Archive for the ‘Technology’ Category

New interest in AI

Wednesday, July 26th, 2006

Brainy Robots Start Stepping Into Daily Life

Recently, however, researchers have begun to speak of an A.I. Spring emerging as scientists develop theories on the workings of the human mind. They are being aided by the exponential increase in processing power, which has created computers with millions of times the power of those available to researchers in the 1960’s — at consumer prices.“The implication of this is amazing. What you are seeing is that cognitive computing is at a cusp where it’s knocking on the door of potentially mainstream applications.”

Wow, such optimism. Could you pack any more qualifiers in that sentence?

Twice as much Itanium

Tuesday, July 18th, 2006

Itanium’s future hangs in the balance

Many chip experts have already written off Itanium as a failure. Even before it debuted five years ago, industry wags coined the nickname “Itanic” for the chip. The theme of a sinking ship has stayed with Itanium since then as many customers have decided it is inefficient, expensive and not worth the trouble of upgrading to newer software and hardware.

The new version of the Itanium chip, code-named Montecito, has more than 1.7 billion transistors.

In the past year, Itanium has lost some momentum, particularly because Montecito is being released nine months late.

Intel sells XScale division to Marvell

Tuesday, June 27th, 2006

Intel just announced that it is selling its handheld processor division to Marvell Technology Group for $600 million. That division produces versions of Intel’s XScale processor, derived from the old DEC StrongArm.

In the deal, Intel is selling its PXA9xx communications processor and PXA27x application chip, which are used in only a few handheld devices.

Intel will also keep its networking and storage processors, which bear the XScale name, Manetta said. This means Intel will maintain its architectural license with ARM, a designer of processor cores for mobile phones and embedded devices.

The division contains about 1400 people. Marvell employs 2200. Intel shares are up slightly on the news, while Marvell stock dropped.

PGP for VoIP

Monday, May 22nd, 2006

Philip Zimmermann is in hot water again. The author of the PGP encryption program has just released Zfone, which encrypts voice-over-IP phone calls. This is sure to prompt debate about the use of encryption for personal and business communication.

Unlike PGP, Zfone does not require exchanging public keys. It exchanges keys inside the voice channel as the call is being set up. Zfone does not work with Skype, one of the most popular VoIP programs, which uses its own encryption scheme. But the NYT reports that Skype’s encryption has been broken by the German government.

At a conference last week in Cyprus, German officials said they had technology for intercepting and decrypting Skype phone calls, according to Anthony M. Rutkowski, vice president for regulatory affairs and standards for VeriSign.

Home-grown or import?

Monday, May 15th, 2006

Back in 2003, Prof. Chen Jin of Jiaotong University in Shanghai announced “Hanxin”, the first DSP chip designed in China. The design was hailed as an important milestone for the Chinese semiconductor industry. The government ordered “millions” of chips from companies founded by Dr. Jin. Now the university and government say that Jin faked the research, and had simply copied foreign chips.
According to some reports, “migrant workers had simply scratched away the name Motorola from a chip and replaced it with Hanxin”.

I am shocked. Shocked and amazed. I didn’t even know that China had migrant workers.

The fuel of the future – and always will be

Monday, April 24th, 2006

President Bush visited California last weekend. One of his stops was at the Fuel Cell Partnership, where he again promoted hydrogen as the ‘fuel of future’.

“I strongly believe hydrogen is the fuel for the future,” he said. “It produces no pollution or greenhouse gas emissions. It can be twice as effective as gas. It can be provided from domestic sources and dramatically curb our dependence on foreign oil. It’s the wave of the future.”

Of course, today we produce hydrogen from fossil fuels like oil and gas. Many scientists refer to hydrogen as a means of transporting energy, rather than an energy source. According to MIT Prof. Mildred Dresselhaus:

While hydrogen has advantages, it’s “not a fuel. You can’t mine it. We would have to make nine million tons a year, and eventually, 20 times more than that,” Dresselhaus said. Because hydrogen is currently produced from fossil fuels, scientists would have to find a way to produce it from sustainable sources such as rainfall and ocean water.

So why is the president so excited about the technology?

