Gaming on the CLEAR TV Prototype!
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The video documents Linus Tech Tips’ hands-on experience with a prototype transparent OLED display from LG Display, demonstrated outside the usual controlled showroom environment. The host travels to LG’s facilities in South Korea and sits down with an engineer to unpack how the transparent panel works, including the challenges of aligning the pixel-driving circuitry behind self-emissive pixels. The presentation showcases practical use cases like gaming content fed from a PC, with the transparent screen providing a vivid, bright image that remains see-through when looked at from certain angles. The discussion contrasts transparent OLED with transparent LCD, highlighting higher transparency potential on OLED due to fewer layers and no backlight, while acknowledging the early stage of the technology and the ongoing development required to optimize light transmission and visibility. Throughout, the video explores real-world applications from signage and storefronts to two-way mirrors and even car windshields, inviting viewers to imagine future form factors and interactions while clearly noting this remains a prototype rather than a consumer-ready product.
Topics · technology · display technology · prototypes · consumer electronics · science & tech · hardware demonstrations
Questions answered
- What makes a transparent OLED display different from a traditional OLED TV in terms of transparency?
- Transparent OLED displays achieve higher transparency by eliminating backlight and reducing layering, relying on the self-emissive OLED pixels and minimal supporting circuitry. This allows more light to pass through when the display is viewed from the back, though achieving maximal clarity at all angles is still a development challenge.
- What are some practical applications discussed for transparent displays beyond watching content?
- Potential applications include retail signage, interactive storefronts, two-way mirrors for augmented experiences, smart mirrors, and even adaptive car windshields or heads-up displays, where the display can remain see-through or switch to opaque as needed.
- What was demonstrated in the video regarding PC or console connectivity to the transparent display?
- The setup included a gaming PC connected via HDMI to a control box, allowing real-time gameplay on the transparent display, with the host comparing the visibility of the image from different viewpoints and noting how elements behind the display become visible or opaque depending on focus and lighting.