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Transparent display:Customizable 3D effect, touch interaction, high transparency, fully automatic, and adjustable Cool and interesting, clear and bright, giving customers a dreamy sense of technology
Features: OLED self-illumination, brightness: 400nit, response time: 8ms, 10-point capacitive touch, Ultra Wide Viewing Angle, Full HD, Full Motion Video, Optically Bonded Front Protective Glass, Brightness Compensation and Image Optimization, Bright, Vibrant Colors, Brightness Compensation and Image Optimization, Customizable, Free Design Clear and bright full-color display AR anti-reflection processing, clear and non-reflective images, 107 million colors, full-color display without distortion, presenting more cool elements. High reliability, high stability, long lifespan Industrial-grade power modules are adopted, the startup speed is fast, the system is stable and reliable, and the 7x24 hours of uninterrupted work exceeds 30,000 hours
Description





Transparent OLED
Pixels are partially clear Each pixel in a transparent OLED display consists of 4 sub-pixels. Color is created by a combination of red, green, and blue subpixels, and the remaining area of the pixel is clear. That clear part creates transparency. This is why there is a direct relationship between resolution and transparency. If a display contains more active pixels, less space is created for clear pixels and the display becomes less see-through. That's why OLED is now Full HD resolution, because it optimizes transmission and resolution.
Black is transparent and white is opaque Unlike transparent LCD monitors, black or dark content is clear on the screen and white or bright content is opaque. You can see this in the photo below. The image of the car appears to be floating in space, and through the black background you can clearly see physical objects such as books and pencils placed behind the monitor. A full-screen image of the ship appears in the foreground, but if you look closely at the hull, you'll see some objects behind the display that are visible in dark areas.
Ambient Light Affects Perceived Transparency Like any glass surface, ambient light can affect the appearance of transparency. The two pictures below are the same display, the same screen content (of a model), and the same plants behind the display. The only difference is that the plants have been "sublimated". When there is more light on objects behind the screen, you can see blades of grass coming through the display more clearly than when the light is off. A transparent display will appear opaque in a completely dark room. In a well-lit room with a transparent display, objects or scenes that are strongly lit behind the display will look like clear glass.








