Samsung’s upcoming Galaxy S25+ has made waves on Geekbench, showcasing the impressive power of its Snapdragon 8 Elite chipset. As anticipation builds for the January launch of the Galaxy S25 series, these benchmark scores position the S25+ as a leader in the high-performance smartphone arena. With a single-core score of 3160 and a multi-core performance of 9941, the S25+ offers a notable leap in capabilities over the existing Galaxy S24+ and the base S25, which logged scores of 2481 and 8658, respectively.
Such significant improvements indicate Samsung’s commitment to optimizing this chipset, which is clocked at a robust 4.47 GHz, surpassing the standard Snapdragon 8 Elite’s 4.32 GHz threshold. This is complemented by 12 GB of RAM, a configuration that the Galaxy S24+ also sports, aligning the S25+ with high-end specifications.
Interestingly, the Galaxy S25+ was previously seen on Geekbench running with Samsung’s in-house Exynos 2500 chipset. In that iteration, it secured lower scores of 2359 for single-core and 8141 for multi-core performance, revealing the disparity between the two chips. The Snapdragon version, therefore, not only highlights Samsung’s technological advancements but also reflects the intense competition within the smartphone industry.
The Galaxy S25 series is expected to officially debut between January 22 and 23, positioning it strategically in the market. With a focus on achieving the ideal balance of power consumption, thermal management, and overall performance, Samsung seems to be fine-tuning both the Snapdragon and Exynos variants of the S25 models.
In a broader context, the Galaxy S25 Ultra has also been seen on Geekbench with varying results. One entrance revealed a multi-core score exceeding the 10,000 mark, while another indicated less impressive performance metrics. This inconsistency raises questions about the Exynos 2500’s capabilities, especially given that Samsung’s yield rate for its 3nm chip technology appears to be around a mere 20%. Consequently, markets outside of the US, China, and select regions are likely to receive devices powered by the Exynos chipset, as is typical for Samsung’s releases.
Despite the challenges faced with the Exynos units, the Snapdragon 8 Elite has demonstrated the potential for sustained high performance as evidenced by existing benchmarks. The real test will be in the hands of consumers, who will ultimately determine whether both chips can deliver on their promised capabilities. As the launch date nears, tech enthusiasts and potential buyers eagerly await not just the Galaxy S25 and S25+, but also how these devices will measure up against the fiercely competitive smartphone landscape.
