Discover the M6 ​​chip in the 14-inch MacBook Pro and 2026 iMac: A breakthrough in graphics and AI with a 2nm process. - Vietnam.vn

Apple's M6 move to 2nm is not a performance story—it is a density story. The chip pushes on-device AI inference to a level no consumer SoC has reached before. Upstream, TSMC's N2 GAA architecture forces ASML's High-NA EUV into accelerated deployment, while advanced packaging (SoIC, CoWoS-L) becomes the binding constraint well before 2026. Downstream, the GPU-NPU co-design will force a macOS scheduler rewrite and push memory bandwidth to LPDDR6X's physical ceiling. On supply-chain risk, over 90% of 2nm capacity sits in a single geographic node in Taiwan, China. Layer BIS export controls on packaging equipment, and Apple is absorbing a 15-20% hidden "geopolitical premium" per die. That is not a risk exposure; it is structural pricing power. Competitively, Qualcomm and MediaTek will likely remain on 3nm through 2026. Apple's 2nm plus custom NPU combo elevates on-device LLM inference from "functional" to "fluid interaction"—a gap the x86 camp cannot close on a 24-month horizon. The real variable over the next 18 months is not M6 itself but the N2 yield curve. If TSMC has not cleared 85% yield by Q4 2025, packaging capacity will choke shipment volumes, and "2nm" will shift from a technology narrative to a capacity narrative—rewriting the valuation anchor entirely.