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| First look at the upcoming OnePlus 9 phone |
The company (OnePlus) launched OnePlus on its smartphones (OnePlus 8T) and OnePlus 8T last month, and a few days after its launch, rumors spread about its successor (OnePlus 9).
The first report indicated that the Chinese company plans to launch the phone (OnePlus 9) in March 2021, which means that the release time will be approximately four weeks before the usual date.
After the first report was published, XDA watched the guide in the third public beta code for Android's UI. The company's OxygenOS 11 Open Beta 3 can be used on OnePlus 8 phones, and the company can launch One Cell Phone (OnePlus 9). Verizon passed the US.
91Mobile has now released the next mobile phone computer graphics for users to get an initial understanding of the company's first flagship mobile for next year.
According to the site, the upcoming phone will be similar to the current OnePlus 8T, with a front camera in a hole in the upper left corner of the screen, a flat screen, and a rectangular system for the rear camera.
However, the phone has a bigger screen measuring 6.55 inches. In contrast to previous reports that indicated that cell phones were offering screens with a high refresh rate of 144 Hz, 91 for mobile phones indicated that the refresh rate would be 120 Hz.
The rear camera system contains three sensors with an LED flash, two of which appear to be larger than the third. Also, 91 mobile phones reported that the phone will have two models, one (OnePlus 9) and the other (OnePlus 9 Pro).
Although the report did not provide details of the specifications of the upcoming phone, it is expected that (OnePlus 9) will feature the most powerful Qualcomm Snapdragon 875 processor and 65W fast charging technology. . The phone can be used with the Oxygen 11 user interface, which is based on Google's Android 11 operating system.
Since the leaked images are not from reliable sources (like OnLeaks or evleaks), the leak may not be 100% accurate, especially due to a known leak: MaxJmb questions the authenticity of the image.