Like a movie trailer, but for books. Watch, listen, or read along, then go as deep as you want.
Great lessons shouldn't depend on spare time, money, or how you learn. Free in 8 languages, for everyone.
Audiobook Summary and Review by StoryShots
Fewer than ten machines on Earth decide who builds the world's best chips.
China spends more importing chips than it spends importing oil.
That is the pressure point behind Chip War: The Fight for the World's Most Critical Technology, by Chris Miller, a history of how silicon became the center of global power.
Start with a number.
Chips run phones, cars, hospital scanners, and precision weapons.
Without them, entire industries grind to a halt.
The supply is absurdly concentrated.
Taiwan provides 37 percent of the world's new computing power each year.
Two Korean companies make 44 percent of the world's memory chips.
One Dutch company, ASML, builds every extreme ultraviolet lithography machine, and without those, cutting-edge chips cannot be made.
OPEC's 40 percent share of oil production looks modest by comparison.
You depend on this fragile arrangement every time you unlock your phone.
That dependence was not an accident.
It was a series of choices.
Silicon Valley began with government money.
Chip sales to the Apollo program turned Fairchild from a small startup into a firm with a thousand employees, with sales jumping from $500,000 in 1958 to $21 million two years later.
Then labor costs pushed American firms to move assembly to Asia.
Designers kept the brains.
Fabs went abroad.
Intel shows what happens when you stop paying attention.
Its CEO from 2005 to 2013 admitted he turned down the contract to build iPhone chips because he worried about the financial implications.
A few years later, Apple was making more money in smartphones than Intel earned selling PC processors.
Every handoff made sense at the time.
Add them up and a lead drains away.
But if the factories left, who holds the real power now?
The scientific networks behind extreme ultraviolet lithography spanned America, Japan, Slovenia, and Greece.
Yet its manufacturing was not globalized.
It was monopolized.
A single supply chain run by a single company controls the future of the most advanced chipmaking.
That tool is the most expensive mass-produced machine in history.
A facility for the most advanced logic chips costs twice as much as an aircraft carrier and stays cutting-edge for only a couple of years.
So no country can simply decide to catch up.
China has tried, buying foreign chipmakers and pouring billions of dollars in subsidies into its own firms.
Washington answers with export controls aimed at denying China the equipment it needs.
Power now lives in a few machines, not just in the chips they make.
Which leaves Taiwan, the most likely future battleground, holding the technology both militaries are betting on.
If you know someone who wants to understand where tomorrow's power sits, send them this summary.
This summary of Chip War by Chris Miller ties three truths together: chips outrank oil in trade, America traded away its manufacturing lead, and a few chokepoints now decide who holds power.
But we've barely touched the people behind it.
How did Morris Chang build TSMC from a Taiwanese state project into a giant?
What did Intel's leaders do when Japan nearly won?
We're putting together the full summary of Chip War right now, with an infographic and animated video.
Follow the book in the StoryShots app to get it the moment it's ready.
