Tuesday, May 31, 2011

store the mind of laptop

store the mind of laptop

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of Fujitsu Laptop Battery   First post by: www.laptops-battery-online.com

Each month we can find new series of laptops in the market. Retailers and manufacturers are on a constant run of up gradation so as to give the consumers what they looking for. This year in November Dell laptops have taken the lead in the market when the prices dropped. These days, ultra portables are the call of the time. People are looking for laptops which weigh less and are handy to use.

Flooding with numerous laptops, every single company claims to be the leader and the ultimate combatant machine. But the fact only few of them are handy, user friendly apart from weighing less. Having a built in optical drive is yet another features which are sorted by the consumers.



In today's progressive technological world, one may think of numerous featherweight laptops yet there are only few of them. These may not be the best of the lot but for people who occasionally write mails or surf net, these are definitely the best companion. These laptops run ultra low voltage processor, use smaller keyboards and can manage 4,200 rpm hard drive.

Sony VAIO, Panasonic and Fujitsu are few of players standing on the same base. Equipped with inbuilt optical drive and DVD burner all these models weigh less than 3 pounds. Loaded with profound life of the battery such as Fujitsu FPCBP112 Battery, Fujitsu FPCBP115 Battery, Fujitsu FPCBP121 Battery, Fujitsu FPCBP130 Battery, Fujitsu FPCBP131 Battery, Fujitsu FPCBP145 Battery, Fujitsu FPCBP152 Battery, Fujitsu FPCBP182 Battery, Fujitsu FPCBP186 Battery, Fujitsu FPCBP192 Battery these ergonomically designed notebooks are abruptly catching up the market. Amidst competition these brands are on the run to be in the forefront.

In this quarter Dell and Sony had caught up the market in a big way. Many companies have also come up with newer versions of their laptops. Amidst all this the bigger question would be which company would take the giant lead in the coming New Years.

Monday, May 30, 2011

Porsche Panamera S Hybrid an electrifying ride

Porsche Panamera S Hybrid an electrifying ride

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of Fujitsu Laptop Battery   First post by: www.laptops-battery-online.com

The 2012 rear-drive Panamera SHybrid is being touted as the most fuel-efficient Porsche ever.When launched in 2009, the big Panamera vaulted this famed sports carmaker into the Gran Turismo segment. Here was a large, comfortable car with room for four and their luggage.Inits normal guise,the Panamera is offered with naturally aspirated V6 (300 horsepower) and V8 (400 hp) engines alongside turbocharged monsters that push 500 hp in the Turbo and 550 hp in the Turbo S. Obviously, the latter puts adecidedlysporty spin on the GT theme.

The newest Panamera is afull-on parallel hybrid that can operate on electric power, its gasoline engine or ablend of both when the driver demands aburst of acceleration. Powertrain aside,the SHybrid is all Panamera, meaning there isno compromise.Indeed, the only concession is the loss of the under-floor storage compartment -itnow houses the main 1.7 kilowatt hour/288-volt battery such as Fujitsu FPCBP201 Battery, Fujitsu FPCBP206 Battery, Fujitsu FPCBP36 Battery, Fujitsu FPCBP49 Battery, Fujitsu FPCBP50 Battery, Fujitsu FPCBP63 Battery, Fujitsu FPCBP64 Battery, Fujitsu FPCBP65 Battery, Fujitsu FPCBP67 Battery, Fujitsu FPCBP68 Battery, Fujitsu FPCBP69 Battery, Fujitsu FPCBP77 Battery. Inall other things, the Hybrid was created equal. In fact, it goes one better than the regular Panamera Sbecause the Hybrid earns the same three-mode adaptive air suspension thatserves the Turbo so well. In other words, the Hybrid does not cede anything in terms of the manner in which itcarves acorner. Theair suspension and adaptive damping hunker the big sedan down as it obeys driver input with the same tenacity as its non-hybrid siblings.

TheHybrid uses a 3.0-litre supercharged V6 that produces 333 hp and 325 poundfeet of torque at 3,300 rpm. The electric motor, which is housed between the engine and eight-speed automatic transmission, chips in with another 47 hp and 221 lb.-ft. of torque anywherebetween oneand 1,150 rpm. As acombination, the hybrid system produces anet output of 380 hp and 428 lb-ft of torque at just 1,000 rpm. This is enough to motivate 1,980 kilograms of leather-lined opulence to 100 kilometres an hour in six seconds. Italso manages to accomplish the 80-to-120km/h passing move in avery quick5.3 seconds.

It becomes obvious after afew minutes behind the wheel that the Hybrid is a true sports car wheneverthe driverdrops the hammer.The interaction between the engine and electric motor is as seamless as it gets.Beforethe engine is engagedasapower source,its speed is synchronized with the rest of the drivetrain so its appears as if from nowhere. In fact, the drive proved to be so seamless that the tachometer was about the only way to tell whether the engine was doing the driving or resting as it conserved fuel.

The other surprising part of theHybrid'smakeupisjust howlong it actuallydriveson the electric poweralone -on the test route,roughly35per cent of the 150-kmdrive was covered with the engine doing absolutely nothing and, as such, consuming no fossil fuel.

Thesecret lies in the manner in whichthe electric motor operates.Atspeeds of up to 85 km/h, the electric motor is all that's required -that and asoft foot toprevent the engine from coming tolife. Once up to speed, the instant the driver eases off the gas on adownslope, the Hybrid begins to "sail" -and it can do so at speeds up to 165 km/h. Technically, sailing shuts down the gas engine on the downslope as the electric motor begins to rechargethe battery by harvestingthe kinetic energy through regenerative braking. When the road flattens out at the bottom of ahill, the electric motor switches function to provide the power needed to maintain the desired speed. Again, the action is so seamless one must watchthe E-Powermeter to see if its needle is pointing to the chargeordrive portion of the dial.

For those who value fuel efficiencyoverperformance, the Hybrid's normal drive mode is the best -itsees the eight-speed transmission upshift early. This strategy delivered areal-world average fuel consumption of 8.0 litres per 100 km on the test drive. On the flip side, the sport mode stretches out the shift points and gives the Hybrid afar more athletic feel, but with some built-in conservation strategies. The point hereisthatregardless of how hard the driver drives the Hybrid in whichever mode, the hybrid system is going to cut consumption - be it sailing down atwisty descent or when the engine sits idle at a redlight.

The Panamera SHybrid is asports car with aconscience.Itissogood Iwas left wondering howPorsche will justify the non-hybrid Panamera Sinthe lineup other than for the fact it's offered with all-wheel drive and delivers adelightful V8 growl when worked. The Hybrid's only real concession, on the surface,isprice -at$108,700, it is $5,500 morethan the reardrive Panamera S. However, dig alittle deeper and thatall changes.Throw in the adaptiveair suspension (priced at $2,280) and the Hybrid's upfront premium is recouped in short order -alittle over three years.

Sunday, May 29, 2011

New CCI Buy Signals – ECTY, EGHT, EGOV, ELNK, EMKR

New CCI Buy Signals – ECTY, EGHT, EGOV, ELNK, EMKR

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of Fujitsu Laptop Battery   First post by: www.laptops-battery-online.com

Ecotality, Inc. (NASDAQ:ECTY) moved up 9.63%, to close at $4.10 and its overall traded volume was 160,506.00 shares in the last trading session. ECTY opened at $3.79 and is trading within the range of $3.75-$4.20. The stock has a 52 week low of $2.42 and 52 week high of $6.55. ECTY’s market capitalization is $56.27M and it has 13.72M outstanding shares.Ecotality, Inc. is a provider of electric transportation and storage technologies. The Company provides electric vehicle infrastructure products and solutions that are used in on-road, grid-connected vehicles (including plug-in hybrid electric vehicles (PHEV) and battery such as Fujitsu FPCBP80 Battery, Fujitsu FPCBP82 Battery, Fujitsu FPCBP83 Battery, Fujitsu FPCBP85 Battery, Fujitsu FPCBP86 Battery, Fujitsu FPCBP92 Battery, Fujitsu FPCBP95 Battery, Fujitsu FPCBP96 Battery, Fujitsu FPCBP97 Battery, Fujitsu LifeBook A1110 Battery, Fujitsu LifeBook A1220 Battery, Fujitsu Lifebook A3040 Battery electric vehicles), material handling and airport electric ground support applications. Through its main operating subsidiary, Electric Transportation Engineering Corporation (eTec), the Company’s primary product offering is the Minit-Charger line of advanced battery fast-charge systems that are designed for various motive applications. In addition to its electric transportation focus, Ecotality, Inc. is also involved in the development, manufacture, assembly and sale of specialty solar products, advanced battery systems, and hydrogen and fuel cell systems. Its subsidiaries and primary operating segments consist of eTec, Innergy Power Corporation (Innergy), and ECOtality Stores (doing business as Fuel Cell Store).

