Samsung’s upcoming Galaxy S26 Plus has surfaced on Geekbench, offering an early but detailed look at what the company’s next-generation flagship silicon will bring. The listing, tied to the South Korean variant (SM-S947N), confirms several key specifications — most notably the debut of Samsung’s in-house Exynos 2600 chipset, manufactured on a cutting-edge 2nm GAA process.
Exynos 2600: Samsung’s 2nm Comeback Attempt
According to the Geekbench data, the Galaxy S26 Plus is powered by the Exynos 2600, marking Samsung Foundry’s first confirmed 2nm smartphone SoC. The chip uses a 10-core CPU layout, which appears to follow a refined multi-tier performance strategy:
- 1× C1 Ultra core @ 3.80GHz (with 3MB L2 cache)
- 3× C1 Pro cores @ 3.26GHz
- 6× C1 Pro cores @ 2.76GHz
This configuration suggests Samsung is prioritizing burst performance with a single ultra-high-clocked core, while maintaining efficiency through multiple mid-frequency performance cores. The absence of traditional “efficiency” cores hints at architectural gains enabled by the 2nm GAA process.
Xclipse 960 GPU Delivers Strong Early Numbers
On the graphics side, the Geekbench listing confirms the presence of the Xclipse 960 GPU, Samsung’s AMD-based graphics solution. Running through ANGLE Vulkan and tested via OpenCL, the GPU achieved a score of 24,964.
While OpenCL scores don’t directly translate to real-world gaming performance, this result places the Xclipse 960 firmly in flagship territory and indicates a noticeable uplift over previous Exynos generations. The GPU features 8 compute units, a peak frequency of 980MHz, and access to 4GB of device memory, all of which should help with sustained graphics workloads and advanced mobile gaming.
Android 16 and Generous Memory Allocation
The Galaxy S26 Plus in the Geekbench database is running Android 16, confirming that Samsung is already testing the device on Google’s next major OS release. The listing also shows 12GB of RAM, with around 10.6GB available, which aligns with Samsung’s recent trend of offering higher memory configurations even on non-Ultra models.
What This Leak Tells Us
Taken together, this Geekbench appearance paints a clear picture of Samsung’s ambitions with the Galaxy S26 Plus:
- A major push toward process leadership with 2nm GAA
- A bold CPU redesign focused on performance scalability
- Continued investment in AMD-powered Xclipse GPUs
- Early readiness for Android 16
While real-world performance, thermals, and battery efficiency remain unknown, the early signs suggest that Samsung is positioning the Galaxy S26 Plus as more than just a minor refresh — especially in its home market.
As always, final retail performance may differ, but this leak gives us one of the clearest early looks yet at Samsung’s 2026 flagship strategy.
