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ARM-based chips to overtake x86 in UMDs by 2013

Posted: 27 Jan 2010 ?? ?Print Version ?Bookmark and Share

Keywords:UMD? ARM processor? x86? ultramobile device?

ABI Research expects that annual ultramobile device (UMD) shipments in 2013 will be dominated by netbooks, mobile Internet devices (MIDs), smartbooks and UMPCs based on ARM instruction sets rather than the currently popular x86 processors.

According to Jeff Orr, senior analyst, ABI Research, "2010 will be pivotal for building momentum behind non-x86 solutions, and gaining adoption in both distribution channels and by end-user populations worldwide."

While an estimated 90 percent of UMDs shipped in 2009 were based on an x86 processor architecture, the introduction of ARM-based systems introduces greater choice and differentiation for system vendors.

The important netbook segment of the UMD market is now moving into its second generation, and a growing number of netbooks based on ARM platforms are now appearing in the market, a trend no doubt helped by the perception that ARM-based systems are heavily oriented towards an "always connected" mode of operation. Additionally, ARM-based products are coming out in a growing variety of different form-factors including tablets.

There is a further important implication of this trend. Much is made in the media of certain mobile operators? difficulties in providing sufficient network capacity to handle the growing demand for data. Users of devices such as the iPhone are often cited as the greatest source of that demand. Orr disagrees. "In fact, that�s a distraction," he says. "In general, laptops and netbooks with embedded or attached modems contribute a significantly greater amount of traffic to 3G networks than smart phones do."

The proliferation of netbooks and other mobile devices sporting ARM-based processors will only exacerbate this data demand which Orr describes as "not a tidal wave, but a rising tide. Operators are working out their strategies for capacity expansion based on today�s best expectations of future demand from data-centric devices. The main issues revolve around backhaul, followed by increased 3G and 4G BTS deployments."





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