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8×8, Inc. (NASDAQ:EGHT) gained 4.28%, to close at $3.17 and its overall traded volume was 1.76M shares in the last trading session. EGHT opened the day at $3.12, it made an intraday low of $3.09 and an intraday high of $3.30. The stock has a 52 week low of $1.09 and 52 week high of $3.37. The market capitalization of the company stands at $197.92M and it has 62.44M outstanding shares.8×8, Inc. (8×8) develops and markets telecommunications services for Internet protocol (IP), telephony and video applications, as well as Web-based conferencing and unified communications services. The Company offers the 8×8 voice over Internet protocol (VOIP) voice and video digital phone service, 8×8 Virtual Office hosted PBX service, 8×8 Complete Contact Center service, 8×8 Trunking service, 8×8 Hosted Key System service, 8×8 MobileTalk service, 8×8 Virtual Meeting Web conferencing service, 8×8 Virtual Office Pro unified communications solution and 8×8 Managed Hosting and Cloud-Based Computing solutions. The 8×8 Virtual Office suite of business phone services offers small and medium sized businesses feature-rich, high definition (HD) audio-enhanced communications services. In May 2010, it acquired Central Host, Inc., a provider of managed hosting and cloud-based computing solutions and began offering 8×8 Managed Hosting and Cloud-Based Computing solutions to business customers.

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NIC Inc. (NASDAQ:EGOV) percentage change grew 1.09%, to close at $13.01 and its overall traded volume was 205,885.00 shares in the last trading session. EGOV opened the day at $12.87, it made an intraday low of $12.82 and an intraday high of $13.02. The 52-week range of the stock is $6.31 – $13.08. The market capitalization of the company stands at $832.26M and it has 63.97M outstanding shares.NIC Inc. (NIC) provides eGovernment services that help governments use the Internet to provide a higher level of service to businesses and citizens. The Company conducts its business through two segments: portal outsourcing businesses and software and services businesses. In the portal outsourcing business, NIC enters into long-term contracts with governments to design, build and operate Web based, enterprise-wide portals on their behalf. These portals consist of Websites and applications that allow businesses and citizens to access government information online and complete transactions, including applying for a permit, retrieving driver’s license records or filing a government-mandated form or report. Software and services business provides software development and services other than portal outsourcing services to state and local governments.

Saturday, May 28, 2011

Tablet PC Innovations and Advancements

Tablet PC Innovations and Advancements

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of Fujitsu Laptop Battery   First post by: www.laptops-battery-online.com

Over the years, Fujitsu has not only dominated the pen-enabled computer market, but also the related technological advancements. Fujitsu is proud of its tradition of introducing new technologies into its tablets. Fujitsu has been responsible for most of the "giant steps" the industry has taken. Let’s take a look at its place in tablet history, and how Fujitsu products first implemented just about all the significant developments in what was to become the Tablet PC.

Some of the "industry firsts" for which Fujitsu tablets were responsible:

1993: First pen tablet to use an integrated wireless LAN

1993: First pen tablet to offer four different operating systems

1993: First pen tablet to use a PCMCIA Type III hard drive as the main storage device

1994: First pen tablet to use a magnesium frame and co-molding (with plastic and rubber).

1994: First pen tablet to use an off-the-shelf battery pack such as Fujitsu LifeBook B2562 Battery, Fujitsu LifeBook B2566 Battery, Fujitsu LifeBook B2569 Battery, Fujitsu LifeBook B6000D Battery, Fujitsu LifeBook B6110 Battery, Fujitsu LifeBook B6110D Battery, Fujitsu LifeBook B6210 Battery, Fujitsu LifeBook B6220 Battery, Fujitsu LifeBook C1320 Battery, Fujitsu Lifebook C2320 Battery, Fujitsu Lifebook C2330 Battery, Fujitsu Lifebook C2340 Battery

1994: First pen tablet to offer Windows® 95 as its operating system

1997: First commercially available pen tablet to run Windows® NT.

1997: First pen tablet computer to use USB ports

1997: First pen tablet to use a 128-bit video controller

1997: First pen tablet to use Zoomed Video.

1997: First pen tablet to offer all four display technologies:

TFT color

DSTN color

Transmissive Monochrome

Transflective Monochrome.

1997: First "radio-ready" pen tablet computer

1997: First pen tablet designed specifically for use in the healthcare industry

1998: First pen tablet to use a color transflective display for indoor/outdoor use

1999: First pen tablet to employ a liquid-filled resistive (passive) digitizer

1999: First pen tablet to support the Windows CE H/PC Pro operating system

2000: First pen tablet computer to have processing power that was equivalent to a notebook computer

2000: First pen tablet computer to use a Pentium® III processor

2001: First pen tablet to use Ultra Low Voltage chip

2001: First Pentium® III pen tablet to use Intel SpeedStep Technology

2002: First Fujitsu Tablet PC (ST4010)

2003: First Tablet PC with indoor/outdoor display (ST4011)

2004: First 12.1” convertible notebook with a modular bay device

2005: First passive ultraportable convertible notebook running on Windows® XP Tablet PC Edition operating system

2006: First Tablet PC with bi-directional display hinge.

2006: First slate in the industry to offer Intel® Core™ Duo mobile technology.

Thursday, May 26, 2011

Fujitsu Sets Price-Performance Standard

Fujitsu Sets Price-Performance Standard

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Fujitsu Computer Systems today unveiled a new lower-priced LifeBook® P7010 notebook featuring, the Intel® Celeron® M Processor. The refreshed LifeBook P7010 notebook is a full-featured, high-performance ultraportable system using the Intel Celeron M Processor – a value processor designed for mobile computing – that delivers a price/performance value proposition unmatched in the ultraportable notebook class. Fujitsu now offers several LifeBook P7000 notebook models, offering customers a choice between the Intel Celeron Processor or the Intel® Pentium® M Processor, as well as other features like dual batteries such as Fujitsu Lifebook C6200 Battery, Fujitsu LifeBook E8310 Battery, Fujitsu LifeBook E8410 Battery, Fujitsu LifeBook M2010 Battery, Fujitsu LifeBook M2011 Battery, Fujitsu LifeBook N6010 Battery, Fujitsu LifeBook N6110 Battery, Fujitsu LifeBook N6200 Battery, Fujitsu LifeBook N6210 Battery, Fujitsu LifeBook N6220 Battery, Fujitsu LifeBook N6410 Battery, Fujitsu LifeBook N6420 Battery, fingerprint security, and high-speed wireless to create an ideal mobile solution.

Priced at $14991, the LifeBook P7010 notebook broadens the popular LifeBook notebook series beyond mobile professionals to appeal to price sensitive markets including education, which require affordably priced notebooks that are easy to carry, wirelessly enabled, provide remarkable battery life and have a built-in media drive.

“The Fujitsu LifeBook P7010 notebook opens up the world of ultra-portability to a market of consumers who had been previously priced out of the ultra-light notebook market,” said Paul Moore, director of product marketing for mobile computing at Fujitsu Computer Systems. “The enhancements to the LifeBook P7010 notebook demonstrate our commitment to meet the diverse computing demands of today’s consumer with a broad selection of product offerings.”

With a configurable weight of approximately three pounds, up to ten hours of battery life2 and a 10.6 inch Crystal View display capable of outdoor viewing, the LifeBook P7010 notebook exemplifies the mobile form factor. In addition, the ultra-light notebook offers an optional integrated biometric fingerprint sensor for added security and a built-in modular bay for accommodating the DVD/CD-RW combo drive, a modular Multi-Format DVD Writer or a second battery.

About Fujitsu Computer Systems Corporation

Headquartered in Sunnyvale, Calif., Fujitsu Computer Systems is a wholly owned subsidiary of Fujitsu Limited (TSE:6702) committed to the design, development and delivery of advanced computer systems and managed services for the business enterprise. The company offers a complete line of high-performance mobile and desktop computers, scalable and reliable servers as well as managed and professional services. Fujitsu Computer Systems emphasizes leading-edge technology, exceptional product quality, and productivity, as well as outstanding customer service.

