Recent leaks online thanks to the well-known informer Digital Chat Station offer a very detailed look at the technical characteristics of OPPO’s upcoming flagship smartphone.
From the information gathered, a high-end picture emerges for the highly anticipated Find X10 Pro, a device that aims to deliver extreme performance and uncompromising hardware components.
OPPO Find X10 Pro, jaw-dropping cameras and what a battery!
The front should be dominated by an OLED panel with LTPO technology of 6.78 inches, featuring a completely flat display and a resolution of 1.5K. The bezels are expected to be extremely thin on all four sides, paired with widely rounded corners that soften its aesthetic profile.
According to details emerging from the prototypes, the Asian manufacturer would have chosen to rely on a new-generation substrate made by Tianma, a technical solution implemented to improve overall quality and optimize power efficiency.
Under the display will be room for a modern ultrasonic fingerprint reader, while the external chassis will ensure maximum durability and use thanks to the dual IP68 and IP69 certifications against water and dust ingress.
Under the hood, expectations point directly to pure power. The new Dimensity 9600 processor developed by MediaTek will handle daily operations and the most intensive workloads, a cutting-edge chip built with a 2-nanometer manufacturing process.
Even more battery and jaw-dropping cameras
Backing this power is a battery unit that makes a notable leap forward. Sources indicate the presence of a battery capable of reaching 8,000 mAh. This is a substantial increase over the already capacious 7,500 mAh integrated into the previous model Find X9 Pro.
The manufacturer has also kept intact the wireless charging support, offering users a practical and convenient option to restore autonomy when cables are not available.
The aspect perhaps most ambitious and interesting of the smartphone lies in the rear camera module. The primary sensor should be a Samsung HPC with 200 MP and a size of about 1/1.3 inch, designed to capture large amounts of light and minute details.
It will be complemented by a second sensor, also 200 MP, placed behind a large telephoto lens, a setup designed to deliver close-up shots in ultra high definition.
Finally, to ensure absolute fidelity and improve the processing of image files, the optical block will integrate a 3 MP multispectral sensor. The technical premises for a solid, mature and highly competitive device are now evident.
