At a technical conference later this month, Intel engineers plan to detail how they will transition from the current crop of 45-nanometer processors to chips that are built on a new 32-nm manufacturing process. Intel is developing this new line of processors under the code name "Westmere," and Intel plans to bring the first of these 32-nm microprocessors to the market in late 2009. At the same conference, IBM and Taiwan Semiconductor Manufacturing also plan to detail their efforts at developing and manufacturing 32- and 22-nm processors.
Intel is planning to offer some of the first details about how its engineers
will switch the company's processor manufacturing from the current 45-nanometer
model to a newer, smaller 32-nm design in 2009.
At the International Electron Devices
meeting in San Francisco
, which starts Dec. 15, Intel engineers will
present seven technical papers, including one that details Intel's efforts to
create the company's first 32-nm microprocessors. (A nanometer is one billionth
of a meter.)
Intel is scheduled to switch to 32-nm processors in late 2009. These
processors-code-named "Westmere"-will still be based on the Nehalem
microarchitecture that Intel released at its Developer Forum in August. The
first of the Nehalem processors, called Core i7,
are built on the company's
45-nm manufacturing process.
While Intel is offering details about its efforts to bring new generations
of processors into the mainstream market, it's not the only company planning
some new disclosures at the conference. IBM,
along with its partners that include Advanced Micro Devices,
Semiconductor, STMicroelectronics, Toshiba, and the College
of Nanoscale Science and
Engineering of the University of Albany
in New York, will present on a paper
that will describe their efforts to produce a 22-nm SRAM (static RAM) memory
In addition to Intel and IBM, engineers
Semiconductor Manufacturing are scheduled to present their own road map
manufacturing 32-nm processors.
The drive toward 32 nm, and then the switch to 22 nm, is considered one of
the next critical steps in processor development.
As the size of desktops, notebooks and other devices continues to shrink,
and as both business buyers and consumers demand longer battery life and better
performance from these devices, companies such as Intel
have to find new ways of creating processors that use less power but still
offer a significant bump in the overall performance.
The smaller sizes also mean that chip companies can add new features to
their processors, such as larger cache sizes.