OnePlus 15R Beats 13R and 13 in Benchmarks with Snapdragon 8 Gen 5

Key Takeaways

1. OnePlus will launch the OnePlus 15R globally on December 17, with early performance insights from a Geekbench listing.
2. The device is expected to run on Android 16 and feature 12 GB of RAM, likely with 256 GB of storage.
3. Key features include a 165 Hz AMOLED display, IP69K dust and water resistance, and a G2 Wi-Fi chip for improved reliability.
4. The Snapdragon 8 Gen 5 processor allows the OnePlus 15R to achieve impressive benchmark scores of 2,815 (single-core) and 9,552 (multi-core).
5. The OnePlus 15R shows a significant performance increase over the 13R, with a 27% boost in single-core and 45% in multi-core benchmarks.

OnePlus is set to reveal the OnePlus 15R worldwide on December 17. Even so, a recent Geekbench listing has given us an early glimpse of its expected performance. The device, recognized by the model number CPH2767, is thought to be the global version of the Ace 6T, which OnePlus will probably only market in China.

Performance and Specifications

The benchmark data indicates that the OnePlus 15R operates on Android 16 and is equipped with 12 GB of RAM. If we look back at the OnePlus 13R, it’s likely that 12 GB of RAM will be the default memory setup, probably accompanied by 256 GB of storage. Furthermore, OnePlus has already disclosed several important features such as a 165 Hz AMOLED display, IP69K dust and water resistance, and a proprietary G2 Wi-Fi chip to enhance Wi-Fi reliability.

Benchmark Scores

On the other hand, the Snapdragon 8 Gen 5 enables the OnePlus 15R to score an average of 2,815 in single-core and 9,552 in multi-core benchmarks. Though these synthetic results do not fully reflect real-world usage, they reveal a noteworthy increase in performance compared to the OnePlus 13R, showing boosts of 27% in single-core and 45% in multi-core benchmarks. Consequently, the OnePlus 15R is nearly matching the performance of the OnePlus 13 (curr. $899 on Amazon), falling short by 9% in single-core and having a 2% advantage in multi-core performance at this point.

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