The disparity among smartphone chips in 2026 is staggering. The fastest chipset we've tested is approximately 15 times more powerful than the slowest one currently found in modern smartphones. Despite this significant gap, both can run nearly the same apps, games, and operating systems, showcasing the diverse landscape of mobile silicon.
Yet, raw performance alone isn’t the entire story. Factors such as software optimization, thermal management, storage speed, and app behavior greatly influence how fast a phone feels in everyday use. However, for demanding workloads, there remains no substitute for sheer computational power.
To evaluate performance, we focused strictly on raw chipset capabilities using three benchmarks from our review database: GeekBench single-core, GeekBench multi-core, and 3DMark Wild Life Extreme. We excluded camera processing comparisons, AI claims, connectivity features, and manufacturer marketing promises, concentrating solely on CPU and GPU performance across 70 smartphone chips from the past two and a half years.
The results are derived from our device reviews, using median scores when multiple devices with the same chipset were assessed.
To enhance readability, the tool employs a dynamic 100% baseline system. Selecting any chip will recalibrate the scores of all others relative to it. Users can also view the benchmark figures for each individual test.
By default, the “Popular” filter is enabled, displaying the 30 most-viewed chips in our database based on recent reader interest. Users can disable it to browse the complete list.
Now, let’s dive into the analysis.
Tip: Click any row to set it as the 100% baseline. Hover over rows for precise scores and percentages.
Several observations emerge when examining the dataset (as of June 2026).
Flagship performance is consolidating at the top. Five or six years ago, one manufacturer typically dominated an entire generation of chips. Now, the Snapdragon 8 Elite Gen 5, Dimensity 9500, Exynos 2600, and Apple A19 Pro all effectively share the same ultra-high-end performance tier. Though differences exist, they are less pronounced; the primary market division is now between flagships and everything else, rather than among flagship manufacturers themselves.
Apple maintains a lead in single-core performance. This is perhaps the clearest observation in the dataset. The A19 Pro continues to dominate single-core performance, even in comparison with Qualcomm’s latest offerings. Single-core performance is crucial for user interface interactions, indicating that Apple prioritizes responsiveness and burst performance above all else.
Qualcomm's strength lies in GPU performance. Qualcomm excels in delivering a balanced performance between CPU and graphics. The overclocked Snapdragon 8 Elite Gen 5 ranks first in both the multi-core CPU and GPU benchmarks, with a larger advantage seen in the graphics performance.
MediaTek has emerged as a strong contender. The company not only excels in the high-end market with the Dimensity 9500 — which is close to Qualcomm’s top chips — but has also established dominance in the midrange segment. MediaTek is pushing “near-flagship” performance into lower price brackets faster than Qualcomm historically managed, as exemplified by chipsets like the Dimensity 8400, which offer nearly flagship-level GPU performance at accessible prices.
Samsung’s Exynos has rebounded. The benchmark results position the Exynos 2600 firmly in flagship territory, moving beyond being merely “an acceptable alternative.” It now competes closely with Qualcomm, making it difficult to support the old narrative of “avoiding Exynos” based purely on performance data.
Google’s Tensor chips are distinct from traditional flagships. The latest Tensor G5 showcases fair CPU metrics; however, it falls significantly behind in GPU performance compared to flagships. Google appears to prioritize differentiation over benchmark leadership, making Tensor resemble a premium midrange chip within a flagship device. Interestingly, Pixel users do not frequently report issues with everyday performance, suggesting that a substantial number have their daily requirements met.
The performance explosion is more evident in GPUs than CPUs. The most significant takeaway is that performance scaling for GPUs has outpaced that of CPUs. The overclocked Snapdragon 8 Elite Gen 5 Leading Edition, as tested in the RedMagic 11S Pro, demonstrates roughly 5,600% greater graphics performance than the Snapdragon 4s Gen 2, which ranks at the lower end of our 3DMark results.
A significant performance gap exists at the lower end. The chipset market is no longer progressing uniformly. The performance divide between upper midrange and flagship chipsets has diminished significantly, while entry-level chips have not evolved as rapidly. Midrange chips are advancing at a quicker pace compared to lower-end models, offering consumers a markedly improved experience by simply moving beyond the ultra-affordable tier. It is remarkable how current applications can still run on processors like the Helio G81 or Snapdragon 4s Gen 2, which offer only about 10% of the performance seen in the Snapdragon 8 Elite Gen 5.
