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Clearly, however, it was only a question of time before someone succeeded
in doing just that. So Faggin went for the prize. Inventing, he says today,
is "a struggle between the believers in an idea and those who have
something to lose by it. You have to believe in the idea passionately
enough to carry on. It is a work of intellect and love." Six months
later he had found a way of accommodating microcircuits on a chip, and
Intel was soon able to produce the first wafers for its 4000 chip family.
But the first run was a disappointment: one of the masking layers had
been omitted in the wafer processing, and the chip did not work. Faggin's
hands were trembling when the next batch arrived. He tested the wafers
one by one in the lab until three o'clock in the morning, his excitement
mounting as he gradually found that nearly all of them were usable. He
remembers exactly how he felt: "I went home in a strange state of
exhaustion and excitement. All that work had suddenly paid off in a moment
of intense satisfaction."
In March 1971, when the first microprocessor was shipped to Japan and
became a commercial reality, Faggin already realised that the new chip
had many other potential applications. But it would need to be mass-produced,
cheaply and not just for one manufacturer. Others took a different view:
the single-chip CPU was not greeted with enthusiasm. "Engineers who
designed the early microprocessors fought technical battles and management
indifference. Nevertheless, I persuaded Intel's president to market the
4004."
Even the critics now see the microchip as the most important invention
of the twentieth century. Without it, there would be no computers, no
calculators, no modern cars. Billions of the miniature digital helpers
are in circulation. The legendary 4004 and its successor were only the
start of the revolution, and the real breakthrough for Intel and the industry
as a whole came later, with the next generation of chips developed by
Faggin as Intel's head of R&D. But the inventor was not content to
rest on his laurels. The physics PhD and electronics expert is a typical
engineer – never satisfied with the finished product and always
on the lookout for ways of improving it. The logical next step was to
set up his own company, Zilog, in 1974, which was totally dedicated to
the microprocessor market. Zilog filed 27 patent applications, and its
Z80 CPU outperformed the subsequent range of chips from Faggin's previous
employer, but also put an end to his career as an engineer. When Zilog
set up as a rival to Intel, Faggin moved away from R&D to become an
entrepreneur and CEO. He has headed three start-ups, and recently became
chairman of the board of his latest venture, Synaptics, a developer of
user interface solutions for mobile computing and entertainment devices.
His native country has paid tribute to him with honorary doctorates in
informatics and electrical engineering from the universities of Milan
and Rome – and his pioneering work has earned him a place in the
National Inventors' Hall of Fame.
A small chip with a huge impact: without Federico Faggin's contribution
to microelectronics, there would be no PCs and no modern cars. The engineer
fought tenaciously for his idea.