OPPO is gearing up to launch the Reno7 series smartphones in the Indian market on 4th February and as the official launch date for the devices nears, more details about the smartphones are surfacing online.

Unlike the OPPO Reno7 series already launched in the Chinese market, some models of this lineup in the Indian market will come with a different set of specifications. However, the OPPO Reno7 Pro will remain the same, as confirmed by the company in a press release.

OPPO Reno7 Pro Review SPECS

OPPO confirms that the Reno7 Pro will come powered by the MediaTek Dimensity 1200 MAX processor. As the name indicates, it is an enhanced version of the Dimensity 1200 and the Chinese company says that it collaborated with MediaTek to customize it for offering better display and imaging capabilities.

The smartphone features a 6.55-inch AMOLED Full HD+ display which is protected by a layer of Corning Gorilla Glass 5. It comes packed with up to 12GB of RAM and 256GB of internal storage, as well as support for 7GB of virtual RAM.

In the camera department, the phone has a triple-camera setup that consists of a 50-megapixel primary sensor, an 8-megapixel ultrawide sensor, and a 2-megapixel macro lens. On the front side, there’s a 32-megapixel for taking selfies and video calling.

OPPO Reno7 Pro

As for the software, the smartphone is said to be running the Android 12-based ColorOS 12 out-of-the-box. The device will come powered by a 4,500mAh battery along with support for 65W fast charging technology.

The OPPO Reno7 Pro will be offered in three color options in India — Blue, Black, and Gold. While the pricing details for the device isn’t known yet, reports indicate it could be priced around ₹42,000, which is about $563 and could go on sale through Flipkart as well as the company’s own website and offline stores.

Recent reports have indicated that the OPPO Reno7 launching in India is a rebranded version of the Reno7 SE from China and is expected to cost around ₹31,490 (approximately $422) for the 8GB RAM and 128GB internal storage model.

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