OnePlus 10 Ultra design drawings were exposed with a periscope telephoto camera

[PChome mobile phone channel report] OnePlus mobile phone released a new model one plus 10 Pro in January, this phone is not one plus's top flagship in 2022, shortly after the release of the machine, there was a news of one plus 10 Ultra exposed. To be sure, there are definitely heavy models on the one-plus side that have not yet been released, and the latest outflow of new machine design drawings also confirms this from the side.

According to sources, the latest leaked mobile phone design drawing is the OnePlus 10 Ultra, which has a similar lens area design to the OnePlus 10 Pro, which is highly recognizable in shape, but there is a clear difference in lens specifications.

In addition to the two circular lenses, the OnePlus 10 Ultra is also equipped with a long bar lens, which is obviously a periscope telephoto lens, which is the first time that oneplus has used a periscope telephoto lens.

It is reported that one plus 10 Ultra will be equipped with OPPO's self-developed Mariana X chip, which is manufactured by TSMC's 6nm process, and is also the world's first 6nm mobile terminal independent image dedicated NPU, integrating luxury dual-layer storage, including PET-level read and write speed AI dedicated broadband (SRAM), and 8.5GB/s image dedicated bandwidth, providing sufficient memory read and write support for AI efficient computing. DSA's new gold architecture concept, through the AI chip of the dedicated core, across the traditional hardware and AI computing power gap.

Compared with the general-purpose NPU, it has a better performance in the processor of the image function. It has 18TOPs of computing power support, surpassing Apple's A15 processor in computing power, 11.6Tops/w in terms of energy efficiency, and nearly 50% lower power consumption than Find X3 Pro, which fully meets the ai algorithm processing requirements in video shooting.

With the support of Mariana X, the OnePlus 10 Ultra should have excellent video shooting capabilities, especially in low-light video shooting, and better at brightness and color performance.