A few days ago, OPPO CEO Chen Mingyong delivered a speech in the New Year of 2021, saying that Find X3, which will be released in the first quarter, will bring new possibilities for high-end flagships to global users: Breaking conventions and unlocking the future.
Find X3 will surely break the brand and become a global high-end flagship first camp. As the release date approaches, the news about OPPO Find X3 has slowly increased.
Today, a screenshot of the Antutu running score from OPPO Find X3 was leaked on the Internet.
According to the figure, the performance of the device is as high as 771,491, which is the highest running score of Snapdragon 888 so far.
It is worth noting that this is only the score that the Find X3 test device ran at room temperature. After mass production, the score is supposed to hit 800,000 points.
As the pioneering work of OPPO brand breakthrough, it is also the ideal work of ten years. Find X3 is supposed to become the most powerful generation in OPPO mobile phone history.
As per the latest news, OPPO has tested a new dual-camera solution on the test device, furnished with Sony’s customized IMX7xx sensor, which will get higher pixels and a super wide-angle outsole.
The whole system comes standard with a 6.7-inch 3K resolution QHD+ 120Hz high refresh screen and supports adaptive refresh rate.
Additionally, at the OPPO Future Technology Conference in November last year, OPPO officially launched a full-link color management system that includes two core technologies, full-link 10bit and color management.
It is worth looking forward to, OPPO said the Find X3 series will system will be launched for the first time.
It is understood that the full link 10bit covers the entire image processing process of acquisition, encoding, storage, decoding, and display, and has the ability to process 10bit data in all links, solving the problem of incompatibility of the underlying system with 10bit image information.
This technology has also become the first in the mobile phone industry to realize full-link 10bit picture and video shooting.
(Source)
