New Delhi: Samsung’s upcoming latest Exynos 2600 chipset is creating a banger in the smartphone landscape with the claims of being significantly better in terms of performance and efficiency than competing chips, which includes Apple’s recently introduced A19 Pro chip. This improved efficiency is primarily attributed to Samsung’s latest 2nm Gate-All-Around manufacturing process, and with this, Exynos 2600 will be the first 2nm smartphone chipset in the market. The latest Exynos 2600 is going to power the upcoming Galaxy S26 series smartphones set to launch next year.
Users also may see this in the chip power of the Samsung tablets later in this same year, in some of the recent benchmark leaks revealed that the Exynos 2600 not only outperforms Apple’s A19 Pro in multi-core performance but also excels in efficiency. It only consumed 7.6 watts during the multi-core test, which is notably lower than the power consumption in competing chips. Exynos 2600 is expected to feature a 1+3+6 core cluster for the CPU design, with the single high-performance core running up to 3.8GHz. Three additional performance cores are 3.26GHz, and six efficiency cores are operating around 2.76GHz.
And for the graphics front, Samsung will go on to introduce the latest Xclipse 960 GPU, which is rumoured to surpass last year’s Qualcomm Snapdragon 8 Elite and Apple’s latest A19 Pro GPU performance. Exynos chips from Samsung are often criticised for overheating and power inefficiency to the level that Samsung has to choose MediaTek for its tablets this year. Now, with the proprietary 2nm GAA fabrication process and significant improvements in power leakage reduction, Samsung also appears to make a strong comeback in the chipset area. Exynos 2600 is not only challenging Apple’s flagship silicon, but it also challenges Qualcomm’s and MediaTek’s latest offerings, making Samsung’s chipset a contender for the 2026 flagship smartphone. The leaked benchmarks and performance rumours signal promising performance and efficiency; actual consumer performance and broader market impact remain to be seen.