About Fujitsu

Fujitsu is a leading provider of customer-focused IT and communications solutions for the global marketplace. Pace-setting technologies, highly reliable computing and communications platforms, and a worldwide corps of systems and services experts uniquely position Fujitsu to deliver comprehensive solutions that open up infinite possibilities for its customers' success. Headquartered in Tokyo, Fujitsu Limited (TSE:6702) reported consolidated revenues of 4.7 trillion yen (US$45 billion) for the fiscal year ended March 31, 2004.

Fujitsu, the Fujitsu logo and LifeBook are registered trademarks of Fujitsu Limited. Intel, Celeron and Pentium are trademarks or registered trademarks of Intel Corporation or its subsidiaries in the United States and other countries. All other trademarks and product names are the property of their respective owners.

1Pricing may change without notice.

2Battery life estimates reflect the results of Ziff Davis Business Winstone 2001 BatteryMark 1.0.1 as performed upon systems with maximum battery life settings enabled. Actual battery life will vary based on screen brightness, applications used, features selected, power management settings, battery conditioning, and other customer preferences. CD, DVD, CD-RW, LAN, Wireless LAN, or hard drive usage may also have an impact on battery life. Requires high-capacity battery and optional bay battery for optimal battery life.

3Certain retailers will only offer select models.

The statements provided herein are for informational purposes only and may be amended or altered by Fujitsu Computer Systems Corporation without notice or liability. Product description data represents Fujitsu design objectives and is provided for comparative purposes; actual results may vary based on a variety of factors. Specifications are subject to change without notice.

Tuesday, May 24, 2011

Fujitsu enters the half-terabyte HDD fray

Fujitsu enters the half-terabyte HDD fray

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Keeping the promise he made at last year's COMDEX keynote, Microsoft Chairman Bill Gates used Sunday's address to debut the first prototype Tablet PC devices, or as the company calls them, "the next-generation mobile business PC." Coming in a variety of form factors from a long list of vendors, a Tablet PC may resemble an Etch-a-Sketch, or feature a notebook-like clamshell design. With a full day of battery such as Fujitsu LIFEBOOK P2110 Battery, Fujitsu LIFEBOOK P2120 Battery, Fujitsu LifeBook P250 Battery, Fujitsu Lifebook P5010 Battery, Fujitsu Lifebook P5010D Battery, Fujitsu Lifebook P5020 Battery, Fujitsu LifeBook P8010 Battery, Fujitsu LifeBook P8020 Battery, Fujitsu Lifebook S2000 Battery, Fujitsu LifeBook U810 Battery, Fujitsu LifeBook U820 Battery, Fujitsu Lifebook V1010 Battery and a weight of just 2.5 pounds, Microsoft believes the Tablet PC will solve the problems associated with current mobile computing.

Perhaps learning from the falling PDA and desolate Internet appliance markets, the Tablet PC is a full-fledged computer running Windows XP. It is not intended to simplify tasks, but rather make it easier to complete those tasks when away from a desk, or standing up. Devices will feature pen-based input, as well as speech recognition.

Many Tablet PC devices will act as a display when docked at a workstation with a keyboard and mouse, according to Microsoft, and thus offer high resolution screens.

"This will be your primary computer -- it's not a 'companion' device to anything else, except a companion to you," said Ted Clarke, head of Compaq's Tablet PC division. "It will have the capabilities and full functionality of a Windows XP notebook that you'll be able to -- and want to -- carry with you everywhere."

Although branded Windows XP Tablet PC Edition, the OS will run the exact same applications as today's notebooks. Microsoft has already announced it will extend Office XP to support the Tablet PC's stylus interface. Users will be able to send handwritten e-mail, add comments to documents, and annotate PowerPoint slides with the device's "rich ink." Note-taking software called Journal will be included to serve as an "unlimited source of virtual notepaper."

Intel, Transmeta, and VIA have signed on to develop Tablet PC microprocessors, with ViewSonic, NEC, Acer, Compaq, Fujitsu, Toshiba, and others also joining the initiative. Adobe and Corel are among those who will extend to their applications to support the Tablet PC platform.

Although details regarding pricing and release dates will emerge in the coming months, Microsoft expects Tablet PCs to hit stores in the second half of 2002 and cost about the same as midrange laptops.

Monday, May 23, 2011

New Intel tech will create smaller, faster microchips

New Intel tech will create smaller, faster microchips

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When Intel's drive to shrink its processors while maintaining speed began to hit a brick wall, its silicon-chip wizards rethought conventional design wisdom.

The result of a decade of research is a processor called Ivy Bridge, which will be smaller, faster and -- perhaps most important in this mobile world -- more energy-efficient.

Intel demonstrated prototype desktops, laptops and servers running the new chip at a news conference Wednesday. It won't be ready for mass production until later this year or early next year, executives said.

The company declined to name potential hardware partners, but Intel is the largest provider of processors to PCs and laptops, including those from Apple, Dell and Hewlett-Packard.

Intel has virtually no presence in smartphones and tablets, which are among the fastest-growing electronics sectors. This new design is expected to propel the company into the mobile arena, executives said.

ARM Holdings, a British company chip developer, dominates much of the mobile market, thanks to its efficient processors that require little battery power such as IBM 02K6618 Battery, IBM 02K6626 Battery, IBM 02K6821 Battery, IBM 02K7025 Battery, IBM 08K8026 Battery, IBM 08K8039 Battery, IBM 08K8192 Battery, IBM 08K8196 Battery, IBM 2P1013 Battery, IBM 40Y6791 Battery, IBM 40Y6795 Battery, IBM 40Y6799 Battery. Nvidia, another chip maker, has also ramped up development of mobile processors.

Unlike Intel, ARM doesn't manufacture its own chips to sell in volume. Apple, Nintendo, Nokia, Samsung, Sony Ericsson and others license ARM's chip designs for their products. Many gadget makers that pay to use ARM's designs also buy Intel chips for their computers and servers.

Despite promises, Intel has failed to deliver a low-power chip suited to miniature gadgets like phones and tablet computers, with their relatively tiny batteries. Partner electronics makers and investors are getting restless.

The development Intel showed Wednesday was a decade in the making, said Mark Bohr, an Intel senior fellow.

It employs a three-dimensional structure to pack more processing channels into each transistor, the microscopic unit that amplifies electronic signals and is a building block of all electronic devices.

Traditionally, transistor channels have been situated flat on a surface. Intel engineers took these channels, which serve as the neurons for a computer's brain, and realigned them to fit into smaller spaces.

Intel called the design "a fundamental departure" from the two-dimensional transistor structure that has powered electronics within computers, cars, household appliances and other devices for decades.

Intel said the 3-D transistors are so small that more than 100 million could fit on the head of a pin. The original transistor, built by Bell Labs in 1947, was large enough to be pieced together by hand.

"Transistors have entered the third dimension," Bohr said onstage.

He said the new design will help the company push the limits of Moore's Law, Intel co-founder Gordon Moore's theory that the number of transistors able to fit on a microchip doubles every two years or so.

The chip architecture used in Ivy Bridge, a version designed for full-powered computers and servers, will make its way into other areas, such as Intel's mobile-focused Atom processor, said Dadi Perlmutter, a vice president for Intel's architecture group.

"This is one of the fundamental things that we believe is going to keep us extremely competitive," Perlmutter said, "and definitely going to help us to move ahead of the ARM system because we have this advantage in processing technology."

An Atom processor using the new 3-D transistor layout could come as early as mid- to late 2012, said David Kanter, a technology analyst.

"The smartphone market is just sort of emerging," Kanter said. In processor research and development, "Intel has a one-year lead over everyone, and now it's widening."

The increase in performance with Ivy Bridge compared with previous generational improvements in processors is "really, really big in context," Kanter said.

Ivy Bridge is 37% more efficient than current top-of-the-line Intel chips at low voltage, making this Intel's "most significant technology announcement of the year," a spokesman said.

Bohr, the Intel fellow, acknowledged as much, saying: "We've never achieved that sort of performance gain on low-voltage on any previous technology."

Being able to use the 3-D method to mass produce chips could give Intel a three-year lead over competitors, Bohr said. The concept was first demonstrated by Intel in 2002.

"This general structure is well known in the industry," Bohr said. "The real challenge is to make this manufacturable."

