For the higher price, we’ll likely see significant improvements in the Pixel 8 and Pixel 8 Pro.
The last two generations of Pixel smartphones had many advantages due to the Tensor chipset, but they also had several disadvantages. The Pixel 6 and Pixel 7 were simply worse, especially when it came to battery life, performance and heat development. Fans always want to sugarcoat it, but the competition has recently moved on.
With the Tensor G3, which is on the Pixel 8, can (rumor mill) That would be significantly better. Samsung has been able to improve its production. The new Tensor G3 is the first chip manufactured by Samsung Foundry with “fan-out wafer level packaging.” “FoWLP related to Refers to the method used to enclose all integrated circuits. The package protects the chip and connects the chipset to the motherboard.
“FoWLP offers a high level of integration with small package requirements. Input/output I/O is also higher and thermal and electrical performance are significantly improved.” In other words: this improved production, from which the Galaxy S24 series (Exynos 2400) should also benefit, will be able to offer significantly lower heat development and It will cause less stress on the battery.
The Exynos return is also beneficial for Google
Samsung wasn’t the only one on a mission to improve chipset production on behalf of Google. You don’t want to stick with Qualcomm permanently, but instead rely on Exynos again. But the weaknesses of the last few years must be removed first. Google had no choice but to contract with Samsung, so the weaknesses of the Exynos chips were also noticeable in the Pixel 6 and Pixel 7.
Still, the way Google supposedly wants to go, starting with the Pixel 10 (2025) a Tensor chipset could be installed without Samsung’s involvement. But first let’s see what improvements Tensor G3 brings. A lot of things have to happen when device prices go up so much.
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