With the arrival of 2021, various flagship phones equipped with Qualcomm’s Snapdragon 888 flagship chip have also begun to be released, and OPPO’s most representative new generation of top flagship OPPO Find X3 series has also begun to be exposed recently. Following the information of the suspected Antutu running points of the aircraft, there is now the latest news. Recently, some digital bloggers have further revealed some design details of the aircraft’s rear camera.
According to the latest news released by the well-known digital blogger @数码闲聊站, the new OPPO Find X3 has a really strong super macro. It will use the module of OFILM and a ring flash will be added around the lens to simulate a real microscope. The magnification is much higher than that of existing mobile phones, so it’s easy to shoot pixels. It is worth noting that the previously exposed renderings can also confirm this. And if the news is true, then the macro shooting capability of this new machine will be unique among the major flagships.
In other respects, according to previously exposed news, the new OPPO Find X3 series will still provide three models, with a standard 6.7-inch 3K resolution QHD+ 120Hz high refresh screen and support for adaptive refresh rate. Equipped with the brand-new Snapdragon 888 flagship processor, AnTuTu runs over 770,000 points. The rear four-camera module, including two Sony 50-megapixel lenses (wide-angle + ultra-wide-angle) + a 13-megapixel telephoto lens (supports 2x optical zoom) + a 3-megapixel macro lens, equipped Sony’s customized IMX7xx sensor will also be launched with a full-link color management system. In addition, the machine will have a built-in 4500mAh dual-cell battery that supports 65W SuperVOOC 2.0 wired fast charging and 30W VOOC Air wireless flash charging.
It is reported that the new OPPO Find X3 series flagship will be unveiled in the first quarter of 2021, becoming one of the first manufacturers to be equipped with Qualcomm’s Snapdragon 888 5G mobile platform. More detailed information, we will wait and see.