Oppo Find X9 Ultra's camera sensors get detailed in new leak
- Posted on Jan. 5, 2026, 8:17 p.m.
Oppo Find X9 Ultra Camera Specs Leaked: A Deep Dive into Next-Gen Imaging
Get ready for a camera revolution! The highly anticipated Oppo Find X9 Ultra, rumored for a March launch, is reportedly packing some serious photographic firepower. A recent leak from a tipster on X has revealed tantalizing details about the flagship's camera sensors, promising an imaging experience unlike any other.
Main Camera: Sony's Latest Powerhouse
At the heart of the Oppo Find X9 Ultra's imaging system lies Sony's cutting-edge Lytia 901 sensor. This impressive 1/1.12-inch sensor boasts a staggering 200MP resolution, capturing every detail with breathtaking clarity. With a 23mm focal length, expect exceptional versatility for everyday shots and stunning landscapes.
Versatile Ultrawide and Telephoto: Samsung's ISOCELL Takes Center Stage
The ultrawide lens is set to feature Samsung's ISOCELL JN5 sensor. This 1/2.76-inch sensor offers a 50MP resolution and a wide 15mm focal length, perfect for expansive vistas and immersive group photos. But the JN5's versatility doesn't stop there – it's also rumored to power a remarkable 230mm telephoto camera, delivering an incredible 10x optical zoom for capturing distant subjects with pristine detail.
Periscope Telephoto: OmniVision's 200MP Marvel
Adding another layer of zoom capability, the Find X9 Ultra will reportedly incorporate a 70mm periscope telephoto lens. This lens will utilize the OmniVision OV52A sensor, a substantial 1/1.28-inch sensor with a massive 200MP resolution. This setup promises a 3x optical zoom, offering excellent quality for mid-range shots.
While this information is based on leaks and should be treated with caution, the potential camera configuration for the Oppo Find X9 Ultra is undeniably exciting. The prospect of a 200MP main sensor, coupled with versatile zoom lenses including one with a significant sensor size, hints at a device that could set new benchmarks in smartphone photography.
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