Saturday, May 21, 2011

IBM’s Next 5 in 5 List Predicts Top Tech Innovations

IBM’s Next 5 in 5 List Predicts Top Tech Innovations

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On Monday, IBM released its annual “Next Five in Five” list, highlighting technologies and innovations that could change the way we live and interact by the time 2015 rolls around. The list spans everything from 3D holograms to CPU-powered energy.

3D had a good year in 2010, and IBM only sees it getting bigger and better. According to the company, developing technologies will allow you to interact with 3D holograms and photos–and we could even see 3D cameras start appearing on smart phones. IBM Research is currently developing techniques for displaying 3D data as images; this research could pave the way for more accurate visualizations of world maps, Twitter trends, and more.

Much longer battery life could also be on the horizon. IBM predicts that new developments in transistor and battery technology will lengthen the battery life of our devices or even eliminate the need for a battery at all. Researchers are currently working on batteries such as IBM 40Y7001 Battery, IBM 41N5666 Battery, IBM 73P5167 Battery, IBM 73P5168 Battery, IBM 92P1011 Battery, IBM 92P1060 Battery, IBM 92P1089 Battery, IBM 92P1091 Battery, IBM 92P1101 Battery, IBM 92P1102 Battery, IBM ThinkPad A20 Battery, IBM ThinkPad A21 Battery that use air to power everything from netbooks to tablets. IBM is also working to decrease the amount of energy required per transistor, which could allow smaller devices such as phones and eReaders to ditch the battery and instead rely on the user’s movements for power.

IBM also envisions sensors in your gadgets that could collect atmospheric information to help scientists monitor atmospheric changes and fight global warming. The company is developing smart phone apps that will let citizens collect and share data which can be used to improve the environment. This technology could even be used to provide more advanced warnings for natural disasters.

IBM’s list also has something that should please every morning commuter: Thanks to advanced analytics and adaptive traffic systems, someday you could receive up-to-the-minute advice on the quickest route to work. IBM’s system-in-progress could even let you know if there’s parking available at the train station.

Last but not least, IBM says we have computer-powered heat to look forward to. A pilot project in Switzerland is currently utilizing an on-chip water-cooling system that recycles energy from a cluster of computers to provide hot water for a home or office. The new technology is expected to save 30 tons of carbon dioxide emissions per year.

Friday, May 20, 2011

Seven Tips for Better Notebook Battery Life

Seven Tips for Better Notebook Battery Life

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of IBM Laptop Battery   First post by: www.laptops-battery-online.com

Ever been on a long flight, ready to hunker down and get some work done, only to discover that your notebook's battery is plunging toward the red zone an hour after takeoff? So have we. That's why we've gathered these simple tips that will preserve your notebook's juice and boost your productivity. Read them now. You'll thank yourself later.

1. Sleep Is Good

Use the operating system's power-management features (in Windows XP, under Power Options in the Control Panel; or in Vista, under Mobile PC in the Control Panel) to set aggressive targets for when the display will go dark (say, after five minutes of inactivity) and when the machine will slip into sleep mode (no longer than ten minutes of inactivity). And if you can spare the extra time it takes for the machine to resume, set the PC to hibernate, not just sleep, when you close the lid.



2. Don't Be Performance Hungry

Unless you're running high-order mathematical calculations on that long plane ride, chances are you don't need all the processing power your CPU is capable of giving. So in Vista, select the "Power saver" power plan (found in the Control Panel, in the Power Options section) to extend life of battery such as IBM ThinkPad A30 Battery, IBM ThinkPad R30 Battery, IBM ThinkPad R31 Battery, IBM ThinkPad R32 Battery, IBM ThinkPad R40 Battery, IBM ThinkPad R50 Battery, IBM ThinkPad R51 Battery, IBM ThinkPad R52 Battery, IBM ThinkPad R60 Battery, IBM ThinkPad R61 Battery, IBM ThinkPad T20 Battery, IBM ThinkPad T21 Battery when on DC power, and leave the 3D gaming for when you're near an AC outlet.



3. Dim the Lights

Turn down the brightness of the LCD panel (via the Function-key combo, or in the Control Panel's Display Settings dialog) to the lowest level you can tolerate. The backlight sucks power like the Rockefeller Center Christmas tree.



4. Banish Non-Essential Components

When you aren't actively using the Wi-Fi, Bluetooth, and IR radios, turn them off (via the hard switch, if your PC has it, or in the appropriate utility set), so they don't trickle you dry trying to connect. Also, use USB-attached devices only when absolutely necessary. They aren't getting their power from positive ions in the air, you know.



5. Watch Scheduled Tasks

Be sure that your periodic virus scan is set to a time when you're usually plugged in; running a full-disk virus check keeps the hard drive and CPU fully engaged for the better part of an hour.



6. Lay Off the Multimedia

A little in-flight music is nice while you construct that PowerPoint presentation, but streaming music from your hard drive (or playing a CD) means the disk (or disc) is always spinning.



7. Get More Juice

Let everyone else fight over that free AC outlet. Designed to sit underneath your notebook, the APC Universal Notebook Battery can provide up to six hours of endurance using its lithium polymer technology. It comes with a variety of notebook tips and features selectable output voltages. The unit adds 1.8 pounds to your carry-on, but it's better than having your laptop run out of gas midflight.

Thursday, May 19, 2011

future of electric power

future of electric power

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Kimberly Harris, chief resource officer for Puget Sound Energy, Washington's largest utility, said power to fuel an electric fleet shouldn't be a problem, especially if people charge their cars at off-peak hours. But there are many unsolved questions, such as how consumers will charge their vehicles in public places, and who's going to pay for it.

Lutz said that if the U.S. is going to electrify its car fleet in a clean manner, without burning much more coal, windmills and solar farms are not enough.

"The only real option is nuclear energy," he said. However, not a single nuclear plant has been built in the U.S. in decades.

GM's electric ambitions rely on designing a lithium-ion battery — a type commonly used in laptops but difficult to scale for a car — that's cheap and powerful.

Lutz, who was in Seattle to speak with local auto journalists, said the company is on track.

"We are simply quite startled and amazed at how everything is working according to plan," he said.

But the Volt is not alone.

Toyota, whose wildly successful Prius established a niche for hybrids, recently unveiled plans for a plug-in version, also powered by a lithium-ion battery such as IBM ThinkPad T22 Battery, IBM ThinkPad T23 Battery, IBM ThinkPad T30 Battery, IBM ThinkPad T40 Battery, IBM ThinkPad T41 Battery, IBM ThinkPad T42 Battery, IBM ThinkPad T43 Battery, IBM ThinkPad T60 Battery, IBM ThinkPad T61 Battery, IBM ThinkPad X20 Battery, IBM ThinkPad X21 Battery, IBM ThinkPad X22 Battery. It will be available to commercial fleets in 2010, Toyota says.

Project Better Place, a Silicon Valley startup, earlier this year struck a pact with Renault-Nissan to make a purely electrical vehicle with swappable batteries available to Israeli customers in 2010.

Most big carmakers will likely focus on areas where driving distances are shorter, gasoline prices are higher and big carbon footprints are unpopular, said Craig Giffi, vice chairman and U.S. leader of consumer and industrial products for consulting firm Deloitte.

Places like Israel, small European countries, California, Oregon and Washington seem ripe for experimentation.

Locally, Puget Sound Energy is launching a two-year pilot program to better understand how plug-in vehicles and their owners will interact with the existing electricity grid.

"We should have it up and running in the summer with a couple of plug-in hybrids," said Tom Maclean, head of emerging technologies for the utility.

Wednesday, May 18, 2011

The Green Festival environmental fair is this weekend in Seattle

The Green Festival environmental fair is this weekend in Seattle

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Looking for inspiration and know-how to help keep Mother Earth green and healthy? Learn about healthful, sustainable practices and products for your life and our world at this weekend's Green Festival environmental fair in Seattle.

Exhibits, workshops and speakers on four stages Saturday and Sunday will address healthful, sustainable practices including solar power, green parenting, saving Puget Sound, eco-tourism, green remodeling, gardening, the slow life movement, electric vehicles, green tech, ecological economics and a host of other grass-roots solutions.

Browse the green consumer showcase with fair trade and eco-shopping, natural pets section and community action center, or check out Sunday's Green Film Festival and play and learn with your kids in the Green Kids Zone. Take a break with organic dining, local beer and wine sampling and music stage entertainment.

