Exciting changes are on the horizon for the upcoming Pixel 11 series, particularly in the realm of chip design. Google's shift to designing the Tensor G5 application processor from the ground up marks a significant departure from previous models relying on Samsung Exynos designs. This move allows Google to incorporate key features tailored specifically for the Pixel 11, enhancing performance and efficiency.
Furthermore, the decision to manufacture the Tensor G5 using TSMC's enhanced 3nm process node (N3E) promises even greater improvements in performance, power efficiency, and thermal management. Looking ahead, there are reports suggesting that the Pixel 11 series could potentially be powered by the Tensor G6, built with TSMC's cutting-edge 2nm process node, positioning it as a pioneer in smartphone chipset technology.
On the other hand, the Samsung Galaxy S26 series might also adopt a 2nm AP, potentially setting the stage for a historic showdown in chip technology between the two flagship devices. Whether the Pixel 11 or the Galaxy S26 ends up being the first to feature a 2nm chipset, one thing is certain – the race for innovation in chip design is in full swing.
