That didn't exactly send shivers down the spine of executives at Texas Instruments, Qualcomm, Samsung, STMicroelectronics and others that build chips for mobile phones. They've seen this coming for a long time, an inevitable consequence of Intel finding itself with reams of chipmaking capacity and a maturing PC market. And Intel has already tried this once, spending billions trying to develop a combination of chips for the cell phone market but failing miserably.
Following Intel's show in San Francisco last week, ARM developers will be meeting next week in Santa Clara, Calif.--Intel's hometown--for its annual developers' conference to discuss new applications and techniques for extracting more performance out of ARM's processor cores. The collective effort of both camps should do wonders to jump-start a market for , not just coffee-toting executives rushing through O'Hare trying to get the 7:42 flight to San Francisco.
Intel's definitely the challenger, not the favorite, when handicapping the looming showdown between the two companies. ARM is very well-known inside the tech industry, although its lack of an "ARM Inside" marketing campaign means that few mobile phone owners know much about the 1,700-employee design company based in Cambridge, England.
But there's an ARM core chip of some type or another insideon the planet, and in many cases, there are a couple. Chip companies like TI and Samsung license cores from ARM, and then build the processor and assemble the rest of the chips needed for modern mobile phones and their more powerful cousins, smart phones.
Intel Ultra Mobility Group
Despite its earlier struggles, Intel thinks it can be the company that vastly improves the mobile Internet experience by creating chips for a whole new category of devices. We're talking about mobile devices that are more powerful and nimble than current smart phones, and sleeker and with better battery life than.
This is where the next battleground will be fought in the chip industry. ARM and its partners have
A few years ago, Intel tried to get into mobile phones with a product called Manitoba. That project was an attempt to waltz into the mobile phone industry by integrating one of its XScale applications processor (based on ARM's instruction set, coincidentally) a communications processor, and some flash memory into a single package. It was a flop. Intel wasto take a risk on its products, and it last year for $600 million.
However, the trends that made Intel take interest in the mobile market aren't going away. PC sales growth is slowing in the U.S. and Western Europe (PC vendors shipped 239 million units during 2006, according to Gartner, up 9.5 percent from 2005), and while PCs are still hot in emerging markets, it's only a matter of time before growth there settles in at a respectable 10 percent clip.
Smart phones, on the other hand, are taking off. Mobile phones as a whole already sell more than a billion units a year, and Gartner thinks smart-phone shipments (defined as phones that can run sophisticated operating systems and access the Internet) are set to grow 52 percent from 2007 to 2008, from 102 million units in 2007 to 156 million by the end of next year.
So after failing to dial into the phone market, Intel now wants to invent an entirely new product in anticipation of a mobile computing world. The concept--for now--is called the as the UMPC (ultramobile PC).
Next year, Intel plans to introduce a chip called Silverthorne that uses the x86 instruction set found in every PC chip from Intel and Advanced Micro Devices. The design goal for Silverthorne is to consume 10 times less power than the first Banias Pentium M chip Intel introduced in 2003.
"We must have a comparable power envelope," said Gadi Singer, assistant general manager of Intel's Ultra Mobility Group. Many ARM chips run comfortably while consuming less than a watt of power, and that's the goal for Silverthorne. Beyond Silverthorne, Intel wants to cut idle power consumption by another factor of 10 with Moorestown, a future ultra-low power project introduced last week that CEO Paul Otellini said would arrive by 2010.
As its silicon design teams pursue these power consumption goals, Intel's busy selling the merits ofas the blueprint for future mobile computing. The idea is that there are a lot of application developers with considerable experience in the PC-based x86 world just itching for a chance to get into different types of devices. By extension, x86 developers are in the best position to improve the software experience on today's mobile phones, or so the pitch goes.