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On Wednesday, Intel's Centrino (and correspondingly, the new Pentium-M chip) will launch alongside a new $300M marketing push for it.
I'm paying particularly close attention to this, because it's about time I bought my own notebook. My school's new computer science building has Wi-Fi throughout, and my friend with an iBook uses it all the time in class. And I want to do it, too. 
Long battery life + good performance + standardized wireless + reasonable price.
I think I'll wait until later this year, when 802.11g chipsets come out...
Still cool though, it's nice to finally see some developments on PC laptops.
Intel wireless plans begin with new chip
By Michael Kanellos
Staff Writer, CNET News.com
March 10, 2003, 4:00 AM PT
Intel is betting that wireless technology will be the biggest thing since the browser, and new notebooks coming Wednesday will be an early indication of whether the company is right.
Learn more about Intel wireless
Intel Chief Executive Craig Barrett, Dell Computer CEO Michael Dell, and a host of PC companies will be on hand in New York for the release of Centrino, a collection of chips from Intel designed to transform laptops and tablet PCs into portable offices. Centrino computers, with a $1,500 starting price, will run between five and eight hours on a battery charge, the sort of energy efficiency required to make wireless Net access a habit.
The new chips will give Intel an opportunity to increase its presence in notebooks, a market growing approximately 17 percent a year. Additionally, Centrino will be the Santa Clara, Calif.-based company's wedge into the market for wireless chips.
If wireless takes off, the company will be poised to capitalize on supplying chips and other parts for updating the world's technological infrastructure over the next decade.
"The wiring task is hopelessly manual. The spread of computing is limited by manual labor," said Andy Grove, Intel's chairman. "We can reduce the speed and efficiency with which new equipment can be installed in a factory...It will increasingly be used for the last-mile connection into homes.
"The Internet was a major shot in the arm for the industry, and I've got a lot of the same feeling about this," he added.
A series of venture investments by Intel totaling $150 million into Wi-Fi start-ups could also pay dividends. The technology lets devices located within a 300-foot radius of one another communicate without wires.
But it won't be easy. A number of wireless data carriers have already gone under while survivors have cut their fees. Notebook buyers also have shown that they often care more about price than battery life.
Intel's own product plans haven't gone without a hitch either. The company planned to integrate its first homegrown Wi-Fi chip into Centrino, but delayed it until the middle of the year. Instead, Centrino will come with a Wi-Fi radio from Philips Semiconductor. Intel's communication group, which could benefit the most from wireless acceptance, still loses money and faces stiff competition from incumbents.
Roughly 35 percent of the notebooks shipped by the end of 2003 will come equipped with wireless, a fairly strong adoption rate, said Mario Morales, a semiconductor analyst at market research firm IDC.
Still, "there needs to be a lot of heavy investing in the infrastructure for this to take off," he said.
Mark Margevicius, an analyst at research firm Gartner, generally agreed. Centrino will likely increase demand and prompt upgrades, but wireless won't be a life-changing experience anytime soon, he said. "How many hot spots do you think you will use?"
Behind Centrino
Centrino consists largely of three parts: a new microprocessor called the Pentium-M, which is the heart of the project; a companion chipset; and a Wi-Fi module. Software and specialized packaging also are included.
The Pentium-M, which comes out of Intel's labs in Israel, seeks to solve one of the historical problems with Pentium notebooks: power consumption. Despite new chip technologies and industrywide efforts in the 1990s to increase overall notebook energy efficiency, growing screen sizes and faster chips wiped out many of the conservation gains. Intel-based notebooks still typically conked out after two to four hours.
In late 1998, details began to emerge about Transmeta, a then hypersecretive company that was working on an energy-efficient processor that could run Windows. Although company executives have said that the Pentium-M was independently conceived, Transmeta fueled the urgency, a number of Intel executives have said.
Rather than retrofit the Pentium, the Israeli team scrapped it. The Pentium-M was designed from the ground up to fit into notebooks. Although it runs the same Windows software as Pentiums, the chip is different from an architectural point of view.
Among the new architectural features, Micro Ops Fusion will combine routine instructions and tasks and thereby save time and energy. Anand Chandrasekher, general manager of Intel's mobile product division, likened the process to a bunch of people at the airport sharing a cab, rather than taking separate taxis.
Advanced Branch Prediction will let the processor better schedule tasks, and different parts of the chip such as the system bus and even the Wi-Fi chips will shut down when not in use to conserve power.