Get creative, stylish and green at the Swap-O-Rama-Rama giant clothing swap and do-it-yourself workshop with ideas and tools to transform used clothes into a creative, personal fashion statement. Bring clothing to donate and/or clothing you'd like to change or embellish and join in on the communal creativity. On-site recycling is available for personal e-waste including laptops, cellphones, PDAs, CDs and household batteries such as IBM ThinkPad X23 Battery, IBM ThinkPad X24 Battery, IBM ThinkPad X30 Battery, IBM ThinkPad X31 Battery, IBM ThinkPad X41 Tablet Battery, IBM ThinkPad X60 Battery, IBM ThinkPad X61 Battery, IBM ThinkPad Z60t Battery, IBM ThinkPad Z61e Battery, IBM ThinkPad Z61m Battery, IBM ThinkPad Z61p Battery, IBM ThinkPad Z61t Battery.

Representatives of the Duwamish Tribe, Chief Seattle's First People and traditional Suquamish song and dance open the festival at 10:30 a.m. Saturday, and several community choirs provide the Seattle Joins Together in Song closing ceremony at 6 p.m. Sunday. Ride your bike to the festival for $5 off admission (with free, secure bike parking), or come by monorail for $5 off admission.

Cost: Tickets at the door, $15/weekend pass; $10/weekend pass for seniors, students, union members with ID and people who arrive by bicycle and use Bike Valet parking; ages 11 and younger free. $5 off admission with donation of three or more books to benefit BetterWorld.com program promoting education for girls in developing countries; $5 off admission for those with ticket showing arrival by monorail.

Tuesday, May 17, 2011

Mobile devices to step beyond batteries

Mobile devices to step beyond batteries

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The low-battery bleep that ends your cellphone conversation in midsentence or sends you scrambling with your laptop for an outlet could soon be history, thanks to breakthroughs in fuel cells and solar energy.

Mobile devices are growing ever more power-hungry, even as conventional battery capacity hits its limits, said Sara Bradford, a San Antonio-based industry analyst with the research company Frost & Sullivan.

One solution to this problem is a new breed of solar cells with "the potential to keep a battery such as Sony PCGA-BP1N Battery, Sony PCGA-BP2E Battery, Sony PCGA-BP2EA Battery, Sony PCGA-BP2NX Battery, Sony PCGA-BP2NY Battery, Sony PCGA-BP2R Battery, Sony PCGA-BP2S Battery, Sony PCGA-BP2SA Battery, Sony PCGA-BP2T Battery, Sony PCGA-BP2V Battery, Sony PCGA-BP4V Battery, Sony PCGA-BP71 Battery charged up so that the consumer may not ever have to plug it in," Bradford said.

Konarka Technologies of Lowell, Mass., has developed a dye-based solar cell that can be printed on rolls of plastic for a fraction of the cost of traditional solar cells.

While solar chargers on the market today are bulkier than the cellphones and personal digital assistants (PDAs) they charge, Konarka's first retail product, likely out next year, will be a foldable charger about the size and weight of a laminated pocket map, said Daniel McGahn, the company's executive vice president and chief marketing officer.

Konarka's solar cells could just as easily be part of the device, McGahn said. Manufacturers could wrap laptops in the company's thin plastic solar cells, which can be printed in an array of designs and colors. For smaller devices such as cellphones, sails could catch enough sun for an adequate charge.

Nanosys and Nanosolar, both of Palo Alto, Calif., are developing solar cells that can be sprayed or painted onto surfaces. So far, neither company has announced any products.

Fuel cells

But while solar cells may extend battery life for today's gadgets, tomorrow's power guzzlers will need more energy than batteries can provide. That's where micro fuel cells hold promise, Bradford said.

Fuel cells work by attracting a fuel — in this case, methanol — to an electrically charged membrane where it reacts with a catalyst to release power in the form of electrons.

Fuel cells will provide many times more power than batteries of equivalent volume and can completely eliminate the need to plug in, said Chris Dyer, an entrepreneur who is also editor of the Journal of Power Sources, a scholarly publication.

"When you run out of energy, you should be able to just pop in a new fuel cartridge and be off again," Dyer said. But that's proven easier said than done.

Micro-fuel-cell designers have favored methanol as a fuel because it's readily available and, being liquid, easier to store than hydrogen gas. But methanol has to be mixed with water for cells to work. And managing this mixture requires pipes, pumps, insulation and venting so that excess water evaporates but the device being fueled doesn't get too hot.

"You are making what is essentially a chemical engineering plant into something the size of a deck of cards," Dyer said.

One company, MTI MicroFuel Cells of Albany, N.Y., has figured out how to eliminate the pipes and pumps, said Shimshon Gottesfeld, chief technology officer.

Its Mobion micro fuel cell uses a special membrane that recycles waste water, allowing the manufacturer to pack pure methanol, and thus more power, into its fuel cartridges. Mobion can yield four to five times the power of a comparable-volume lithium ion battery, Gottesfeld said.

Wait until 2007

The company has been showing off prototypes of a combination PDA and cellphone running on its fuel cell, but consumer products won't appear until 2007 or so, Gottesfeld said.

Bradford said some 20 firms are working on micro-fuel-cell designs, including NEC, Motorola, Casio, Sony and Panasonic. Hitachi and Toshiba have demonstrated prototype devices and are shipping test models next year.

The first 2,000 micro-fuel-cell-powered electronics units will be sold next year, mostly in Japan, according to a May report by ABI Research, an industry research firm based in Oyster Bay, N.Y. But Bradford said the first generation of power sources will be initially expensive to buy and refuel and will clip onto devices as chargers, rather than replace batteries.

At least one company is working on a second-generation micro fuel cell. Compact Power last month announced a hydrogen-powered, nanotechnology-based fuel cell that will be simpler to manufacture and use than methane systems. It will be 95 percent lighter than batteries, yet up to 10 times more powerful, said Dyer, the journal editor, who is Compact Power's president and CEO.

Fueled by a "throw-away, low-cost attachment made of a proprietary material that lets off hydrogen at a slow-release rate," his fuel cell should be three times as powerful as methanol cells, yet much cheaper, Dyer said.

He said the product could be ready for market in as little as two or three years.

Monday, May 16, 2011

Battery makers to get jump-start

Battery makers to get jump-start

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The Energy Department is getting ready to hand out about $2 billion in grants to create a domestic industry for electric-car batteries, and 122 companies are scrambling to get pieces.

The companies range from small, niche firms to giants such as Dow Chemical and Johnson Controls. All are promising a combination of innovation and ability to deliver new products on a commercial scale to prevent the United States from trading dependence on foreign oil for reliance on foreign-made batteries such as Sony PCGA-BP2EA Battery, Sony PCGA-BP2NX Battery, Sony PCGA-BP2NY Battery, Sony PCGA-BP2R Battery, Sony PCGA-BP2S Battery, Sony PCGA-BP2SA Battery, Sony PCGA-BP2T Battery, Sony PCGA-BP2V Battery, Sony PCGA-BP4V Battery, Sony PCGA-BP71 Battery, Sony PCGA-BPZ51 Battery, Sony PCGA-BPZ52 Battery.

"We've had 20 years of bad behavior in the United States in terms of developing ideas into products," said Mary Ann Wright, chief executive of Johnson Controls's joint venture developing hybrid battery systems.

Now policy makers hope that helping domestic battery manufacturers will produce economic savings that often come with large-scale production and which are needed to make electric cars affordable. With funds provided by the stimulus bill in February, the Energy Department can cover up to half the cost of a battery-related project.

"This investment will not only reduce our dependence on foreign oil, it will put Americans back to work," President Obama said in March. "It positions American manufacturers on the cutting edge of innovation and solving our energy challenges."

The federally funded battery effort has its skeptics. Grants are expected to focus on lightweight lithium-ion batteries similar to those found in laptops. They are the newest thing in a business that had not changed much since lead-acid batteries were invented a century and a half ago.

But U.S. hopefuls face stiff competition from foreign firms such as Japan's Panasonic and Sony, and South Korea's LG Chem, which already dominate the lithium-ion battery market in power tools, laptops and cellphones. Some domestic firms have recruited foreign companies as partners in new U.S.-based manufacturing facilities.

Moreover, some economists warn of the perils of government subsidies.

"To the extent that this is part of a broader industrial policy scheme, I'm against it for all the reasons I've always been against it," said Charles Schultze, a Brookings Institution senior fellow and former chairman of the Council of Economic Advisers. "If you're not heavy-handed about screening (applications), you're going to get a lot of the equivalent of political pork."

Some industry experts also note that lithium-ion batteries may not be ready for tough road conditions, that they generate a lot of heat, and that there is no infrastructure for recycling them.

