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Intel’s 3D transistor hot on the heels of ARM

Intel has announced the imminent release of its new 3D transistor technology, which looks set to improve the speed of Central Processing Units, making computing even quicker.

 

 

Early this month, Intel announced plans for the release of its innovative 3D transistor technology, with Chief Executive, Paul Otellini predicting that "amazing, world-shaping devices will be created from this capability".

The technology, going under the name Ivy Bridge, and expected to come onto the market in late 2011, has been heralded as a major breakthrough in Central Processing Unit (CPU) technology.
 

Super speedy 3D technology

CPUs are at the heart of just about any gadget you can think of and are made up of transistors. The more transistors to a processor, the faster your device will run. Whilst the number of transistors manufacturers have been able to cram into a CPU has increased at a significant rate, there have been limits – until now.

 

Intel’s research and development of 3D technology will allow significantly greater numbers of transistors to be packed into once processor, whilst retaining a diminutive size. This comes by means of their development of ‘Tri-Gate’ technology, allowing current to flow across three sides of a transistor as opposed to just one as was previously the case.
 
"For years we have seen limits to how small transistors can get," claimed Gordon Moore, founder of Intel in a statement following the company’s announcement. "This change in the basic structure is a truly revolutionary approach."

"This change in the basic structure [of of Central Processing Units] is a truly revolutionary approach."

Gordon Moore
Founder, Intel

 

More than Moore's Law

In 1965 Mr Moore wrote an influential paper on transistor technology, "Cramming more components into integrated components". In this study he predicted that, judging by the rate transistor technology had been advancing since 1958 until this time, the number of transistors that developers could fit onto a chip would approximately double every other year.

Moore’s predictions indeed came into fruition, and Moore’s Law, a phrase coined by professor Carver Mead in 1970 to refer to this theory, soon became a benchmark that companies sought to adhere to, providing focus in their research and development of transistor technology.

Mark Bohr, Senior Fellow at Intel, claimed that the company’s innovation would, in fact, go as far as to surpass this yardstick. "This milestone is going further than simply keeping up with Moore’s Law," he proclaimed. "The low-voltage and low-power benefits far exceed what we typically see from one process generation to the next".

 

Elbowing its way into ARM territory

Following the announcement, British processor producer, ARM, saw its share values take a hit, with prices swiftly dropping by 7.7% as Intel’s quickly soared by 1.3%. The Cambridge-based company, who earlier this year were reported to have secured a massive contract for Windows 8 ahead of Intel, has recently enjoyed major wins in the processor market, particularly in the tablet and smartphone sectors. Judging by their standing on the FTSE index in the wake of Intel’s statement, ARM’s success looked to be under threat.

However, ARM’s stocks quickly regained ground the following day, jumping back up by 3%, and experts predict that ARM can put its feet up and relax – for now at least.

For whilst Intel’s technology will indeed have a significant impact upon the processor market, in the near future it will mainly be supplying chips for PCs and servers. Although Intel will be keen to stamp its mark on this sector, there is significant work they will need to do before they can challenge ARM’s dominance in the mobile market.

"The issue is: can [Intel] come up with a processor that is sufficiently power-efficient to be competitive in the mobile computing space?" challenged analyst Adrian Bommelaer.

So ARM’s stronghold on the mobile devices market is unlikely to waiver for a while. Will Intel be able to move quickly enough to steal its crown?

"Remember," continued Bommelaer, "ARM is also improving its own power efficiency."

 

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