Understand Advanced GPUs Through Manufacturing
Advanced GPU performance is shaped not only by architecture, but also by process technology, packaging, memory, testing, and supply-chain constraints. This directory connects EUV, FinFET, GAAFET, CoWoS, HBM, TSV, chiplets, yield, and binning into one map.
Chapter 1
Semiconductor Manufacturing Overview
From silicon wafer to advanced GPU package
Chapter 2
Wafer Fabrication Flow
How deposition, lithography, etching, doping, CMP, and metrology repeat
Chapter 3
Lithography, DUV, and EUV
The engineering of printing circuit patterns onto wafers
Chapter 4
Transistor Process, FinFET, and GAAFET
From planar MOSFETs to fins and nanosheets
Chapter 5
Interconnect and RC Delay
When transistors get faster, wires and power delivery become bottlenecks
Chapter 6
Advanced Packaging, CoWoS, and Chiplets
Turning multiple dies into one high-bandwidth system
Chapter 7
HBM, TSV, and Memory Bandwidth
Why advanced GPUs depend on stacked DRAM
Chapter 8
Advanced GPU Manufacturing and Integration
How logic dies, HBM, packaging, and system validation become a product
Chapter 9
Yield, Testing, and Binning
Why chips from the same wafer are not all equal
Chapter 10
Semiconductor Supply Chain
How equipment, materials, foundry, OSAT, memory, and systems fit together