OPPO Find X8 Ultra's Unparalleled Imaging Powerhouse: A Game-Changer in Mobile Photography!

01/16 2025 337

At the close of last year, OPPO's Find X8 series captivated the tech world with the launch of two remarkable models, distinguished by their exceptional performance. Amidst rumors that have steadily unveiled details about the series' pinnacle offering, the Find X8 Ultra, recent updates confirm OPPO's Find N5 foldable smartphone and Watch X2 smartwatch will debut in February. While the official release date for the Find X8 Ultra remains under wraps, several intriguing highlights have already surfaced.

Recently, a tech enthusiast shared renderings of OPPO's top-tier device, the Find X8 Ultra. From the leaked images, it's evident that the Find X8 Ultra and the Find X8 Pro share a strikingly similar design, both featuring a symmetrical back with the Hasselblad logo prominently displayed at the camera module's center. The minuscule differences in appearance make it challenging for users to differentiate between the two at first glance.

However, it's important to note that these observations are based on available information and the actual design details are yet to be confirmed.

Moreover, the OPPO Find X8 Ultra, with model number PKH120, has secured network access permission. Intriguingly, the device bears the codename "Everest," hinting at its aspiration to reach the pinnacle of imaging capabilities within the industry.

Recent revelations suggest that the upcoming OPPO Find X8 Ultra will support physical telephoto macro functionality. In contrast, the previously released OPPO Find X8 Pro, due to its inverted periscope structure, prioritized reducing weight and lens module thickness, leading to a compromise in telephoto macro capabilities. The Find X8 Pro supports a relatively long physical focusing distance, trailing behind traditional periscope structures in this regard.

The Find X8 Ultra's integration of physical telephoto macro functionality theoretically transforms the X8 Pro's inverted periscope structure into a traditional one, thereby shortening the focusing distance for telephoto macros and enhancing the smartphone's close-range telephoto photography experience.

In addition to its telephoto macro capabilities, the Find X8 Ultra will boast a one-inch Sony LYT900 main camera, two 50-megapixel periscope telephoto lenses, and a Sony IMX882 ultra-wide-angle lens, further solidifying its position as a photographic powerhouse.

Furthermore, the device will feature a dedicated camera button, enhancing the user's photography experience. The charger compatibility has also been improved, with PPS technology playing a pivotal role.

Powered by Qualcomm's Snapdragon 8 Ultimate Edition mobile platform, utilizing the advanced TSMC 3nm (N3E) process, the OPPO Find X8 Ultra promises significant improvements in performance and energy efficiency over the 4nm process of the Snapdragon 8 Gen3. This processor introduces second-generation Oryon cores with a 2+6 architecture, featuring a large core clock speed of up to 4.32GHz and a small core frequency of 3.53GHz. It is complemented by a 2K full-depth four-curved screen, a rear 1-inch super-large base main camera, dual focal length dual periscope telephoto lenses, a built-in Hasselblad multi-spectral sensor, support for Tiantong satellite communications, and a glass body material.

The inclusion of a multi-spectral camera offers substantial advantages to the OPPO Find X8 Ultra in photography. This type of camera can separate light of different wavelengths, capture images of each wavelength band, and record a broader range of spectral information, far surpassing the capabilities of ordinary RGB cameras.

In comparison, the vivo X200 Ultra features a triple camera system comprising a Sony LYT 818 main camera, an ultra-wide-angle lens, and a 200-megapixel telephoto lens, while the Xiaomi 15 Ultra boasts a quad-camera system with a Samsung JN5 ultra-wide-angle lens, a 50-megapixel telephoto lens, and a 200-megapixel telephoto lens.

The Find X8 Ultra continues OPPO's tradition of dual-periscope telephoto solutions, offering users the flexibility to zoom smoothly within the 3x to 6x range, unlike traditional single-periscope lenses that limit users to either 3x or 5x zoom. This provides greater creative freedom.

Taking the Find X7 Ultra as an example, it supported both 3x and 6x optical zoom and pioneered the 135mm portrait close-up focal length for mobile imaging, which was the longest native focal length periscope telephoto in the industry at the time, enabling more innovative compositions.

Regarding other specifications, the OPPO Find X8 Ultra engineering machine features a single-point ultrasonic fingerprint solution, a battery exceeding 6000mAh, and fast charging capabilities with 80W wired charging and a full-featured 50W wireless charging solution. Additionally, the device comes pre-installed with OPPO's ColorOS 15 operating system, offering features such as NFC, infrared remote control, dual speakers, an X-axis linear motor, and IP68/69-level dust and water resistance.

As an iterative model, the Find X8 Ultra's imaging capabilities are highly anticipated, and the device is expected to be officially released after the Spring Festival. Reports indicate that the brand-new OPPO Find X8 Ultra will meet the public in March, with an expected price increase over its predecessor. Considering the previous generation's starting price of 5999 yuan, this model's starting price may exceed 6000 yuan. For more detailed information, stay tuned.

In conclusion, the OPPO Find X8 Ultra is a feature-packed device that stands tall among the upcoming top-tier imaging flagship smartphones. Its imaging capabilities have undergone a comprehensive upgrade, combining the Hasselblad multi-spectral camera with OPPO's cutting-edge algorithms. Get ready for the stunning debut of the OPPO Find X8 Ultra!

If you have any thoughts on the latest revelations about the OPPO Find X8 Ultra, feel free to share your comments in the section below, and join the discussion with Mingmei Unlimited!

Solemnly declare: the copyright of this article belongs to the original author. The reprinted article is only for the purpose of spreading more information. If the author's information is marked incorrectly, please contact us immediately to modify or delete it. Thank you.