"Even bigger" since in single-core performance the Apple-designed processor comes out on top, Mongoose is on the bottom (despite the clock speed advantage) and Kryo splits the difference. The big Kryo cores top out at 2.15GHz while the even bigger Twister cores go to 1.84GHz max. If only two Mongoose cores are engaged, they boost to 2.6GHz, up from the top speed of 2.3GHz when all four of them are online. The Exynos chipset features an optimization that helps it when the app uses few cores. Then there's the Apple A9, the iPhone 6s chipset, which has a dual-core processor with the Apple-designed Twister cores. We don't have an S820 Galaxy S7 around, so we'll include the scores of the S7 edge, which should perform identically. The Snapdragon 820 is all Qualcomm custom cores, Kryo, split into a big.LITTLE setup again, but there is only four cores in total, two in each cluster. The little cluster is made up of four Cortex-A53s. The Exynos 8890 uses Samsung's proprietary "Mongoose" cores, four of them in the big cluster.
Its's custom core galore in this chapter. The "international" version, like the one we have, is powered by an Exynos 8890 chipset, while the one heading to the US (and other regions) is based on the Snapdragon 820. The Samsung Galaxy S7 comes in two different configurations (aimed at different regions).
#Samsung galaxy s7 geekbench 4 android#
Cross-platform performance testing is a tricky subject, but the issues faced by benchmark developers that support both Android and iOS are the same that face app developers.
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