The upcoming Oppo Find X9s is set to make its global debut on April 21, and fresh benchmark listings have provided an early look at its expected performance and specifications. The smartphone, developed by Oppo, is likely to arrive alongside other devices including the Find X9 Ultra smartwatch and audio accessories.
According to recent listings on Geekbench, the device—believed to carry model number CPH2873—has surfaced with details about its processor, RAM, and operating system. Reports suggest that the phone could be powered by a next generation MediaTek Dimensity chipset, possibly the Dimensity 9500s, featuring an octa core architecture with a peak clock speed of up to 3.73GHz.
The chipset configuration is expected to include multiple performance and efficiency cores, paired with a Mali-G925 Immortalis GPU to handle graphics intensive tasks. Benchmark scores indicate strong performance, with the device achieving 2571 points in single core tests and 7881 points in multi core tests on Geekbench.
In terms of software, the Oppo Find X9s is expected to run on Android 16, layered with Oppo’s custom ColorOS 16 interface. The device may come equipped with approximately 12GB RAM, ensuring smooth multitasking and performance.
Camera capabilities are also expected to be a highlight, with the smartphone featuring a Hasselblad tuned triple rear camera system, including a 50 megapixel primary sensor designed for ultra clear photography. The camera module is likely to be housed in a square shaped island on the rear panel.
The phone is also rumored to pack a large 7025mAh battery, offering extended usage, and will likely feature a flat display with ultra thin bezels measuring around 1.15mm. A hole punch cutout on the front is expected to accommodate the selfie camera.
Additionally, the device will be available in three color options including black pink and purple, although official marketing names are yet to be revealed. While these details offer a strong preview, final specifications will be confirmed during the official launch event.