Google’s Pixel phones have long stood out for their software and camera innovations, but the same can’t be said for their processors. Since the company introduced its custom Tensor chips, performance has lagged behind Qualcomm’s Snapdragon lineup. Now, with Google shifting production to TSMC and targeting cutting-edge 2nm technology, the tech giant is signaling a major change ahead.
A shift from Samsung to TSMC signals a new era
For years, Pixel phones have struggled with battery efficiency and thermal issues, often blamed on Samsung’s 4nm manufacturing process. With the upcoming Pixel 10, Google will move to TSMC’s 3nm process—a transition that’s expected to drastically improve energy efficiency and heat management. While not as flashy as a jump to 2nm, this year’s change could make a bigger difference in real-world performance.
The promise (and risk) of 2nm chips in Pixel 11
Looking ahead, Google’s move to 2nm chips in the Pixel 11 could put it ahead of Qualcomm for the first time, at least on paper. The Tensor G6, reportedly manufactured by TSMC, might represent Google’s first opportunity to lead in chip tech. But being first comes with risks: early adoption of a new process often brings bugs and inefficiencies, and Pixel’s track record with hardware doesn’t guarantee a smooth transition.
The real upgrade might arrive sooner than expected
While the Pixel 11 and its 2nm chip sound exciting, the true leap in quality may come with the Pixel 10 and its TSMC-made Tensor G5. It’s not just about size or nanometers—it’s about fixing the fundamental issues that have held back the Pixel lineup since the beginning.