Energy-efficiency, though, means lower megahertz. The chip will initially top out at 1.6GHz, far slower than the Pentium 4, which runs at 2.4GHz. The imbalance, some analysts say, could muddle the marketing part for Intel.
Demand, finally
Despite all the complaints about battery power over the years, energy-efficient chips such as Transmeta's Crusoe and Intel's low-voltage Pentium III chips haven't sold in large volumes. Interest in these products in many ways has started to accelerate only with the advent of Wi-Fi in the past 18 months.
This new interest, though, seems earnest.
"In the corporate space it should be a good sell. Corporate buyers care less about frequency and more about cost of ownership and longevity," said Kevin Krewell, senior editor of The Microprocessor Report. "It's also going to be a good sell to people who are second-time notebook users and savvy buyers."
Energy-efficiency and Wi-Fi are necessary partners, Krewell emphasized. At a recent Advanced Micro Devices briefing, he noticed that nearly all of the attendees checked their e-mail via Wi-Fi during the break, but they had to huddle around power strips to keep plugged in.
"So they weren't quite wireless," he said.
The Pentium-M so far is succeeding better than expectations, according to Don MacDonald, director of mobile platforms at Intel. During the development process, Intel expected the chip to mostly go into "thin and light notebooks," which cost anywhere from $1,500 to $2,500 and get sold mostly to business customers.
Now the company says the chip will become its predominant notebook product by the end of the year and will be found in all types of notebooks and tablet PCs except the budget "desknote" machines. There are more than four times as many Pentium-M designs at this point in the cycle than there are notebooks for the Pentium 4 mobile chip, according to Intel's Chandrasekher.
In turn, this could help Intel's bottom line. The price difference between Intel's mobile and desktop chips, usually hundreds of dollars, has been steadily decreasing in the past year. That will likely continue, but increased volumes will more than compensate for the slide.
"There is going to be some uptick," Gartner's Margevicius said. "Mobile is something like 20 percent of the market. We believe it will go up to something like 35 percent" over the next few years.
A bumpy ride
Building the wireless environment, though, will cost money. According to estimates, Intel will spend around $300 million promoting Centrino, close to the cost of the original Pentium campaign.
In addition, the company is working with telecommunications carriers, hotel chains and cellular providers to develop networks for "hot spots"--public places that give people wireless access. Sean Maloney, general manager of Intel's communication group, wouldn't say that the company is partly subsidizing these networks, but admitted there is a "thorough and lively" campaign afoot.
"You'd be amazed at how open the service providers have been. None of them are in denial," Maloney said. Once the first networks are up, the next phase will involve "getting the owner of 1,000 hot spots in the United Kingdom to sit down with a hot spot provider in France and work out a revenue-sharing agreement" for roaming, he said.
But competitors aren't standing still. Atheros, Broadcom, Intersil and other wireless chip companies are fiercely seeking to get their Wi-Fi chips outfitted into notebooks and hot spots. The delay of Intel's own Wi-Fi chip has helped these companies maintain their existing lead: Hewlett-Packard, Dell and IBM will all offer notebooks on Wednesday with Intel and non-Intel solutions.
To attract customers, Intel is touting its engineering department. The company has spent thousands of hours testing how the Pentium-M and its approved wireless solutions work with hot spots and third-party software. The company has not tested other wireless products.
"We have developed (test and verification) chips whose only aim in life was to torture the rest of the system," said Mooly Eden, general manager of Intel's Israel design center.
Whether this succeeds has analysts split. Some say PC makers will want to work with the communications specialists. Others say that a Wi-Fi chip is just a fancy modem, and the only thing that is important after a while is price.
Transmeta, meanwhile, is gearing up for Astro, a new energy-efficient chip slated for the second half of the year, while AMD will come out with new notebook chips next week and in September.
Intel's recent history of monumental changes to PCs is also uneven. The company tried to make Rambus the standard PC memory. It flopped. Timna, another chip from the Israeli group, never came out.
Still, even with the hurdles, the wireless genie seems to be out of the bottle. Like the first PCs, it has become a technology driven by ordinary customers rather than marketing departments.
"It is one of those things that sort of happened spontaneously," Krewell said.
----
Pentium-M at a Glance
Speed: 900MHz to 1.6GHz
Transistors: 77 million
Cache size: 1MB
Bus speed: 400MHz
Next version: Dothan
Centrino at a glance
Parts: Three--a Pentium-M microprocessor, a chipset, and a Wi-Fi radio
Markets: All but bargain notebooks
Wireless: Standard. Centrino notebooks have Intel-tested wireless chips. Pentium-M branded notebooks contain other wireless chips.
