Early details on Samsung's Exynos 2700 flagship chip include a 10-core design and Xclipse 970 GPU, showing performance gains in Geekbench tests for gaming and apps.
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Early traces of Samsung's upcoming flagship processor, the Exynos 2700, have surfaced online. The chip appeared in a Geekbench database entry, and while this represents preliminary testing, the published data already offers insight into the direction Samsung is taking with its next-generation platform.
According to the leak, the Exynos 2700 will feature an unusual ten-core architecture. The processor includes one power-efficient core clocked at 2.30 GHz, a four-core cluster running at 2.40 GHz, a separate performance core at 2.78 GHz, and another four-core cluster operating at 2.88 GHz. This configuration suggests more flexible workload distribution compared to traditional eight-core designs.
Graphics are handled by the Samsung Xclipse 970 GPU, which, based on Geekbench results, already shows a noticeable performance boost. In the OpenCL test, the graphics accelerator scored 15,618 points, indicating Samsung's serious ambitions in the gaming segment and with graphics-intensive applications. The test device ran Android 16 and was equipped with 12 GB of RAM.
Interestingly, the benchmark mentions an internal Samsung device with the designation S5E9975 ERD, pointing to an engineering sample rather than a commercial smartphone. This confirms that this is an extremely early testing phase, and final clock speeds, configuration, or performance may change by the official release.
Nevertheless, the Exynos 2700 already appears to be a significant step for Samsung, especially as the company works to restore the competitiveness of its own chips in the flagship segment. More clarity about the new processor's capabilities is expected as additional tests and leaks emerge, but this first Geekbench appearance certainly warrants closer attention.