For the moment, it is easier to recycle lead-acid batteries, like those in combustion-engine cars, or nickel-metal hydride batteries, like those in the current generation of hybrid vehicles.

Nonetheless, Obama has set a goal of having 1 million electric cars on the road by 2015, and the Energy Department is trying to make sure a large share of them are powered by U.S.-made batteries. In addition to the $2 billion in grants it is expected to announce soon, the Energy Department can lend from a separate $25 billion program.

It has already announced a $1.6 billion loan to help Nissan develop an electric car, including the modification of its plant in Smyrna, Tenn., and a $465 million loan for Tesla, partly for a battery-pack facility to supply Tesla and Daimler.

Sunday, May 15, 2011

Intel, AMD battle over claims on battery life for laptops

Intel, AMD battle over claims on battery life for laptops

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Benny Villanueva recalls being in a Starbucks rushing to finish a college paper that was due when his laptop battery, which he'd been led to believe would last hours, conked out after only about 30 minutes.

"It just shut off on me," said the 30-year-old from San Jose, who is studying dentistry. "I almost started yelling. It's kind of frustrating, but what can you do?"

Consumer complaints about being misled on how long their laptop batteries will last aren't new, of course. But the issue has had the Web roiling lately, with much of the hullabaloo centered on those two longtime chip-making antagonists, Intel and Advanced Micro Devices.

Sunnyvale, Calif.-based AMD triggered the brouhaha in recent blogs and media interviews, contending that laptop ads often contain unrealistic battery-life claims because the data come from tests where laptops aren't used as actively as many people use them.

And last month, a class-action lawsuit filed in U.S. District Court in San Jose accused Intel of essentially rigging those tests to inflate the battery life of laptops powered by its chips.

"A reasonable consumer expects battery-life measurements to reflect the way consumers actually use laptop computers," the suit said. Because of the Santa Clara chip maker's alleged contrivance, it added, "Intel has wrongly increased its profits from the sale of laptops with Intel processors."

But Intel officials called the suit groundless and characterized criticism of the tests as wrongheaded. They claim the tests accurately reflect the way most people use laptops. And while Intel would consider other ways to test the batteries such as Sony VGP-BP2EA Battery, Sony VGP-BPL2 Battery, Sony VGP-BPL4 Battery, Sony VGP-BPS2 Battery, Sony VGP-BPS3 Battery, Sony VGP-BPS4 Battery, Sony VGP-BPS5 Battery, Sony VGP-BPS8 Battery, Sony VGP-BPS9 Battery, Sony PCG-GRS900 Battery, Sony PCG-GRT25 Battery, Sony PCG-R505 Battery, company spokesman Bill Kircos disputed claims that the public is confused.

"Anyone who criticizes consumers' intelligence when shopping for laptops is underestimating the consumers," he said.

Testing service

The controversial tests are specified under a benchmark dubbed MobileMark, which was adopted several years ago by the nonprofit Business Applications Performance Corporation, or BAPCo, whose members include AMD, Intel, Dell, Hewlett-Packard and other tech companies.

The class-action suit filed June 26 by the Girard Gibbs law firm of San Francisco contends the tests were pushed on BAPCo by Intel. Intel denies that, adding that the same law firm unsuccessfully filed a class-action suit against Intel several years ago. A statement issued by BAPCo said MobileMark was "vigorously debated and cooperatively developed" by its members.

Whatever the case, critics say the tests leave much to be desired.

 

MobileMark assesses how long batteries work while a laptop is in three operating modes, which include playing a DVD movie, accessing a spreadsheet and doing other tasks. And according to data provided by AMD, batteries in laptops equipped with Intel's chips consistently last longer in the tests than laptops with AMD's chips.

Various factors determine how long a laptop battery lasts, but chips play a big role and Intel has focused on making its chips energy-efficient. But AMD, which specializes more than Intel on making graphic-oriented chips, argues that MobileMark generally doesn't reflect use of power-gobbling laptop features such as graphic-heavy video games.

As a result, even though laptop ads typically caution that battery life varies with use, AMD claims consumers often find their machines run out of juice long before they thought they would.

"The measurements in the best case are confusing; worst case they are misleading the consumer," said Patrick Moorhead, AMD's vice president for advanced marketing.

Rob Enderle, a technology analyst with the Enderle Group in San Jose, agrees.

"Everyone in the industry knows this benchmark is wildly optimistic and that the actual battery life you'll get is often less than half what MobileMark suggests," he concluded in a recent note on the controversy. "This is because MobileMark measures battery life much like you might measure gas mileage if you started the car, put it in neutral and coasted down a long hill."

Other sources

AMD says a better idea would be to give consumers battery-life data from MobileMark as well as from some other test where laptops are run harder. When AMD did such a comparison, it said the battery-life difference between its chips and Intel's virtually disappeared.

Officials at Hewlett-Packard, the world's biggest seller of personal computers, declined to comment on the dispute.

Sensible move

But Ketan Pandya, head of AMD-based products at Dell, said AMD's suggestion to augment MobileMark with another battery-life measure makes sense.

"It's something that is good for the industry and definitely good for the consumer," Pandya said.

Internet commentators remain divided on the subject, however.

"Shouldn't AMD be trying to make its chips use less power when they're not doing anything?" an article in laptop magazine wondered aloud last month.

But a recent article by Notebooks#com agreed with AMD, concluding that battery-life advertising claims based on low-power laptop configurations "leave those who order notebooks with graphic cards, high-speed hard drives and other extras completely in the dark."

Saturday, May 14, 2011

The Battery Bust

The Battery Bust

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A laptop that runs forever on a single quick charge? Not anytime soon. Here are some tips for making the current crop of batteries keep going and going and going....

I used to think I had bad tech karma. After just six months, I was lucky to get a full day of standby time from my Motorola cell phone. My Toshiba laptop, which once lasted coast-to-coast, now won't make it to Chicago. What gives? Why can't someone build a better battery such as Sony PCG-TR1C Battery, Sony PCG-TR1MP Battery, Sony PCG-TR2 Battery, Sony PCG-V505 Battery, Sony PCG-XE Battery, Sony PCG-Z505 Battery, Sony VGN-CR205 Battery, Sony VGN-CR21 Battery, Sony VGN-CR215 Battery, Sony VGN-CR23 Battery, Sony VGN-CR310 Battery, Sony VGN-CR320 Battery ?

Turns out this is less about karma than about chemistry. The reality is, batteries start losing their juice the moment you first charge them. It's called "capacity fade." As a result, every battery has a finite number of charges before it dies. Laptop batteries get at most 400 charges, or two to three years of use, says Howard Locker, chief architect for desktop and mobile development at IBM's personal computer division. And some manufacturers produce batteries that charge in just 15 or 30 minutes. The rapid charging damages the materials inside, reducing the unit's life.

Chemically, nothing new has happened in batteries since 1991, when Sony introduced its rechargeable lithium-ion cell. And sadly, there's not much earth-shattering on the horizon. "There just haven't been any leaps and bounds in terms of battery chemistry itself in many years," says David Heacock, vice president of Texas Instruments' portable power group. "What we're playing with now... are just incremental improvements."

It's not that no one's trying. Valence Technology has patented a new higher-performing lithium-polymer battery technology called Saphion, but it will mostly power such big machines as electric wheelchairs. MPhase Technologies is trying to commercialize a nanobattery from Lucent Technologies' Bell Labs -- but that will only be used in military sensor devices for now and likely won't appear commercially for several years. And other companies are developing hydrogen fuel cells for laptops, but no one knows how to refill drained cells, or whether airlines will ever approve bringing fuel cells onboard.

Instead of waiting for a silver-bullet battery, Locker suggests, we're better off focusing on the other side of the equation: power management. Your computer screen saps about 40% of the power your notebook consumes; spinning hard drives, wireless functionality, size, and weight also determine battery performance. The more efficient those features, simply, the longer your batteries will last.

Thursday, May 12, 2011

Toshiba touts slimmer, stronger batteries

Toshiba touts slimmer, stronger batteries

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On Monday, Toshiba publicly unveiled Advanced Lithium Batteries (ALB), which will allow electronics manufacturers to create small devices with the staying power of larger ones.