By Michael Kanellos
Staff Writer, CNET News.com
March 10, 2003, 4:00 AM PT
Intel is betting that wireless technology will be the biggest thing since the browser, and new notebooks coming Wednesday will be an early indication of whether the company is right.
Learn more about Intel wireless
Intel Chief Executive Craig Barrett, Dell Computer CEO Michael Dell, and a host of PC companies will be on hand in New York for the release of Centrino, a collection of chips from Intel designed to transform laptops and tablet PCs into portable offices. Centrino computers, with a $1,500 starting price, will run between five and eight hours on a battery charge, the sort of energy efficiency required to make wireless Net access a habit.
The new chips will give Intel an opportunity to increase its presence in notebooks, a market growing approximately 17 percent a year. Additionally, Centrino will be the Santa Clara, Calif.-based company's wedge into the market for wireless chips.
If wireless takes off, the company will be poised to capitalize on supplying chips and other parts for updating the world's technological infrastructure over the next decade.
"The wiring task is hopelessly manual. The spread of computing is limited by manual labor," said Andy Grove, Intel's chairman. "We can reduce the speed and efficiency with which new equipment can be installed in a factory...It will increasingly be used for the last-mile connection into homes.
"The Internet was a major shot in the arm for the industry, and I've got a lot of the same feeling about this," he added.
A series of venture investments by Intel totaling $150 million into Wi-Fi start-ups could also pay dividends. The technology lets devices located within a 300-foot radius of one another communicate without wires.
But it won't be easy. A number of wireless data carriers have already gone under while survivors have cut their fees. Notebook buyers also have shown that they often care more about price than battery life.
Intel's own product plans haven't gone without a hitch either. The company planned to integrate its first homegrown Wi-Fi chip into Centrino, but delayed it until the middle of the year. Instead, Centrino will come with a Wi-Fi radio from Philips Semiconductor. Intel's communication group, which could benefit the most from wireless acceptance, still loses money and faces stiff competition from incumbents.
Roughly 35 percent of the notebooks shipped by the end of 2003 will come equipped with wireless, a fairly strong adoption rate, said Mario Morales, a semiconductor analyst at market research firm IDC.
Still, "there needs to be a lot of heavy investing in the infrastructure for this to take off," he said.
Mark Margevicius, an analyst at research firm Gartner, generally agreed. Centrino will likely increase demand and prompt upgrades, but wireless won't be a life-changing experience anytime soon, he said. "How many hot spots do you think you will use?"
Behind Centrino
Centrino consists largely of three parts: a new microprocessor called the Pentium-M, which is the heart of the project; a companion chipset; and a Wi-Fi module. Software and specialized packaging also are included.
The Pentium-M, which comes out of Intel's labs in Israel, seeks to solve one of the historical problems with Pentium notebooks: power consumption. Despite new chip technologies and industrywide efforts in the 1990s to increase overall notebook energy efficiency, growing screen sizes and faster chips wiped out many of the conservation gains. Intel-based notebooks still typically conked out after two to four hours.
In late 1998, details began to emerge about Transmeta, a then hypersecretive company that was working on an energy-efficient processor that could run Windows. Although company executives have said that the Pentium-M was independently conceived, Transmeta fueled the urgency, a number of Intel executives have said.
Rather than retrofit the Pentium, the Israeli team scrapped it. The Pentium-M was designed from the ground up to fit into notebooks. Although it runs the same Windows software as Pentiums, the chip is different from an architectural point of view.
Among the new architectural features, Micro Ops Fusion will combine routine instructions and tasks and thereby save time and energy. Anand Chandrasekher, general manager of Intel's mobile product division, likened the process to a bunch of people at the airport sharing a cab, rather than taking separate taxis.
Advanced Branch Prediction will let the processor better schedule tasks, and different parts of the chip such as the system bus and even the Wi-Fi chips will shut down when not in use to conserve power.
Energy-efficiency, though, means lower megahertz. The chip will initially top out at 1.6GHz, far slower than the Pentium 4, which runs at 2.4GHz. The imbalance, some analysts say, could muddle the marketing part for Intel.
Demand, finally
Despite all the complaints about battery power over the years, energy-efficient chips such as Transmeta's Crusoe and Intel's low-voltage Pentium III chips haven't sold in large volumes. Interest in these products in many ways has started to accelerate only with the advent of Wi-Fi in the past 18 months.