Critics say Bush, a former oil executive, has fastened on the far-away technology because it enables him to be seen as environmentally progressive without having to immediately jolt the oil industry with alternative energy initiatives.

Reconfigurable computing for video

Tuesday, April 4th, 2006

Rapport today announced a new reconfigurable processing chip and an alliance with IBM. Good luck to them. Many have tried, many have failed with reconfigurable chips.

And if their performance is so great, why do they compare themselves to an ARM 7 processor, an incredibly anemic chip?

Rapport, which raised $7 million last year and is based in Redwood City, Calif., licensed a computing design from researchers at Carnegie Mellon.

That approach has permitted Rapport to create a chip with 256 computing elements that can be configured on the fly to adapt to different software problems. A follow-on version of the chip will have more than 1,000 computing elements and will contain a version of I.B.M.’s Power PC microprocessor.

At a computing conference scheduled to begin in San Jose, Calif., on Tuesday, Rapport will demonstrate the chip processing a stream of video images. While a standard industry microprocessor chip, the ARM 7, can process 3.3 images a second while consuming half a watt of power, the new Rapport chip will convert 30 frames a second while consuming only 100 milliwatts, about one-fifth the power.

Singer said the current chip can process at least 25 billion operations per second, about five to 10 times faster than current low-power chips. He said that would enable new kinds of gadgets, from a “suitcase supercomputer” to a handheld computer that can play high-definition videos.

The company has raised $10 million to date and is raising another $20 million. It has 20 employees. IBM is working with the start-up on the second chip and has invited Rapport to join the Power.org alliance of companies that support IBM’s PowerPC technology.

But they’ll make it up in volume

Tuesday, February 21st, 2006

A report from Merrill Lynch estimates that the Sony PlayStation 3 will cost as much as $900 to manufacture. But Sony will need to heavily discount the console to compete with the $400 Xbox 360. The PS3 might also be delayed by several months while Sony tries to complete standards for the Blu-ray DVD drive.

Merrill Lynch speculated in a research note last week that the debut of the PS3 could be postponed as much as six to 12 months, with an autumn launch in Japan and a late 2006 or early 2007 launch in the United States, and that the cost to manufacture the game console might be as high as $900 apiece.

It’s not a product, but let’s attack it anyway

Tuesday, January 31st, 2006

More news this week on the MIT Media Lab effort to build a $100 laptop. Nicholas Negroponte announced agreements with several governments and technology companies.

Mr. Negroponte said that he had a commitment from Quanta Computer of Taiwan to manufacture the portable computers, which would initially use a processing chip from AMD. He also said he had raised $20 million to pay for engineering and was close to a final commitment of $700 million from seven nations — Thailand, Egypt, Nigeria, India, China, Brazil and Argentina — to purchase seven million of the laptops.

Microsoft, apparently worried about the prospect of tens of millions of PCs around the world running Linux, is trying to derail the effort. They’re advocating smart cellphones, adding a keyboard for input and a TV as a display. It’s not clear whether this is a serious proposal, or just throwing sand in the gears.

“Everyone is going to have a cellphone,” Mr. Mundie said, noting that in places where TV’s are already common, turning a phone into a computer could simply require adding a cheap adaptor and keyboard. Microsoft has not said how much those products would cost.

The M.I.T. Media Lab had experimented with the idea of a cellphone that would project a computer display onto a wall and also project the image of a keyboard, sensing the motion of fingers over it. But the researchers decided the idea was less practical than a laptop.

[Some specialists] have raised questions about [...] the price of Internet connectivity, which can cost $24 to $50 a month in developing nations. But Mr. Negroponte said networking costs would not be an obstacle because the laptops would be made to connect automatically in a so-called mesh network, making it possible for up to 1,000 computers to wirelessly share just one or two land-based Internet connections.

Intel abandons x86 hardware support in Itanium

Friday, January 27th, 2006

Intel scraps once-crucial Itanium feature

Anyone wishing to run programs for x86 chips on Montecito must use Intel emulation software called IA-32 Execution Layer, or IA-32 EL, that was first released in 2004.

“IA-32 EL provides much better performance and flexibility for 32-bit applications on Itanium,” spokeswoman Erica Fields said of the choice. “With Montecito, we took back the silicon area that was being used up by the x86 hardware support.”