OPPO redefines phone technology experience with the new Reno7 series

OPPO is partnering with local celebrities to promote the new Reno7 series that is packed with impressive imaging features including Bokeh Flare Portrait, Selfie HDR, AI Portrait Enhancement, and many others so that users can capture the world in stunning, professional-quality portraits.

OPPO is working with well-known celebrities such as Bahati, Diana Marua and Wabosha Maxine to showcase the vast features and extensive capabilities of the new Reno7 series, which will officially be launched in the Kenyan market on Monday, 25th April 2022.

The OPPO Reno7 series will serve as a Portrait Expert with both enhanced camera capabilities and a myriad of features to turn everyone into a professional, allowing them to truly express themselves to the world.

Not only this, for the first time in the Reno Series, Reno 7 introduces the Micro lens feature that help you capture the smallest details that your eyes can’t see. The Reno7 is also the first smartphone to launch a Micro lens feature in Kenya.

Bokeh Flare Portrait is another extensive feature available on both the Reno7’s front and back cameras. This makes the user experience super easy to take photos with beautiful, dream-like bokeh lights as a glittering backdrop.

With just one click, OPPO Reno7 is able to capture portrait images with rich bokeh light spots that look just like those taken on high-end DSLR cameras.

To add on, The Reno 7 features AI Beautification that can accurately recognize and erase blemishes, pimples, acne scars and sunspots, and intelligently retouch skin tones or makeup while keeping other desired features intact in not only selfies but also group photos.

The IMX709 sensor, the next generation flagship RGBW sensor for the front camera has been exclusively customized by OPPO and built with Sony hardware for clearer and brighter image capture in low-light conditions.

With the Selfie HDR feature, Reno7’s front camera is able to detect light conditions using AI and automatically apply image enhancement algorithms based on the type of conditions detected. This enables users to easily capture high-quality selfies with natural colors and ultra-fine details.

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