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The OPPO Find X7 flagship series is expected to arrive in Q1 next year, and a well-known tipster just revealed the models that are coming. In addition to that, the SoCs that will fuel them have been tipped too, along with battery capacities.
This information comes from Digital Chat Station, a well-known tipster. In fact, this is one of China’s most prolific tipsters, he’s rarely wrong. That being said, three OPPO Find X7 models are coming.
The OPPO Find X7 series models revealed, we’re getting three devices this time around
The OPPO Find X7 will launch alongside the Find X7 Pro, and Find X7 Ultra. Earlier this year, the company announced two devices, the OPPO Find X6 and Find X6 Pro. OPPO is changing things up this time around.
The OPPO Find X7 will be fueled by the MediaTek Dimensity 9300 SoC. In other words, MediaTek’s most powerful processor will fuel it. The other two devices will utilize the Snapdragon 8 Gen 3 processor, the best Qualcomm has to offer.
The OPPO Find X7 Pro will have the smallest battery pack
Having said that, the OPPO Find X7 Pro will have the smallest battery. It will include a 4,860mAh unit. The other two devices will ship with a 5,000mAh battery pack.
The tipster has also once again confirmed that the Find X7 Pro and quite possibly ‘Ultra’ models will utilize dual periscope telephoto cameras. A 50-megapixel Sony IMX890 camera will support 3x optical zoom. A 50-megapixel Sony IMX858 camera will support 6x optical zoom.
The Sony LYT-900 camera sensor will be used for the main camera on two of these devices
In addition to that, the OPPO Find X7 Pro and Find X7 Ultra are tipped to utilize a 50-megapixel Sony LYT-900 main camera sensor. A 50-megapixel ultrawide camera will also be included in the package.
What’s interesting is that the camera module shown above differs from the one that leaked. It has been provided by Ice Universe, a well-known tipster. An octagon camera setup leaked several times now, but those leaks could be wrong. Truth be said, that camera setup is not exactly eye-pleasing. So, the solution shown in the image above could be way better, design-wise.
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