day 11




the next big thing 3: fry pilots


So far this week we've visited Fry's, the fabled

computer supermarket, and we've met Buck the

engineer, a typical Fry's customer.

Everyone, all 5 billion of everyone, wants to

shop at Fry's, to be a Fry Pilot. This is the

game plan. The game is called "stoking the

global star-making machinery." It consists of a

lot of engineering and even more Hollywood.

Eventually everyone will get the chance to be a

Fry Pilot. But first, they need a low-cost

Box. They need a low-cost Wire. They need

low-maintenance, pay-as-you-go software. And

most importantly, they need to be compelled.

Just about everyone in Silicon Valley knows

this, but no one is sure how to pull it off.

Remember: Gordon Moore declared that the

processing power of microprocessors will double

every 18 months if cost is held constant. This

law has propelled the industry into orbit

through a series of ever-increasing rates of

obsolescence. Whether we need it or not, the

Pentium Pro is being crammed down our throats,

and the excuse is that the machine we bought

last year is now out-of-date. Intel is working

overtime to rid itself of the Pentium chip so it

can sell Pentium Pros to rabid consumers who

think they need faster and faster machines.

But wait; Moore's Second Law says that each

generation of chip-making factory costs twice as

much as the previous one. The number of chips

that must be sold every 18 months to pay for

these multi-billion-dollar facilities gets larger

and larger. Add to this the fact that capitalists

need to get at least 15% return on their

investment or else they lend their money to

build gambling casinos and oil refineries

instead. Soon the bulk of chips that must be

manufactured and sold becomes an impracticality,

a bridge too far, an impossible dream.

So Buck and his fellow engineers must invert

Moore's first law. Instead of building faster

and faster chips, Buck must now build cheaper

and cheaper systems. By holding the performance

at a level of about 250MHz (the original Pentium

was 60MHz), the cost can be reduced, instead of

boosting performance. Investment now shifts to

the care and feeding of a declining price curve.

How will Buck do this? Can Fry's be saved? Will

the Next Big Thing be a Box with 250MHz

processing power? How will Silicon Valley

dominate the world for the next decade or two?

the next big thing: 1 2 3 4 5



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