OPPO Find X10 series is set for September: debuts Samsung's 200MP HPC with a 1/1.3-inch large sensor.

According to a blogger's leak, the OPPO Find X10 series will debut with Samsung's ISOCELL HPC sensor. This sensor features 200 megapixels and a large 1/1.3-inch format, with the new device expected to officially launch in September.

It is reported that Samsung's ISOCELL HPC introduces DeepPix technology, redefining the way light is captured and increasing the single-pixel full well capacity by 60% compared to the previous generation.

Combined with cleaner signal processing and a wider dynamic range, this sensor can capture bright highlights and rich shadow details, delivering HDR images with extremely low noise and stunning quality.

Additionally, the Samsung ISOCELL HPC supports 1x, 1.5x, 2x, 3x, and 4x single-frame HDR zoom and natively supports 16-bit RAW output. For video recording, it supports up to 180fps 4K video capture, enabling smoother slow-motion effects and a richer video experience while maintaining high image quality.

In terms of core specifications, the OPPO Find X10 series will be among the first to feature the Dimensity 9600 series flagship platform. Among them, the Find X10 is expected to be powered by the Dimensity 9600, while the Find X10 Pro and Find X10 Pro Max are expected to feature the more powerful Dimensity 9600 Pro. The latter adopts TSMC's 2nm process, making it MediaTek's first 2nm chip and marking its official entry into a new stage of advanced manufacturing.

In terms of CPU architecture, the Dimensity 9600 Pro adopts a brand-new 2+3+3 all-large-core tri-cluster architecture, including 2 ARM C2-Ultra super-large cores, 3 C2-Premium large cores, and 3 C2-Pro medium cores. The super-large core's clock speed approaches 5GHz, delivering a leapfrog performance upgrade.

Currently, the OPPO Find X10 series has obtained network access licenses and is expected to enter the preheating stage in September. As the release date approaches, more product details will be revealed one after another.