Similar to lithium-polymer batteries such as Toshiba Tecra A1 Battery, Toshiba Tecra A2 Battery, Toshiba Tecra A3 Battery, Toshiba Tecra A3X Battery, Toshiba Tecra A4 Battery, Toshiba Tecra A5 Battery, Toshiba Tecra A6 Battery, Toshiba Tecra A7 Battery, Toshiba Tecra A9 Battery, Toshiba Tecra M6 Battery, Toshiba Tecra M9 Battery, Toshiba Tecra R10 Battery, which are made of a gel, ALB technology derives its power from a polymerlike liquid. Both can be molded to about 1 millimeter, compared with standard lithium-ion batteries that are about 5 millimeters thick.

What makes ALB superior to the others is that its slim figure packs the energy punch of its larger counterpart. ALB costs about 20 percent more than lithium-ion batteries but slightly less than lithium-polymer ones.

Currently, lithium-ion batteries are found in 90 percent of notebooks and 60 percent to 70 percent of cell phones, said Joel Tax, an analyst at research firm Santa Clara Consulting.

Toshiba's announcement, along with other recent industry developments, shows that the battery sector is changing. Unlike other components, which often move speedily from blueprint to salable good, battery technology often takes years to develop and come to market.

The Japanese manufacturer isn't the only company interested in more advanced batteries. IBM has discussed using polymer battery technologies, and Monday, Motorola and National Semiconductor announced plans to team on new concepts for lithium-ion and lithium-polymer batteries.

Although Toshiba officially introduced ALB on Monday, the company said that one cell phone manufacturer and one handheld computer maker have already started using the technology. Notebook manufacturers shouldn't be far behind.

Ritch Russ, director of Toshiba's battery division, said Ericsson is using the technology in its T28 World phone. He wouldn't disclose which handheld manufacturer is using ALB but described it as one of the biggest names in the industry.

Russ added that Toshiba is working with a number of notebook manufacturers. He expects ALB technology to be available in notebooks by the end of the year. However, Toshiba's own notebook division does not believe ALB will be ready by then.

Looking ahead to 2002

Steve Andler, vice president of marketing at Toshiba's notebook division, indicated that prototype laptops using ALB have been developed but that the road from prototype to finished product is a long one.

"ALB is not yet producible in large quantities. And for it to be in notebooks by the end of the year is optimistic," Andler said. "Sometime in 2002 would be more realistic."

Even though ALB is new to the public, Toshiba is already producing 1.7 million ALB battery cells per month, and it plans to make 3 million battery cells per month by the end of the year. By comparison, the company produces 7 million to 8 million lithium-ion battery cells per month, Russ said.

Notebook manufacturers touted lithium-polymer batteries about two years ago, but the first polymer batteries didn't last as long as manufacturers had hoped. And, because they were about 25 percent to 30 percent more expensive than lithium-ion batteries, manufacturers were cool to the idea.

One of the first notebooks to use lithium-polymer batteries was Mitsubishi's Pedion in 1997. Hewlett-Packard licensed the Pedion and rebranded it as Sojourn, which was priced at $5,799 and available for about a year.

Lithium-polymer batteries have other problems besides high cost. They tend to swell about four times more than ALB and lithium-ion batteries when they are exposed to heat. In addition, heat reduces the number of times a lithium-polymer battery can be recharged.

"Polymer wasn't the magic bullet that people initially thought. It didn't give you better battery life than lithium, but it did give you the flexibility to make devices thinner," Russ said.

Tax added that the battery industry will focus on lithium for at least the next five years but that other technologies are on the horizon.

"The future is fuel cells," Russ said. "We've been struggling to keep up with demands from device makers, but fuel cells could give us the leap to keep up."

Russ said he could envision products using fuel-cell technology in three to five years.

Wednesday, May 11, 2011

take your laptop out for a little spin

take your laptop out for a little spin

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Evolution Robotics announced Tuesday that it has begun selling the ER1, a kit that turns an average laptop into a rolling, seeing robot.

First demonstrated last spring, the ER1 package consists of wheels and an aluminum frame for mounting a laptop onto a rolling platform, a Web camera for gathering visual information, a control module and software to make the whole thing work.

Upcoming accessories will include a "gripper arm" that allows the robot to grasp and carry objects; in a popular demonstration of the arm, an ER1-outfitted laptop grabbed a beer from a refrigerator and brought it to the owner.

The major advance of the ER1 over previous consumer robot products is that it can do sophisticated analysis of visual information, said Jennifer McNally, senior director of marketing for Pasadena, Calif.-based Evolution. Show a CD cover to the ER1's camera, and it can recognize the disc and cue it up from a networked music appliance. Wave a beer bottle in front of it, and it knows what to look for on its trip to the kitchen.

"The functionality centers around its ability to see," she said. "The difference between a robot and a computer is that the robot has sensors outside the keyboard and mice, and it can take action based on that."

Possible uses include remote security and monitoring. "You could go to work, leave your laptop on and connected to the Internet, and make sure (a visiting) contractor arrived on time," McNally said.

Partly because of the limited battery ( such as Toshiba Satellite A215 Battery, Toshiba Satellite R10 Battery, Toshiba Satellite R15 Battery, Toshiba Satellite U205 Battery, Toshiba Tecra 8000 Battery, Toshiba Tecra 8100 Battery, Toshiba Tecra 9100 Battery, Toshiba Tecra A1 Battery, Toshiba Tecra A2 Battery, Toshiba Tecra A3 Battery, Toshiba Tecra A3X Battery, Toshiba Tecra A4 Battery ) life of most laptops, however, ER1 tasks will mostly be defined by whatever sounds like fun. "It's not a product that solves any burning customer need," McNally said. "It's really a product for fun."

The key to making an ER1-equipped laptop perform useful tasks is the software, which includes a point-and-click interface for creating behavior routines that tell the robot what to do.

"That's how you train the robot to do things," McNally said. "The beer-fetching application took a string of 35 linked behaviors."

ER1 owners can save behavior routines and post them on Evolution's Web site for others to download. Beta users have already started posting files for basic routines.

The ER1 is available now from retailers such as Fry's and Tiger Direct. It costs $599 for a bare kit or $699 for a pre-assembled version.

The software requires a laptop with a Pentium III 800MHz processor or equivalent, 256MB of memory and two USB (universal serial bus) ports.

Tuesday, May 10, 2011

A battery of questions about lithium ion

A battery of questions about lithium ion

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PC components have grown more efficient, but then powerful graphics chips eat up the energy savings. Hard drives with moving parts are gradually handing over tasks to flash memory, but then faster Wi-Fi chips cause the battery meter to plunge.

After years of addressing the demand to lower power consumption in notebooks, it's time to point fingers at the supply: the lithium ion battery such as Toshiba PABAS069 Battery, Toshiba PABAS081 Battery, Toshiba PABAS098 Battery, Toshiba PABAS099 Battery, Toshiba PABAS121 Battery, Toshiba PABAS123 Battery, Toshiba PABAS156 Battery, Toshiba PABAS209 Battery, Toshiba Satellite A15 Battery, Toshiba Satellite A20 Battery, Toshiba Satellite A200 Battery, Toshiba Satellite A215 Battery.

Manufacturers have been pushing lithium ion to its limits in recent years. The result of that push has included slightly longer battery charges--and safety disasters, such as the massive recall of Sony batteries in 2006.

"Some of the problems you see in the industry are (partly from) the need to over-engineer the system and having huge cost pressure," said Christina Lampe-Onnerud, founder and CEO of Boston Power, a battery developer.

Lithium ion technology was considered a fantastic solution when it was introduced commercially in the early 1990s. But there's no more room for improvement without pushing the envelope of cost and safety, Lampe-Onnerud said.

New materials

As a result, battery manufacturers have been experimenting with new materials, which could offer major breakthroughs--and lead to the unintended consequence of making life a little more difficult for notebook vendors.

For example, Panasonic, one of the three major battery vendors along with Sanyo and Sony, has developed a new battery cell that can hold more of a charge than the standard cell. (A standard lithium ion battery holds six cells.)

Panasonic doesn't discuss the materials being used to build that cell, but it is one of many companies investigating the use of metals other than lithium, such as nickel and manganese, on the cathode of the battery, said Andy Keaths, power sources enabling manager at Intel.

Right now, Panasonic is using those new cells in batteries only for its own notebooks. But one day, it could license that technology to other manufacturers, which might also come up with their own new materials for both the cathode and anode of a battery. Intel is also looking at alternative metals and power sources over time, with investments in companies such as Zinc Matrix Power.

