The debut of the flagship Samsung Galaxy S22 Ultra will take place in a few days. This super smartphone will be offered in various markets with two processors: Snapdragon 8 Gen 1 and the proprietary Exynos 2200. Which one does it do better in the Galaxy S22 Ultra tests?
The Samsung Galaxy S22 series will debut on February 9 in a few days. Among them will be the absolute top Samsung Galaxy S22 Ultra. As was the case in the past with the older generations of Galaxy S, also this year, the Koreans will release their flagship models with Exynos and Snapdragon systems. In Poland (and throughout Europe), we will receive calls with the Exynos 2200. Is it wrong? Snapdragon has won with Samsung in the past, but it looks like Exynos will be a worthy rival to it this year.
Two Galaxy S22 Ultra smartphone were compared: powered by the proprietary Exynos 2200 (model SM-S908U) and by Snapdragon 8 Gen 1 (SM-S908B). The test results are comparable.
Qualcomm Snapdragon 8 Gen 1 3.00 GHz achieved 1168 points in the single-core test, and Samsung Exynos 2200 2.90 GHz broke the result of 1226 points. In turn, the new flagship Qualcomm processor (3508 points) did a bit better in the multi-core test – the Exynos 2200 received 3462 of them.
Both processors are built using the same 4 nm process, and they even have the same architecture:
The test results indicate that Polish users should not be particularly afraid of the Exynos 2200 chip. Of course
Also Read : OnePlus 10 Pro revealed: Specs And Details
Instagram is currently one of the most widely used social media sites where individuals share…
The rise of AI is radically changing the situation regarding cybercrime, particularly in disinformation and…
Washington is among the many states that are growing when it comes to real estate.…
Escalators, the dependable workhorses of today's world, dutifully transport us between levels in malls, airports,…
It is estimated that around 86% of companies lack sufficient security on their servers in…
Digital transformation has led to an explosion of connected devices, going far beyond what we…