's leading innovator of display technologies, announced today that it has developed the first-ever Gaming OLED panel with a switchable refresh rate and resolution. The company has begun mass production of the 31.5-inch panel this month, accelerating its push into the high-end gaming display market with new concept products.

Related Story Microsoft Patent Reveals Brand New Dimming Tech For Displays, Allowing Gamers To Control Pixels Individually

This groundbreaking Gaming OLED panel allows users to freely choose between a high refresh rate (FHD∙480Hz) and a high-resolution mode (UHD∙240Hz) depending on the content.

In high refresh rate mode, users can enjoy games where speed and screen changes are particularly important, such as first-person shooter (FPS) or racing genres. Switching to high-resolution mode offers an exceptionally immersive experience watching movies with rich visual effects or high-definition 4K content. By comparison, conventional panels have a fixed resolution even when the refresh rate is changed, limiting their versatility for multiple applications.

Refresh rate refers to the number of images displayed on a monitor per second, while resolution represents the number of pixels that a screen can show. The higher the refresh rate, the smoother and sharper the images appear even during fast screen transitions, while a higher resolution enables more precise video and image quality.

LG Display's advanced solution is Dynamic Frequency & Resolution (DFR), its own independently developed new technology. With the arrival of DFR, users can choose which to prioritize between refresh rate and resolution by adjusting the image processing speed. IT has been applied for the first time with