Chipmaker Intel Corp said it is planning
to launch a low-power version of its brawny server processors,
potentially heading off competitors hoping to expand into the data
center with energy efficient-chips based on smartphone technology.
Intel has already launched a line of its
Atom mobile chips that are tweaked to work as low-power server chips.
The announcement, which was made on Monday at an event with industry
analysts and media, means Intel will go a step further by offering a
low-power version of its powerful Xeon processor with built-in features
including connectivity and memory.
It also reflects the willingness of CEO
Brian Krzanich, who took over in May, to make major changes to how Intel
approaches its different markets. By launching lower-power chips for
servers, Intel is trying to stay ahead of Advanced Micro Devices,
Applied Micro Circuits Corp and other smaller rivals hoping to disrupt
the top chipmaker's dominance of the data center with upcoming
components designed with low-power smartphone technology licensed from
ARM Holdings.
"Intel's announcements demonstrate they
will try to defend their turf against ARM-based servers and specialty
processors," said Pat Moorhead, an analyst at Moor Insights &
Strategy. "Up until today, it was a bit of a guessing game for Intel
that today has at least 95-percent server market share."
Diane Bryant, in charge of Intel's data
center business, said the new component, based on the upcoming Broadwell
version of Intel's Xeon high-performance chips, will launch next year.
Energy-sipping chips similar to those used in smartphones and tablets
lack the horsepower of traditional server processors made by Intel.
But data centers that combine many
low-power chips instead of just a few heavy-duty processors may provide
more computing power for less money and use less electricity.
Microservers have yet to gain serious traction with traditional
corporate customers like banks and manufacturers, and the potential size
of the market remains unclear.
The new version of Broadwell is part of
Intel's move to integrate more features onto its chips, like memory and
graphics. "System on chips," as they are known, are already widely used
in smartphones and tablets, but less in the data center.
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