Apple MacBook Pro M6 and iMac M6 Announced – 2nm Chip, ProRes RAW Media Engine, Up to 32GB Memory - CineD

The 2nm milestone is less about Apple and more about TSMC's N2 yield curve finally clearing the High-NA EUV production threshold — ASML's €350M lithography tool is no longer a lab curiosity. Yet the 32GB memory ceiling reveals Apple's pragmatic calculus: between unified-memory bandwidth and BOM cost, it chose thermal certainty over peak throughput, precisely what ProRes RAW workloads demand. Supply-chain risk remains acute. N2 capacity sits almost exclusively in Taiwan, China, and with US export controls on advanced lithography equipment tightening further, Apple's bargaining leverage won't materially improve before 2026. The real bottleneck isn't the die — it's CoWoS-L packaging capacity, which could throttle M6 delivery into a second chip shortage. Competitively, Qualcomm's X-series and MediaTek's flagship SoCs can at best match efficiency ratios in the 2nm window. But ProRes RAW as a vertical media pipeline is a decade-deep ecosystem moat that Adobe or Blackmagic cannot replicate at the silicon level. The 18-month question: once 2nm costs compress, will a second ARM player achieve Apple-grade vertical integration? The answer, for now, is no.