
This should help with thermal management and give power efficiency and battery life a boost. Google's Tensor-powered Pixel phones struggle with overheating issues and the use of the FOWLP packaging tech may help mitigate the problem to a large extent.
The Exynos 2400 is an impressive chip and in some ways, it's better than the Qualcomm Snapdragon 8 Gen 3, which is quite an achievement for Samsung. The success of the chip is expected to help the South Korean giant win orders from big players, some of whom have already expressed an interest in collaboration.fnnews claims that the favorable reception of the Exynos 2400 is one of the reasons why Google opted for Samsung's latest 4nm manufacturing tech for the Tensor G4. The newer 4nm process should theoretically also boost performance when compared to the Tensor G3, which is based on an older version of the 4nm tech.The Exynos 2400 and the Tensor G4 will have more in common than the same manufacturing node though. Per one report, the Tensor G4 will be loosely based on the Exynos 2400. It is expected to be an eight-core chip and use ARM's latest cores.Google was reportedly ready to ditch Samsung for TSMC this year but the Taiwanese company turned it away due to the low order volume. Google is pretty much confirmed to get the Tensor G5 made from TSMC next year.So while Google's decision to go to Samsung for the Tensor G4 may have been motivated in part by the Galaxy S24's success, the truth of the matter is that it didn't really have any other choice.
ncG1vNJzZmivp6x7sbTOp5yaqpWjrm%2BvzqZmp52nqHyIu86go55lk528tLGMjJimq6WjtG6yzqtkiaGomrluhdJmi56mo6S%2FbpOTZpmem5GqwKZ5zp9kgJmclsW6ebJra6xlo6qwpLHSrGRnZl6kv26wyJ1koqyPnrFygZVqZ2o%3D