| "Apple and Qualcomm now highlight node size" 
 Copilot:
 Yes—buyers of premium smartphones are increasingly aware of the application processor (AP) node size, especially as it relates to performance, battery life, and generative AI capabilities. While not every consumer knows the exact nanometer (nm) spec, many recognize the benefits tied to newer, smaller nodes.
 
 What Is an AP Node?
 
 Consumer Awareness TrendsThe application processor (AP) is the central chip that powers a smartphone’s performance.The node size (e.g., 3nm, 5nm, 7nm) refers to the semiconductor manufacturing process—smaller nodes mean more transistors, better efficiency, and higher performance.Flagship phones like the iPhone 15 Pro (A17 Pro, 3nm) or Galaxy S24 Ultra (Snapdragon 8 Gen 3, 4nm) use cutting-edge nodes.
 
 Market SignalsTech-savvy buyers—especially those who follow Apple, Samsung, or Qualcomm—are increasingly aware of node size as a proxy for:Battery lifeThermal efficiencyAI performanceGaming and multitasking speed
 Marketing plays a role: Apple and Qualcomm now highlight node size and NPU capabilities in launch events and spec sheets.Generative AI on-device is pushing awareness further—buyers are learning that smaller nodes enable faster, more efficient AI tasks like real-time translation, photo editing, and voice assistants.
 
 Bottom LineIn 2024, premium chipsets accounted for ~74% of revenue in the smartphone SoC market, despite only ~32% of unit shipments.This suggests buyers are willing to pay for advanced nodes, even if they don’t know the exact specs.The rise of on-device Gen AI (LLMs, NPUs) is making node size a more visible differentiator in flagship marketing.
 
 While the average buyer may not say “I want a 3nm chip,” they do respond to the benefits it enables—especially in premium tiers. For enthusiasts and early adopters, node awareness is now part of the decision matrix alongside camera, display, and battery specs.
 
 If you’d like to compare how Apple, Qualcomm, and MediaTek position their nodes—or how this affects upgrade cycles and resale value—I can break that down next
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