June 30, 2008

Intel’s Dominance Is Challenged by a Low-Power Upstart
By JOHN MARKOFF
NY Times

http://www.nytimes.com/2008/06/30/technology/30chip.html?_r=1&oref=slogin&ref=business&pagewanted=print


SAN DIEGO — From mainframes to minicomputers and then PCs, each new 
computing generation has displaced its predecessor by reaching a broader 
audience and costing far less. And each time, the dominant company in one 
generation loses control in the next.

That’s why the PC industry’s commanding chip maker, Intel, might do well to 
be alarmed by the computer chips being designed by Qualcomm, a maker of 
chips for cellphones. An engineer at Qualcomm’s gleaming corporate campus 
here demonstrated a palm-sized circuit board capable of displaying 
high-definition video. What was striking about the demonstration was not 
the quality of the video images, which is now commonplace. Rather it was 
that the microprocessor chip, called Snapdragon, drives the display with 
less than half the power of a similar chip recently introduced by Intel. 
Qualcomm designers say it will also cost less.

As the PC shrinks in size, it is on a collision course with the 
multifunction cellphone. Many expect the resulting impact to transform both 
devices and all the companies that make them. The new smartphones, 
always-on portable Internet devices that are part cellphone, part computer, 
change the rules of the game in computing because computing speed — at 
which Intel excelled — is no longer the most important factor. For a 
cellphone relying on a small battery, how efficiently a chip uses power 
becomes more important.

The new mobile world represents a special challenge for Intel, which until 
four years ago ignored the issue of increasing power consumption in its 
flagship X86 chips, which have been the PC industry standard for almost 
three decades.

Other chip makers have not ignored power consumption. Just this month at 
Computex, a huge computer and consumer electronics trade show held each 
year in Taiwan, the Silicon Valley graphics chip maker Nvidia demonstrated 
a small mobile computer that worked five times as long on a battery as a 
similar portable machine powered by Intel’s most recent low-power chip.

Qualcomm and Nvidia share a chip design licensed from a relatively tiny 
British chip firm, ARM Holdings. ARM has had a big impact on the 
communications world. Its processors sell for substantially less than 
Intel’s more powerful X86 chips and are far more numerous: they are 
standard for the cellphone industry. Cellphones outsell PCs by about five 
to one.

“This battle is being fought in ARM’s backyard, not Intel’s,” said Michael 
Rayfield, general manager of Nvidia’s mobile group.

In addition to Qualcomm and Nvidia, there are more than 200 licensees of 
the ARM processor design, including major chip makers like Marvell and 
Texas Instruments. Together, they supply the more than 1.1 billion 
cellphones, many of which use multiple ARM chips. The chips are also used 
in a growing array of special purpose consumer electronics like G.P.S. 
navigators and set-top TV boxes.

Dominating the large and growing cellphone market is only half the battle. 
Both the X86 and ARM camps are eagerly eyeing a new market known within the 
consumer electronics industry as M.I.D.’s, or mobile Internet devices. They 
are betting that this year represents the beginning of a boom in a new 
class of computing device — things like shrunken laptops called netbooks, 
personal G.P.S. navigators and handheld game systems, as well as an 
expanding array of idiosyncratic gadgets that connect wirelessly to the 
Internet for every conceivable purpose. For example, at Computex, one 
company displayed a handheld device intended solely for people looking to 
car-pool.

Outside the United States, the less expensive M.I.D. computers are expected 
to expand penetration of computers into new markets. In the United States 
and Europe, however, there is a debate about whether the new machine will 
remain a niche category.

Anand Chandrasekhar, a vice president and manager of Intel’s mobile 
platforms group, said he expects portable computers to be much like 
bicycles. Not only will people use different ones for different 
applications — like road bikes and mountain bikes — but they will also 
outgrow them.

“As a child, I had a bike for my size, and as I grew, my bike changed,” he 
said.

Intel, the world’s largest chip maker, is now well aware of the threat from 
ARM. It is focusing vast resources on the low-power microprocessor market 
and says it is catching up quickly in power efficiency with its ARM 
competitors. This month, the first netbooks using a new Intel chip, the 
Atom, began to be shipped. Intel says more than 30 products will use the Atom.

Even though Intel’s chip uses more power than those of its ARM competitors, 
its Atom represents a tenfold reduction in the power consumption of the X86 
chip family that was used in several generations of desktop PCs. Intel’s 
engineers achieved the power savings in part by entirely rethinking the 
chip’s circuit design, as well as the way individual transistors work.

One addition to the new Atom chip is the so-called drowsy transistor, a 
circuit that can throttle the amount of power it consumes between each tick 
of the processor’s clock. When the chip is not computing, entire areas of 
the processor can go into a sleep state, using just enough power to 
remember the ones and zeros for the current process.

Intel executives said the company’s advantage in the looming war with its 
ARM competitors is the quality of the Web experience provided by its chips. 
“By definition, these devices have to run the Internet as it has been 
developed,” said Mr. Chandrasekhar of Intel. “That happens today on X86,” 
he said, adding that seamless access to the Internet “won’t happen on ARM.”

Intel’s executives say that the ARM makers are also hampered by the lack of 
a single standard, forcing computer software developers to make changes for 
each product they design.

ARM manufacturers respond that Intel is overstating the importance of X86 
compatibility and that their chips will provide a Web experience that 
rivals Intel’s but allows significantly longer battery life. Indeed, 
Intel’s case that only X86 chips will offer a satisfying mobile Web 
experience was potentially undermined earlier this month when one of its 
closest allies, Apple, appeared to indicate that it had chosen to design 
its own version of the ARM microprocessor for future handheld consumer 
products.

Apple’s chief executive, Steven P. Jobs, said during an interview that the 
consumer electronics company had acquired a small Silicon Valley chip 
design company, PA Semi, to help design its next generation iPods and 
iPhones. Apple’s current iPhone is based on the ARM chip, and industry 
consensus is that the iPhone currently offers the best Web surfing 
experience in a handheld device.

Analysts and industry executives are divided on how much of a threat ARM 
will be to Intel. Allies like Dell are unlikely to desert the chip maker. 
“We’re impressed with their road map,” Michael Dell, chief executive of 
Dell, wrote in an e-mail message. He said it “gets interesting for smaller 
devices with Moorestown,” referring to the next generation of Intel’s 
low-power chips, planned for 2010. Dell, like Hewlett-Packard and other 
major PC makers, is bringing out its own mobile Internet device.

Other analysts see Moorestown as an indication of the challenge Intel 
faces, for the company will not be directly competitive with the ARM 
processors on power efficiency until then — and the ARM-allied companies 
insist they are not standing still.

“You’re still going to have a higher-power solution with Intel’s Atom that 
doesn’t have the same small footprint of the ARM chip,” said Jim McGregor, 
a research director at In-Stat, a semiconductor market research firm. “It 
won’t be a great solution for mobile devices, and ARM will.”


=================================================
George Antunes                    Voice (713) 743-3923
Associate Professor               Fax   (713) 743-3927
Political Science                    Internet: antunes at uh dot edu
University of Houston
Houston, TX 77204-3011         

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