The article analyses how China’s AI chip industry confronts the 7nm process bottleneck by leveraging mature nodes, innovative architectures, chiplet packaging, high‑bandwidth memory and a growing software ecosystem, while projecting rapid market growth and outlining remaining technical gaps.
This analysis forecasts semiconductor process evolution, advanced packaging growth, and HBM memory capacity through 2025, highlighting TSMC and Samsung’s 2nm/3nm timelines, Nvidia and AMD packaging limits, and the assumptions driving Nvidia’s future AI‑chip architecture.
The article outlines the major milestones in CPU development—including shrinking process nodes, increasing integration of components, evolving memory controller standards, the progression of PCIe generations, and micro‑architectural enhancements such as larger caches and hybrid core designs—providing a concise historical overview for readers.
This article traces the evolution of CPUs by examining process node reductions, increasing integration of components, memory controller upgrades, PCIe advancements, and microarchitectural innovations that together shape modern processor performance and efficiency.
This article provides a detailed technical overview of NAND Flash wafer fabrication, die testing, various packaging methods such as TSOP, BGA, and LGA, the evolution of process nodes, memory cell architectures (SLC, MLC, TLC), and factors affecting flash reliability and lifespan.
