Just a day after the Samsung Galaxy A27 surfaced on Geekbench, a new benchmark listing has surfaced for the upcoming Galaxy Fan Edition phone, offering an early look at Samsung’s next mid-premium chipset. The device, believed to be the Samsung Galaxy S26 FE, appeared on Geekbench with detailed CPU configuration and performance scores.
The listing was shared by tipster Abhishek Yadav, who posted the full breakdown on X. The data aligns with expectations around Samsung’s next-generation Exynos platform.
Benchmark and hardware details
The device is listed as featuring the Exynos 2500, with a 10-core CPU setup. The configuration includes:
- 1 core at 3.30GHz
- 2 cores at 2.75GHz
- 5 cores at 2.36GHz
- 2 cores at 1.80GHz
This suggests a refined big.LITTLE layout, likely optimized for a balance between peak performance and sustained efficiency. The chip is paired with Samsung’s Xclipse 950 GPU, continuing its AMD-based graphics approach.
The tested unit includes 8GB of RAM and runs Android 17, indicating that Samsung is already working on next-cycle software alongside the hardware.
In terms of raw numbers, the listing shows:
- Single-core: 2,426
- Multi-core: 8,004
These scores place the chip comfortably above older Exynos 2200 and 2400 implementations, particularly in single-core throughput. Multi-core gains appear more incremental, suggesting Samsung may be focusing on responsiveness and UI performance rather than scaling core-heavy workloads aggressively.
Context and comparison
For perspective, recent Fan Edition devices have often lagged slightly behind flagship Galaxy S models in sustained performance. The Exynos 2400, for instance, showed strong multi-core scaling but struggled with consistency under load in some devices.
This new result hints at a shift. A single-core score crossing 2,400 begins to approach recent flagship-class silicon, including some Snapdragon 8-series results from earlier generations. It’s not leading the pack, but it closes the gap.
GPU details remain limited, but the Xclipse 950 branding suggests continued collaboration with AMD’s RDNA architecture. That could translate into better gaming stability, though thermals will be the deciding factor in a thinner FE chassis.
Real-world implications
Numbers like these typically translate into faster app launches, smoother scrolling, and better handling of mixed workloads. The jump in single-core performance, in particular, should be noticeable in everyday use.
Gaming and sustained performance are less certain. Fan Edition devices often prioritize cost and thermals over peak output, which can limit how long the chip maintains top speeds. The GPU may offer improvements, but without real-world tests, it’s too early to draw firm conclusions.
The 8GB RAM configuration also stands out. While still standard for this segment, competing devices are increasingly moving toward 12GB as a baseline, especially for longevity with newer Android versions.
Samsung appears to be tightening the gap between its FE lineup and flagship models, at least on paper. Pricing will ultimately determine how competitive the Galaxy S26 FE becomes, especially if Snapdragon-powered alternatives remain in the same range.
