In a development that will dramatically impact microprocessor speeds during
the next two years, Intel announced its engineers have completed development of
an advanced new 0.13 micron, copper-based manufacturing process. The new process
helps in increasing the number transistors per chip, shrink transistor size, and
boost processing speed while producing less heat.
The new process will result in substantial performance gains over current
0.25 and 0.18 production processes. The first 0.13 micron chips, to be produced
initially at a fab in Oregon, will hit the market in 2001 and will immediately
boost performance of existing chips by about 20 per cent. Eight other Intel
microprocessor fabs will be upgraded to the new process throughout 2001 and
2002.
"We have achieved a very important milestone," said manager of the
technology and manufacturing group Sunlin Chou. "This process contains
quite a few simultaneous technology advancements, more so than our average
improvement."
The new production process was particularly tricky as Intel was trying to
adopt both a major reduction in component geometry, from 0.18 to 0.13 micron,
and also use new copper-based interconnect technology, a radical departure from
the aluminum wires used in ICs for the past 25 years.
Usually, chipmakers will focus on just one major technology change in their
next-generation production process. Two major changes is simply considered too
risky. Intel, however, had little choice. The move to 0.13 has been on the time
table for some time. But the chipmaker also needed to catch up with Advanced
Micro Devices on the use of copper technology. The latter has helped AMD keep
up, and sometimes, be ahead of Intel in the processor performance race.