Oppo Find X6 Pro’s rear camera design has just been made public thanks to a new leak. This design was first alluded to in a previous report, and now, the most recent leak has confirmed the triple camera module that would be located on the back of the device.
The information was obtained via a source identified as @, who sent a photograph that shows the lens framing for the back camera module.
Camera
When we look closely at the picture, we can make out three image sensors: two cameras on the upper half of the picture, and a single camera on the lower half. Oppo’s ongoing collaboration with the well-known camera lens manufacturer Hasselblad is commemorated by the inclusion of the Hasselblad brand on the frame lens. Therefore, we should anticipate the camera specialist to provide extensive optimization for the camera’s image output.
Specification
The source gave more information, saying that the thickness of the glass version of the Find X6 Pro will be approximately 9.2 millimeters. He went on to say that the primary camera that is located on the back of the device is a Sony IMX890 sensor, which is a 50-megapixel camera, and that it also has a Sony periscope lens that is 1/1.56 inches in size. For the benefit of those who are unaware, the Find X6 series is the next generation of flagship smartphones produced by the firm. These flagship smartphones are anticipated to include the most recent flagship CPUs, such as the Density 9200 or the Snapdragon 8 Gen 2 SoC.
Display
It is speculated that there will be a 6.74-inch OLED display on the front of the device. This display will have a resolution of 2K and an adjustable refresh rate of up to 120Hz.
Battery
It is likely that this device will be powered by a big battery pack with a capacity of 5,000 mAh, and it may also enable up to 100W of wired fast charging in addition to up to 50W of wireless fast charging. According to the most recent leak, it would appear that the debut of the Find X6 series will take place in the not-too-distant future. Despite this, the announcement has not been made publically available as yet. Therefore, remain here for further developments.
