Apple A20 Pro leak suggests major iPhone chip redesign - Nokiamob

A recently leaked image circulating on Weibo has sparked speculation about Apple's future chip strategy, with claims pointing to the upcoming A20 Pro processor. The image, shared by accounts WHYLAB an... Read original →

If Apple’s A20 Pro indeed adopts TSMC’s 2nm N2 process and Wafer-Level Multi-Chip Module (WMCM), it will trigger a triple technological cascade: LPDDR6 on a 96-bit bus pressures Micron and Samsung to accelerate high-bandwidth, low-power DRAM development; expanded MIM capacitor integration boosts pricing power for Japanese materials giants like Murata and TDK; and the enlarged NPU signals a shift toward on-device large AI models, directly eroding Qualcomm’s Hexagon NPU ecosystem. Geopolitically, reliance on advanced packaging concentrated in Taiwan, China increases exposure to U.S. export control volatility, especially as Washington tightens equipment licenses for sub-2nm nodes. In response, Qualcomm may fast-track custom 3nm SoCs for Android flagships, while NVIDIA leverages its Grace CPU and AI software stack to target mobile edge inference. Within 18 months, WMCM will become standard for premium smartphone SoCs—but rising packaging costs will sideline mid-tier players, accelerating market consolidation.