The initial, unofficial test results for Samsung’s Exynos 2400 processor have surfaced online, suggesting that in several areas the chip could rival or even surpass the Apple A16 Bionic. This interpretation comes from a summary shared by WccfTech based on early benchmarks and leaks.
The Exynos 2400’s performance appeared in Geekbench 5 results posted on X by an insider known as OreXda. The best single-core score reported was 1711, with multi-core reaching 6967. Averaged figures cited for the chip were 1530 in single-core and 6210 in multi-core. These numbers imply a notable uplift over several contemporaries and point to a high level of efficiency across tasks that rely on single-thread performance as well as those that leverage multiple cores.
According to the leak, Exynos 2400 demonstrates roughly a 30 percent advantage over Qualcomm’s Snapdragon 8 Gen 2, the chip that powers Galaxy S23 series devices. If the trend holds, the Exynos 2400 could be poised to outpace the upcoming Snapdragon 8 Gen 3 in some workloads, at least in synthetic benchmarking scenarios. This potential edge would matter to enthusiasts and professionals who evaluate raw processing power for gaming, content creation, and productivity tasks on premium Android devices.
A particularly striking note from the leaks is the multi-core comparison with Apple’s latest A16-based iPhone 14 Pro Max. While Apple’s device maintains a robust single-core performance at around 1871 points, its multi-core score of about 5344 places it behind the Exynos 2400 in certain multi-threaded benchmarks. This contrast highlights how different chip designs can yield varying outcomes depending on the workload and the benchmarking methodology used.
Details on the official launch timeline for the Exynos 2400 remain uncertain. Industry chatter suggests a debut alongside Samsung’s next Galaxy S lineup, with a rollout anticipated in the first quarter of the year. If those projections hold, consumers could see the new Exynos-powered devices hitting markets early in the year, potentially reshaping performance expectations for flagships in the Galaxy ecosystem and beyond.
The discussion around Exynos 2400 has also touched on how Samsung approaches energy efficiency and sustained performance. Benchmarks often capture peak capabilities, but power efficiency and thermal management play critical roles in real-world use. A processor that maintains strong single-core performance while staying cool and responsive under load tends to deliver a smoother experience for daily tasks, gaming sessions, and long-form productivity work. The Exynos family has historically emphasized balance between CPU power, GPU capabilities, and power draw, and the 2400 is expected to refine this balance further.
Analysts and enthusiasts are watching to see how Samsung positions the Exynos 2400 in relation to its own Galaxy devices and to contrast it with rival silicon inside competing flagship phones. The ongoing competition among top-tier mobile chipmakers often pushes innovation, resulting in faster chips, smarter efficiency features, and better integrated graphics. Consumers may benefit from broader availability of high-power options across different brands and price points as these processors mature.
Overall, early chatter points to a processor that could deliver meaningful gains in performance, especially in multi-threaded workloads and applications that leverage the GPU and CPU in tandem. While the full performance picture will only be clear after official benchmarks, reviews, and real-world testing, the Exynos 2400 already stands out as a noteworthy contender in the race for premium mobile processing power. Samsung fans and Android enthusiasts alike will be keeping a close eye on the official reveal and subsequent device launches to gauge how the Exynos 2400 stacks up in everyday use and in the hands of developers who optimize for new silicon features.