Smartphone makers have been working to remove the notch and provide a full-screen experience. A temporary way to get around is the use of a motorized pop-up camera. While it offers a full-screen experience, the attention to moving parts, along with the extra weight it carries, has kept the company going with notches and cutouts. The company has been working on the front camera technology under the screen. ZTE launches Axon 20 5G became the first smartphone with an under-display camera (USC). Samsung should launch Galaxy z lipat 3 with USC. Today, Chinese smartphone giant Oppo announced that it has developed its USC version to provide an immersive full-screen experience.
Oppo announced it has combined “best hardware innovation” and its proprietary AI algorithm for the under-display camera. Discreetly places the front camera under the smartphone screen to maintain the integrity and consistency of the entire screen, both in use and in standby. The company claims that its USC technology strikes the perfect balance between screen quality and camera image quality without compromise.
Oppo’s USC solution claims to solve many of the technical and manufacturing challenges that have plagued the technology so far. This fixes issues such as inconsistent display quality in the area of the screen above the camera below the screen, poor image quality caused by the camera blocking the screen, and simply product life and reliability issues.
The company also details some of the innovations in the design structure and AI algorithms it builds for its USC solutions. For example, USC Oppo reduces the size of each pixel without reducing the number of pixels to ensure a high-quality display at 400 DPI, even in the camera area. The company has also replaced traditional display cables with innovative transparent cable materials. Combined with a high-precision manufacturing process that reduces cable width by up to 50%, the result is a much smoother viewing quality with a smoother viewing experience.
Oppo also uses its proprietary display technology, with each pixel moving only one pixel (“1-to-1”). Combined with Oppo’s algorithmic compensation technology, this allows the chromaticity and brightness of the entire screen to be controlled with a deviation of about 2%.
As for the camera, the US company’s research institute has developed a range of AI imaging algorithms – including diffraction reduction, HDR, and AWB – to mitigate some of the negative side effects typically found in under-screen cameras, such as image blur and image blur. . dazzled. Oppo has also trained an AI diffraction reduction model using tens of thousands of images to control problems caused by diffraction in light sources, allowing users to capture clearer, more natural images.
There is no word on the first devices to feature Oppo’s USC technology from now on. Oppo said it will continue to research and develop hardware designs and algorithmic processing capabilities to further optimize the under-display camera technology.
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