Samsung’s next flagship mobile processor, the Exynos 2700, has reportedly outperformed Qualcomm’s top-tier Snapdragon silicon by as much as 20% in a round of internal benchmark tests, according to multiple reports originating from South Korean industry press. The chip is expected to power much of Samsung’s upcoming Galaxy S27 line-up, which makes the results a closely watched early signal of whether the company’s in-house silicon can finally match, or beat, Qualcomm at the high end.
The figures come from Samsung’s own laboratories rather than an independent testing house, and Samsung has not publicly confirmed them. For now, they are best read as an encouraging claim rather than a settled verdict.
The Headline Numbers
According to reports circulated by outlets including The Korea Herald and Chosun Biz, Samsung’s MX (Mobile eXperience) division compared the Exynos 2700 against Qualcomm’s Snapdragon 8 Elite Extreme Gen 6, the chip inside Xiaomi’s 18 Pro Max, across a series of in-house benchmarks. Spanning CPU, GPU, AI and power-efficiency tests, the Exynos reportedly came out ahead in most categories.
The standout result is a roughly 20% lead in multi-core CPU performance, with narrower but still consistent advantages elsewhere.
CPU: Exynos 2700 Pulls Ahead in Multi-Core
On Geekbench 6.5’s multi-core test, the Exynos 2700 reportedly scored around 13,000 points against roughly 11,000 for the Snapdragon 8 Elite Extreme Gen 6, a gap of about 20%. On the newer Geekbench 7.0 suite, that lead reportedly narrowed to around 15%.
An earlier wave of reports in August 2026 described a similar pattern. The Exynos was said to score about 19% higher than the standard Snapdragon 8 Elite Gen 6 on Geekbench 6.5 multi-core, and about 9.5% higher even against the top-binned “Pro” variant. Taken together, the two reporting cycles paint a consistent picture of a multi-core CPU advantage in the mid-to-high teens against Qualcomm’s best.
Graphics, AI and Power Efficiency
Samsung’s reported gains were not limited to the CPU. In a demanding gaming-style graphics workload, the Exynos 2700 is said to have delivered roughly 20% higher peak performance than Qualcomm’s flagship, although its advantage shrank to around 5% in a more standard 3D benchmark.
Earlier figures put the chip’s Xclipse 970 GPU about 5% ahead of the Snapdragon 8 Elite Extreme Gen 6 at peak, and reported that under a 2.5W power ceiling it ran roughly 22–24% faster than Qualcomm’s chips, a sign Samsung is chasing efficiency as much as raw speed.
On AI, Samsung reportedly ran a test using Meta’s Llama 3.1 8-billion-parameter model and found the Exynos 2700 generated responses about 18% faster than Qualcomm’s Pro chip. In a separate power-consumption test simulating real-world use, the Exynos reportedly drew 161 mA against 185 mA for the Qualcomm part — roughly 13% lower.
A Wider Gap Against Mid-Tier Snapdragon
Against Qualcomm’s lower-tier Snapdragon 8 Gen 6, the Exynos 2700’s reported margins widened considerably, to around 44% on Geekbench 6.5 and 36% on Geekbench 7.0 in multi-core. Those comparisons matter less for a flagship-versus-flagship story, but they underline how large the reported gaps can appear depending on which Qualcomm chip is chosen as the reference point.
What’s Inside: 2nm SF2P, Xclipse 970 and a 10-Core CPU
The Exynos 2700 is reportedly built on Samsung Foundry’s second-generation 2nm process node, known as SF2P, a refined Gate-All-Around design said to deliver roughly a 12% performance uplift and a 25% cut in power consumption over the Exynos 2600. Leaks point to a 10-core CPU, an Xclipse 970 GPU, a larger NPU, 24MB of system-level cache and support for LPDDR6 memory.
Engineering samples spotted on Geekbench earlier in the year looked unremarkable, but that is typical of pre-production silicon. Later leaks have pointed to materially higher scores as the design matured, with some claims citing a prime CPU core clocked above 4GHz.
Why It Matters for the Galaxy S27
The Exynos 2700 is widely expected to power the Galaxy S27, S27+ and a new S27 Pro in markets such as South Korea and Europe, while regions including the United States are likely to retain Snapdragon versions. Reports also suggest Samsung is weighing whether to bring Exynos back to the Galaxy S27 Ultra in select markets, which would mark a notable return for Exynos to Samsung’s most premium tier after the mixed reception of the Exynos 2200 in the Galaxy S22 Ultra.
Strong internal results, if they hold, would give Samsung more confidence to lean on its own chips, reducing both its reliance on Qualcomm and the cost that comes with sourcing silicon externally.
The Caveat: Samsung’s Own Tests, No Independent Proof
There are good reasons for caution. These are internal benchmarks run by Samsung, not independently verified results, and the company has a history of Exynos chips that looked strong on paper but struggled with heat and battery life in everyday use. Benchmark outcomes also swing with cooling conditions and software optimization, so the same margins may not survive to mass production.
Samsung has issued no official statement, and no independent laboratory has published comparable numbers.
Outlook
The real test will come when reviewers get retail Galaxy S27 units and run sustained, like-for-like comparisons against production Snapdragon phones. Until then, the headline, Exynos 2700 beating Snapdragon by up to 20%, is a promising early indicator of Samsung’s progress rather than a guarantee of what buyers will experience. If even part of it holds up, the Galaxy S27 could finally give Samsung a genuine high-end alternative to Qualcomm’s best.
Olivia Bennett is a technology writer at TechJox with over 8 years of experience creating detailed how-to guides, software tutorials, troubleshooting articles, and step-by-step walkthroughs. She specializes in Windows, Android, iOS, AI tools, software applications, browser settings, and everyday tech solutions. Her expertise includes simplifying technical processes, resolving common software issues, and explaining digital tools through practical, beginner-friendly instructions. Olivia focuses on making technology easier to navigate, helping readers solve problems confidently and get the most out of their devices and applications.
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