OnePlus 12 With Snapdragon 8 Gen 3 Noticed on AnTuTu Benchmark; Launch Doubtless Quickly

OnePlus 12 is predicted to launch quickly. It’s stated to succeed the OnePlus 11 mannequin, which was launched earlier this 12 months in February. The corporate has confirmed a number of particulars of the upcoming flagship mannequin. The cellphone is purported to be launched later this 12 months in December. Key particulars of the smartphone have been leaked beforehand. Design renders of the handset have additionally been tipped. Now, a brand new leak means that the cellphone was noticed on the AnTuTu benchmarking web site.

Tipster Digital Chat Station (translated from Chinese language) has recommended in a Weibo submit that the upcoming OnePlus 12 with the mannequin quantity PJD110 was noticed on the AnTuTu benchmarking web site. In response to the screengrab shared by the tipster, the cellphone scored 2,110,808 factors.

The cellphone is confirmed to return with a Snapdragon 8 Gen 3 SoC, and it has scored 4,95,780 factors, as per the leak. The GPU of the handset scored 9,14,151 factors. The mannequin scored 3,62,402 and three,38,475 factors on the reminiscence and UX assessments, respectively.

OnePlus 12 can be assured to reach with a DisplayMate A+ rated X1 “Oriental Display” with a decision of 2K and a peak brightness degree of two,600 nits. The “Oriental Display” is claimed to be backed by Oppo’s first-generation Show P1 chip and comes with 18 DisplayMate A+ information.

The upcoming flagship mannequin is tipped to ship with Android 14-based OxygenOS 14. It’s going to possible pack a 5,400mAh battery with 100W wired quick charging and 50W wi-fi charging assist. Additionally it is more likely to launch with an analogous design language because the previous OnePlus 11 mannequin.

For optics, it’s anticipated to get a Sony IMX966 50-megapixel sensor, a 48-megapixel sensor with an ultra-wide telephoto lens (stated to be the Sony IMX581), and a 64-megapixel OmniVision OV64B sensor with 3x optical zoom and hybrid zoom digicam.