FAB ・ I.04 ・ FOUNDATIONS
Volume I · Foundations · Plate 04

The Pentagon's
Chip

In 1962, the U.S. government bought essentially every integrated circuit produced in America. By 1972, less than half. The handoff from federal procurement to commercial demand — and the price collapse the government's purchasing discipline made possible — invented Silicon Valley.

FIG. 04.A · STACKED AREA · ANNUAL US IC SALES BY BUYERThe federal share collapsed by half in nine years.
Federal procurement (DoD + NASA)
Commercial demand (computers, calculators, instruments)

1962

≈ 100%

Of integrated circuits produced in the United States, the federal government bought essentially all of it. No commercial market existed at any price a chip company could economically produce it for.

1965

72%

Apollo + Minuteman dominate. Apollo alone consumes ~60% of the year's IC output. Single largest buyer in the world: the Minuteman II program.

1972

42%

Calculators, mainframe peripherals, the first wave of digital instruments — buying chips at prices the military programs had brought into existence.

The big buyers · 1962—1972

22
Custom ICs for the Minuteman II D-37 guidance computerTexas Instruments × Autonetics · first major custom IC program
1962
contract
$43.50
First MIT purchase order to Fairchild · 100 Type G NOR gates"It looked like a way of building a computer out of nothing."
27 Feb
1962
4,100
Fairchild NOR gates per Block I Apollo Guidance ComputerBlock II reduced this to ~2,800 dual-NOR packages
1963
frozen
≈ 1M
Total flat-pack ICs consumed across the Apollo programNot one of the 2,800 ICs in flight is recorded as having failed
'63 — '75
~$3K
Per-unit cost of a Paveway laser-guided bomb kitQuadrant photodetector + ICs in a coffee-can nose cone
1968
combat
800+
Sorties flown against the Thanh Hoa Bridge before precision arrived11 American aircraft lost. The bridge still stood.
'65 — '72

FIG. 04.B · LOG SCALE · PRICE OF A NOR GATE

The price collapse was a procurement strategy.

By ordering by the hundred thousand and demanding NASA-grade reliability, the federal government drove yields up and unit costs down a learning curve no commercial market could have funded. By 1968, a Micrologic gate that cost $120 in 1961 sold for about a dollar.

The federal government, in the years between Sputnik and the first lunar landing, paid for an industry that no commercial market would have supported. It paid premium prices for parts that did not yet exist at scale. It paid the engineering cost of qualifying a new manufacturing technology against the most punishing reliability standards anyone had ever written. And then, having paid that cost, it stepped back and let the surplus capacity find commercial customers. That handoff did not happen by itself.