OPPO Find X7 Dominates AnTuTu Benchmarks with MediaTek Dimensity 9300, Surpasses 2.2 Million Score

OPPO is gearing up to launch its latest flagship smartphone, the Find X7, and details about the device have emerged through an AnTuTu benchmark listing.

While the official launch date remains undisclosed, reports suggest a possible debut in Q1 2024.

AnTuTu Benchmark Insights

The AnTuTu listing reveals that the OPPO Find X7, identified by the model number PHZ110, will be powered by MediaTek's newly launched Dimensity 9300 SoC. Notably, the device boasts impressive specifications, including 16GB of LPDDR5T RAM and a capacious 1TB of UFS 4.0 internal storage.

The benchmark scores are equally noteworthy, with the Find X7 securing 5,21,690 points in the CPU test and 911,683 points in the GPU test. The cumulative score stands at an impressive 2,270,677 points. Additionally, the listing confirms a 120Hz display and the device will run on Android 14 with OPPO's ColorOS 14 UI.

Comparison with Other Dimensity 9300-Powered Phones

In comparison, the Vivo X100 and Vivo X100 Pro, the world's first phones with the Dimensity 9300 chip, scored lower on AnTuTu, with a cumulative score of 2,249,858. The OPPO Find X7 outperforms in both CPU and GPU tests.

Key Features and Previous Find X6 Model

The Find X7 is anticipated to introduce new features, including the HyperTone camera optimization and satellite connectivity support. This builds on the success of its predecessor, the OPPO Find X6, which featured a 6.74-inch AMOLED display, Dimensity 9200 SoC (for the vanilla model), and Snapdragon 8 Gen 2 SoC (for the Pro model).

Pro Model and Further Details

Alongside the Find X7, OPPO is expected to unveil the Find X7 Pro. The Pro model is set to come equipped with Sony's new 1-inch LYT-900 camera sensor and will be powered by the Qualcomm Snapdragon 8 Gen 3 SoC.

While the exact launch date of the Find X7 series is yet to be confirmed, the leaked AnTuTu benchmark scores and specifications hint at a device that promises high-end performance and notable improvements over its predecessor.

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