Hardware & Gadgets

Pixel 11 First to TSMC's 2nm Chip Process, Edging Out iPhone 18

Google's upcoming Pixel 11, featuring the Tensor G6 chip, is slated to be the first smartphone to utilize TSMC's advanced 2nm manufacturing process. This places it ahead of Apple's anticipated iPhone 18.

Timothy Allen
Timothy Allen covers hardware & gadgets for Techawave.
2 min read0 views
Pixel 11 First to TSMC's 2nm Chip Process, Edging Out iPhone 18
Share

Google's next-generation Pixel 11 smartphone is set to make a significant technological leap, with its Tensor G6 processor reportedly being the first chip to be manufactured using TSMC's cutting-edge 2nm process. This advancement positions the Pixel 11 to launch with this next-generation technology before Apple's iPhone 18, according to industry reports. While the Tensor G6 is not expected to be a revolutionary redesign, it promises notable improvements, including updated CPU cores, an enhanced GPU, and upgrades to the security chip and modem.

The Economic Daily News has reported that TSMC's 2nm node will be employed for the Tensor G6. This would grant the Pixel 11 series a period of exclusivity in the market with this advanced fabrication technology. Typically, such leading-edge processes debut with the latest iPhone models, but Apple's traditional September release window allows Google an estimated month of precedence with its August launch.

Next-Generation Chipset Race Intensifies

Beyond Google and Apple, other major players in the mobile chip industry are also gearing up to adopt TSMC's 2nm process. Apple's A20 chips, the next iterations of Qualcomm's Snapdragon processors, and MediaTek's upcoming Dimensity flagships are all expected to leverage this new technology. These chips are projected to appear in devices later in 2026 and into early 2027. Notably, these competitors may utilize an extended version of TSMC's 2nm process, which reportedly offers even greater performance and energy efficiency gains.

The race to implement the most advanced semiconductor manufacturing processes is a critical battleground for smartphone manufacturers. Achieving a smaller process node like 2nm allows for more transistors to be packed into the same area, leading to chips that are both more powerful and more energy-efficient. This translates to faster device performance, longer battery life, and the potential for more sophisticated on-device AI capabilities. For Google, securing the first manufacturing slot on TSMC's 2nm line is a strategic move to showcase its technological prowess and differentiate the Pixel line in a highly competitive market.

Google has officially announced an event scheduled for August 12, where the Pixel 11 series is expected to be unveiled. Recent weeks have seen an increased volume of leaks and rumors surrounding the new devices. Earlier today, listings on Amazon surfaced, revealing new color options for the Pixel 11 and confirming anticipated price increases for the upcoming lineup.

Share