OPPO, one of the first brands to come to mind about innovation in communication technologies, continued its innovative approach in 2020.

 

 

Especially with OPPO N1, which is one of the cornerstones of the smartphone world, OPPO, which has achieved a business beyond the age, raised the bar very high with the Find X model in 2018. Leave its own era, OPPPO Find X will be one of the first smartphones that come to mind when it comes to innovation.

Every year, February 16th is celebrated as Innovation Day. OPPO, the world’s leading smartphone brand, makes a difference with its different innovations announced in 2020, making the lives of consumers easier. Among the innovations offered by OPPO are innovative technologies such as fast charging, artificial intelligence algorithm, hybrid zoom, ultra video stabilization, screen refresh rate, smart phone with expandable screen and augmented reality glasses. OPPO believes that the purpose of innovation should be people with its vision of “Technology for Humanity, Good for the World”.

SuperVOOC Fast Charging Technology

OPPO’s success in fast charging technology showed itself in the Find X2 model introduced last year. With its 65W SuperVOOC 2.0 charger, the Find X2’s battery can provide a 40% charge in 10 minutes and can be fully charged in just 38 minutes. 2020 also saw the launch of OPPO’s 125W fast charging technology, setting a new charging speed record for mobile phones. Marking the latest development in this field in the smartphone industry, 125W fast charging technology can charge the phone’s battery up to 41% in just 5 minutes and up to 100% in 20 minutes.

Artificial Intelligence Algorithm

OPPO leads the way with superior technologies it offers to artificial intelligence, which has an important place in the future of smartphones. The artificial intelligence features that OPPO uses in its smartphones enhance users’ creativity while surfing the internet, taking snapshots, videos and portraits. The artificial intelligence night shooting modes on the camera side enable users to take quality night photos with the most prominent colors and clarity.

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Hybrid Zoom

Working on the new generation hybrid zoom, OPPO focuses on improving the shooting experience and image quality at 85mm and 135mm medium focal lengths based on users’ photography experience. The optimized 85mm focal length does an excellent job of sharpening the edges of objects, providing more vibrant images in true colors even in low light. The 135mm focal length offers details that create an enriched sense of space and depth.

Ultra Video Stabilization

The Ultra Video Stabilization feature that OPPO uses in its smartphones stands out as one of the best anti-shake technologies ever. In swinging environments such as mountain biking or skateboarding, OPPO helps users capture more action-packed moments with incredible fluidity without jolting.

Increased Refresh Rate

OPPO pushed the limits of the 3D frameless display by increasing the screen refresh rate to 90Hz in the Reno4 Pro model launched in 2020. The increased refresh rate combined with the 180Hz touch sampling rate ensures visual smoothness is evident with the Reno4 Pro. In addition, OPPO’s Find X2 model, which is the first Chinese smartphone brand to choose to offer a flexible 120Hz QHD + AMOLED display, also draws attention as the first phone to use the Y-OCTA touch screen capable of reaching 240Hz sampling rate.

OPPO X 2021

OPPO X 2021, the newest success of OPPO R&D in the field of flexible display, offers a more natural interactive experience to the users with the rollable screen concept. Enabling an OLED display that can be expanded to 6.7 inches (17.01 cm) in the smallest dimensions and 7.4 inches (17.89 cm) in the largest sizes, the smartphone enables users to adjust the screen size to their own needs.

 

The augmented reality glasses that surround the user, OPPO AR Glass 2021 has various sensors such as a stereo fisheye camera, a flight time sensor (ToF) and a RGB camera. These sensors not only support a range of natural interactions, such as smartphone interactions, motion-based interactions, and spatial localization, but compute three-dimensional spatial localization with precision of close to a thousandth of a second.

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