Using the second generation 10nm process, Exynos 9810 promises to save battery life when Samsung says the single-task operation will double and multiply by 40%. The chip also has a separate security processing unit to handle biometric information and sensitive data (such as face detection, iris and fingerprints).
The modem inside the chip is also one of the first modems to support carrier-cum-subscriber technology for up to six channels, meaning that the maximum LTE speed is 1.2Gbps, while last year was only 1Gbps.
Samsung also promises real-time deflection, up to 120fps video recorded in UltraHD (4K) resolution and anti-shake when shooting and recording videos.
The promises are not always true on real devices, but when the development of Exynos chips is very close to the Galaxy S release schedule, we can hope they will appear on S9.
Complexly, Samsung still used Qualcomm chips in some countries, so with the Galaxy S9 they will probably use Snapdragon 845 in parallel with Exynos. As processors become increasingly complex and individually tweaked, it is possible that static energy will be heterogeneous on different chip phones. In the coming weeks, we will know more about the parameters of Galaxy S9.
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