According to a recent report, Google is poised to accelerate its chip manufacturing process by transitioning to TSMC’s 2nm process for the upcoming Tensor G6 chip. This move marks a significant shift in Google’s strategy, as the company aims to stay competitive in a rapidly evolving tech landscape. The first Tensor chip, introduced with the Pixel 6 in 2021, was manufactured using a 5nm process at Samsung, with the subsequent Tensor G2 chip maintaining the same technology.
In 2022, while competitors like the Snapdragon 8 Gen 2 advanced to a 4nm process, Google took an additional year to catch up. The Tensor G3 chip was the first to utilize a 4nm process, with the current Tensor G4 following suit even as Qualcomm and MediaTek introduced chips built on a 3nm process. This trajectory illustrates Google's gradual progression in chip technology, but the company is now making strides to close the gap more swiftly.
Later this year, Google will make its initial switch to TSMC’s 3nm process with the launch of the Tensor G5. This advancement is crucial as it signifies Google’s commitment to keeping pace with industry leaders. However, the latest reports indicate that Google is not content with merely catching up; instead, it is looking ahead to future innovations.
Sources, including analyst @dnystedt, suggest that Google plans to leverage TSMC’s 2nm process for the Tensor G6, expected to debut with the Pixel 11 series in 2026. If these reports hold true, this would represent a significant leap in technology for Google, especially considering that the next generation of Qualcomm’s flagship chip, the Snapdragon 8 Elite, is anticipated to utilize a 3nm process.
Should Google successfully launch the Tensor G6 utilizing the 2nm process, it could potentially place the company ahead of its competitors, as a 2nm Snapdragon chip might not be available until several months after the Tensor G6's release. This development could offer Google a distinct competitive advantage in the smartphone market.
Interestingly, while Google is forging ahead, there are reports suggesting that Qualcomm may also utilize TSMC for a 3nm version of the upcoming Snapdragon flagship. Meanwhile, Samsung is rumored to be working on a 2nm version specific to its Galaxy devices, highlighting the ongoing rivalry among these tech giants.
As Google prepares for its transition to TSMC’s 3nm process with the Tensor G5, the excitement surrounding the potential advancements with the Tensor G6 is palpable. Tech enthusiasts and industry analysts will be closely monitoring these developments, particularly as they could redefine the competitive landscape in mobile technology.
For those interested in the evolution of Google’s chip technology, this transition signifies more than just a change in manufacturing; it represents a strategic pivot aimed at securing a leading position in the market. Stay tuned for further updates as Google continues to innovate and enhance its product offerings.
