Chip War
Intel's rise and manufacturing decline inside the global chip contest.
Summary
Miller, an economic historian, writes the history of the semiconductor industry and argues that computing power has become the decisive determinant of economic and military strength, and that its production is concentrated in a small number of chokepoints.
The history covers the invention of the transistor and the integrated circuit, the founding of Fairchild and Intel, the role of American military demand in funding early production, the Japanese memory challenge of the 1980s and the American response, the emergence of the fabless model with design separated from manufacturing, the rise of TSMC in Taiwan under Morris Chang, and the concentration of lithography in ASML in the Netherlands.
The strategic argument concerns the chokepoints. Advanced logic manufacturing is concentrated in Taiwan and South Korea, extreme ultraviolet lithography exists only at ASML, and design tools are dominated by three American companies. Miller shows that this concentration was produced by the economics of the industry, since each generation of capability requires larger capital expenditure and the number of firms that can fund it has fallen with every node.
He covers Chinese efforts to build domestic capability, the export controls imposed by the United States, and the military significance including precision weapons and signal processing. The book was published in 2022 and the export control regime has changed substantially since. Miller writes as a historian and the technical explanation is at a general level. His framing of semiconductors as the central strategic resource is convincing for the specific chokepoints and less so as a general theory of national power.
Key takeaways 8
- Computing capability has become a determinant of military and economic power comparable to energy resources in the twentieth century.
- Advanced chip manufacturing is concentrated in Taiwan and South Korea, which makes a small geographic area a chokepoint for the entire global economy.
- Extreme ultraviolet lithography exists at a single company in the Netherlands, and no alternative source exists at any price.
- Each generation of manufacturing capability requires larger capital expenditure, which has reduced the number of firms able to compete to a handful.
- The separation of chip design from manufacturing created the fabless model and made TSMC's position possible.
- American military demand funded the early industry, and the relationship between defence procurement and commercial semiconductors has been continuous.
- Japan's memory challenge in the 1980s was met through a combination of trade policy, industry consortia and a shift by American firms into different products.
- Chinese efforts to build domestic capability face the constraint that the equipment and design tools required are controlled by other countries.
Who should read it
Investors and operators in technology and hardware who need the industry structure and the specific chokepoints that determine supply.
Who recommended it 1 · 1 direct
Similar books 6
Chosen by shared topics, the entries that hold them, and the people who recommended both.
How Kilby and Noyce each invented the integrated circuit in 1958 and 1959.
Recommended by: Patrick Collison
Why some Asian nations grew rich: land reform, export-led industry, directed credit.
“it's a good read for anyone who wants to understand what actually determines whether a developing economy will succeed.” — Bill Gates
Source: Gates Notes review of How Asia Works
Recommended by: Bill Gates, Mohnish Pabrai, Patrick Collison
Nvidia from its 1993 founding to the AI boom, from interviews with Jensen Huang.
How the Bell Labs team of Shockley, Bardeen and Brattain invented the transistor.
Recommended by: Patrick Collison
Portraits of the scientists, engineers and founders behind new technology.
The argument that Taiwan's chip industry protects it from Chinese attack.
Where it sits in the reference 8
Topics