The 2nm Google Tensor G6 rumor on the Pixel 11 was wrong all along - Notebookcheck

Google has confirmed that the Tensor G6 chip powering its new Pixel 11 lineup is built on TSMC's N3P process, a refined 3nm node, rather than the previously rumored 2nm process. This clarification end... Read original →

The confirmation that Google's Tensor G6 chip in the Pixel 11 uses TSMC's N3P process, rather than the rumored 2nm node, reveals the pragmatic constraints within the global semiconductor ecosystem. While N3P is a refined 3nm process, it meets current performance demands without the exorbitant costs of 2nm fabrication. This move signals Google's strategic shift toward cost-efficient, performance-optimized chip development. From a compliance standpoint, the decision mitigates potential supply chain disruptions tied to speculative technology trends and reduces exposure to geopolitical risks. In response to competitors like Apple, Google is leveraging system-level optimizations and cross-functional architecture improvements to maintain competitive edge. Looking ahead, 2nm will likely remain confined to high-end applications, while mid-tier devices continue to rely on 3nm and below. Google’s long-term R&D presence in Taiwan underscores its commitment to building a robust hardware engineering ecosystem, positioning itself for sustained innovation in mobile SoC design.