Samsung unveiled its Exynos 2700 engineering sample just before Christmas, following months of leaks. The chip sits on a S5E9975 ERD test board and is built on a rumored 2 nm GAA node using the company’s SF2 foundry line. Early Geekbench data surfaced this week today.

Geekbench 6.2.2 scored the board’s OpenCL performance at 15,618 points, lower than the 24,964 points seen on the Xclipse 960 iGPU in earlier tests. A 10‑core candidate with Xclipse 970 graphics suggests the ERD platform is validating a newer Exynos 2700 variant for future devices.

Samsung’s move signals a shift toward 2 nm manufacturing, potentially boosting the upcoming Galaxy S26. The company’s Heat Path Block tech and the SF2 node could attract partners like AMD, Qualcomm, and Tesla, positioning Samsung as a key player in next‑gen mobile silicon for developers and.

Watch for Samsung’s official release of the Exynos 2600 and real‑world benchmarks on the Galaxy S26. Industry analysts will also track SF2 yield reports and how the Heat Path Block improves thermal performance, shaping the competitive edge of future flagship smartphones for tech enthusiasts and.