Samsung Galaxy S25+ Appears on Geekbench Featuring Snapdragon 8 Elite for Galaxy
The Samsung Galaxy S25+ is gearing up for its anticipated launch in January 2025, alongside the standard Galaxy S25 and the premium Galaxy S25 Ultra. This new lineup will serve as the successor to the Galaxy S24 series, which debuted earlier in January 2024. Recent leaks have revealed key details about the Galaxy S25+, following a Geekbench listing that offers insights into its hardware specifications, including its chipset, RAM capacity, and software.
A device believed to be the Galaxy S25+ was spotted on Geekbench with the model number SM-S936U, where the “U” is indicative of the US variant. According to the listing, the smartphone achieved an impressive 3,160 points in single-core testing and 9,941 points in multi-core testing. The benchmarks further revealed that the device is powered by an octa-core processor with a peak clock speed of 4.47 GHz, showcasing its potential for high performance.
Under the hood, the Samsung Galaxy S25+ is expected to feature the Snapdragon 8 Elite for Galaxy chipset. This custom-tuned processor, exclusive to Samsung’s Galaxy series, is likely designed to deliver enhanced performance and efficiency compared to its predecessors. Accompanying the powerful SoC is 12GB of RAM, which will ensure smooth multitasking and a seamless user experience. The device is also anticipated to run Android 15, layered with Samsung’s upcoming One UI 7.0, offering the latest software features and design refinements.
As part of the Galaxy S25 series, the Galaxy S25+ is positioned to appeal to users seeking a balanced combination of premium features and performance without venturing into the ultra-premium price range. With cutting-edge hardware, advanced software, and Samsung’s trusted design philosophy, the Galaxy S25+ is shaping up to be a strong contender in the flagship smartphone market for 2025. More details are likely to emerge as the official launch date approaches, fueling anticipation for Samsung’s next-generation devices.