This new interest, though, seems earnest.
"In the corporate space it should be a good sell. Corporate buyers care less about frequency and more about cost of ownership and longevity," said Kevin Krewell, senior editor of The Microprocessor Report. "It's also going to be a good sell to people who are second-time notebook users and savvy buyers."
Energy-efficiency and Wi-Fi are necessary partners, Krewell emphasized. At a recent Advanced Micro Devices briefing, he noticed that nearly all of the attendees checked their e-mail via Wi-Fi during the break, but they had to huddle around power strips to keep plugged in.
"So they weren't quite wireless," he said.
The Pentium-M so far is succeeding better than expectations, according to Don MacDonald, director of mobile platforms at Intel. During the development process, Intel expected the chip to mostly go into "thin and light notebooks," which cost anywhere from $1,500 to $2,500 and get sold mostly to business customers.
Now the company says the chip will become its predominant notebook product by the end of the year and will be found in all types of notebooks and tablet PCs except the budget "desknote" machines. There are more than four times as many Pentium-M designs at this point in the cycle than there are notebooks for the Pentium 4 mobile chip, according to Intel's Chandrasekher.
In turn, this could help Intel's bottom line. The price difference between Intel's mobile and desktop chips, usually hundreds of dollars, has been steadily decreasing in the past year. That will likely continue, but increased volumes will more than compensate for the slide.
"There is going to be some uptick," Gartner's Margevicius said. "Mobile is something like 20 percent of the market. We believe it will go up to something like 35 percent" over the next few years.
A bumpy ride
Building the wireless environment, though, will cost money. According to estimates, Intel will spend around $300 million promoting Centrino, close to the cost of the original Pentium campaign.
In addition, the company is working with telecommunications carriers, hotel chains and cellular providers to develop networks for "hot spots"--public places that give people wireless access. Sean Maloney, general manager of Intel's communication group, wouldn't say that the company is partly subsidizing these networks, but admitted there is a "thorough and lively" campaign afoot.
"You'd be amazed at how open the service providers have been. None of them are in denial," Maloney said. Once the first networks are up, the next phase will involve "getting the owner of 1,000 hot spots in the United Kingdom to sit down with a hot spot provider in France and work out a revenue-sharing agreement" for roaming, he said.
But competitors aren't standing still. Atheros, Broadcom, Intersil and other wireless chip companies are fiercely seeking to get their Wi-Fi chips outfitted into notebooks and hot spots. The delay of Intel's own Wi-Fi chip has helped these companies maintain their existing lead: Hewlett-Packard, Dell and IBM will all offer notebooks on Wednesday with Intel and non-Intel solutions.
To attract customers, Intel is touting its engineering department. The company has spent thousands of hours testing how the Pentium-M and its approved wireless solutions work with hot spots and third-party software. The company has not tested other wireless products.
"We have developed (test and verification) chips whose only aim in life was to torture the rest of the system," said Mooly Eden, general manager of Intel's Israel design center.
Whether this succeeds has analysts split. Some say PC makers will want to work with the communications specialists. Others say that a Wi-Fi chip is just a fancy modem, and the only thing that is important after a while is price.
Transmeta, meanwhile, is gearing up for Astro, a new energy-efficient chip slated for the second half of the year, while AMD will come out with new notebook chips next week and in September.
Intel's recent history of monumental changes to PCs is also uneven. The company tried to make Rambus the standard PC memory. It flopped. Timna, another chip from the Israeli group, never came out.
Still, even with the hurdles, the wireless genie seems to be out of the bottle. Like the first PCs, it has become a technology driven by ordinary customers rather than marketing departments.
"It is one of those things that sort of happened spontaneously," Krewell said.
----
Pentium-M at a Glance
Speed: 900MHz to 1.6GHz
Transistors: 77 million
Cache size: 1MB
Bus speed: 400MHz
Next version: Dothan
Centrino at a glance
Parts: Three--a Pentium-M microprocessor, a chipset, and a Wi-Fi radio
Markets: All but bargain notebooks
Wireless: Standard. Centrino notebooks have Intel-tested wireless chips. Pentium-M branded notebooks contain other wireless chips.
Long battery life + good performance + standardized wireless + reasonable price.
I think I'll wait until later this year, when 802.11g chipsets come out...
Still cool though, it's nice to finally see some developments on PC laptops.
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