Those alternative metals present problems of their own, however, because they can require slightly different charging voltages and can add cost to the battery, said John Wozniak, who holds the title of distinguished technologist in Hewlett-Packard's notebook engineering group. It can also take awhile to introduce new, unproven materials.

"Right now, when I see road maps that say we're going to have this capacity at this time, I plan for something like six months after that," Wozniak said.

Working with what's there

Barry Huret, president of battery consulting firm Huret Associates, isn't quite so pessimistic about the future of lithium ion battery technology.

"They just have to get what they are using under the best control," he said.

In that vein, instead of focusing on extending battery life, Boston Power is working on designs that improve reliability, performance and safety of lithium ion technology. For example, the company wants to create a battery that doesn't lose its charge capacity over time, as opposed to current batteries that become more impotent as time passes.

This could be a big selling point for HP's enterprise customers, which currently buy three-year warranties on notebooks but are only entitled to one-year warranties on batteries, Wozniak said. If customers must live with small increases in battery life, perhaps they'll respond to other selling points when it comes to batteries.

"If I can't get all-day runtime, maybe I can do a fast charge at lunch," he said.

Monday, May 9, 2011

Enhancing Lithium-Ion Battery Performance

Enhancing Lithium-Ion Battery Performance

Welcome to a Laptop Battery specialist
of Toshiba Laptop Battery   First post by: www.laptops-battery-online.com

Is your laptop starting to feel more like a desktop, constantly needing to be plugged in and recharged? This is a classic sign of capacity loss, where batteries become increasingly unable to carry a charge. Unfortunately, battery degradation is unavoidable. All batteries have a lifespan, and with a life expectancy of 2-4 years, the Lithium-Ion laptop battery such as Toshiba PA3383U-1BAS Battery, Toshiba PA3383U-1BRS Battery, Toshiba PA3384U-1BAS Battery, Toshiba PA3384U-1BRS Battery, Toshiba PA3395U-1BRS Battery, Toshiba PA3399U-1BAS Battery, Toshiba PA3399U-1BRS Battery, Toshiba PA3399U-2BAS Battery, Toshiba PA3399U-2BRS Battery, Toshiba PA3591U-1BAS Battery, Toshiba PA3591U-1BRS Battery, Toshiba PA3640U-1BAS Battery, Toshiba PA3640U-1BRS Battery is no exception. Fortunately, there are several steps you can take to slow the degradation process.

1. Avoid Excessive Heat

This is quite possibly THE most important factor that will influence how long your battery lasts. All manufacturers agree that it’s extremely essential to avoid excessive heat, which destroys the battery’s effectiveness. Apple recommends keeping your acer battery between 50F-95F when in use, with room temperature 70 F being ideal.

To keep your laptop–and its battery–within the recommended temperature range, use it on a flat surface that allows air to flow from the vents underneath. A cooling station is a great way to keep air circulating. You can get one for as little as $10 on Amazon. It’s best to keep your laptop off of bedding comforters, pillows, and clothing, these materials not only collect heat, but also prevent your computer from ventilating.

2. “When using wall current, is it OK to keep the battery in the laptop?” It depends.

Shoppers frequently ask if it’s okay leave the toshiba battery in your computer if it is plugged-in most of the time. This is a highly debated issue and there is a lot of inconsistent information on the web, even amongst manufacturers! Apple says you shouldn’t leave it in while Dell says it doesn’t matter. After examining the data out there, I’ve concluded that it depends on your computer usage habits.

You should remove your battery if your computer is ALWAYS connected to an external power source and frequently runs programs that require a lot of computing power (e.g. games, video editing software). Under these circumstances, there is usually a lot of heat coming from the laptop itself. If your battery is always next to this heat source, it will degrade quickly. This goes back to tip #1 above–avoid excessive heat.

According to laptops-battery-online.com, 40% capacity loss occurs in as little as 3 months if lithium-ion batteries are kept in extremely hot environments–above 140 F–while being fully charged.

If you’re always mobile, you shouldn’t worry about keeping your dell battery in your laptop–so long as it doesn’t get too hot. Ideally, it’s best to switch off between external power and battery power to “keep the electrons moving.”*

3. Your Battery Should Calibrated Every Month

The on-screen battery icon, which displays your battery’s current charge level, becomes less accurate over time. You might have experienced this firsthand–I definitely have.

One minute, your battery shows an hour of charge left, but just a few moments later, it’s down to 20 minutes.

Sometimes the battery meter may report a substantial amount of charge remaining, when in fact, the hp battery actually has much less than that. This can cause your laptop to shut down unexpectedly.

Calibrate the battery every month or two to keep the charge meter accurate.

The take-home point here is that lithium-ion laptop batteries prefer everything in moderation. They don’t like being too hot or too cold, and they shouldn’t remain fully charged or fully discharged for long periods of time. Although there will come a time when your battery will need to be replaced, using your battery efficiently will help to ensure that this occurs later rather than sooner.

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Sunday, May 8, 2011

A projector is also office equipment

A projector is also office equipment

Welcome to a Laptop Battery specialist
of Toshiba Laptop Battery   First post by: www.laptops-battery-online.com

What would you categorize as office equipment? A desk and a chair? Of course. A telephone? Definitely. A bookshelf? Yes. A filing cabinet to keep your documents organized?

Well, it depends on how many documents you have to keep. A document shredder? Maybe. A PC? That sounds so 2005! Today, people would be happier if their boss provides them with a notebook instead. A printer? Certainly, but, please, it should be a multifunction printer that can also scan loose pages, send and receive faxes. Internet connection? Nat|rich! Today, Internet is just like the air that we breath. Take it away from us, and we'll die.

What's still missing? If you look around, you'll realize that people are no longer willing to spend too much time on trying to understand what you're telling them. That's why Microsoft's PowerPoint has become a must for professionals working in a team. And, what better way to share PowerPoint slides among team members than a projector?

That's also why in the last few years projectors have been selling in increasing numbers. An engineer needs a projector to present his breakthrough design. A salesperson needs one to take along with his notebook as he tries to make convincing sales offers. A marketing director needs one to present his business ideas to the rest of the company's board. Everybody needs a projector.

And those in the training and education services also need a projector more than ever. Gone are the days when they just jot down their thoughts on transparencies placed on the bed of an overhead projector (OHP). Unless you use a PowerPoint presentation with a bright projector connected to your notebook, you are stuck in the last century.

A projector now comes in different flavors. There are models intended more for business presentations. These projectors are usually bulkier in size, may use the more expensive LCD technology and produce the best image quality. But, business presentation nowadays can also incorporate video playback. So, the line between business and home use is blurring.

There are also the portable ones, the models that traveling trainers and salesmen usually carry in their bags. These models may use the cheaper DLP technology instead of the LCD. Then there are the high-end, niche projectors such as Sony's true HD capable VPLVW50. Be warned, though, that the real high-end projector can cost almost as much as a new Toyota Avanza.

Incidentally, the smallest projector is perhaps BumbleBee from Boxlight Corporation. It weighs less than half a kilogram and is around 12 cm wide. The most interesting thing is that this projector can run on batteries such as Toshiba PA3291U-1BAS Battery, Toshiba PA3291U-1BRS Battery, Toshiba PA3307U-1BAS Battery, Toshiba PA3307U-1BRS Battery, Toshiba PA3331U-1BAS Battery, Toshiba PA3331U-1BRS Battery, Toshiba PA3356U-1BAS Battery, Toshiba PA3356U-1BRS Battery, Toshiba PA3357U-1BAL Battery, Toshiba PA3357U-1BRL Battery, Toshiba PA3382U-1BAS Battery, Toshiba PA3382U-1BRS Battery, just like a notebook computer. There are compromises, understandably. For example, you wouldn't in your right mind ever try to use it to give a presentation in a bright room to an audience of 400 people.

Surely a home theater will not be complete without a projector. However, the emphasis is not on brightness. Just like what you'd expect from a movie theater, the images on the screen should be as realistic as possible, and this means that the colors should be as close as they can be to the real world objects.

Some of the basic specifications that you need to check out when shopping for a new projector include the brightness level of the reflected image and the contrast ratio. The brightness level is measured in terms of ANSI Lumens, while the contrast ratio is the comparison between the blackest and the whitest spot on the screen.

Because it uses battery-powered light emitting diodes (LEDs), the BumbleBee produces only 150 ANSI Lumens. It's a far cry from the minimum brightness level a mainstream projector offers.

Daniel Rustandi, Head of Product Marketing Department, Acer Indonesia, agrees. ""Currently, what we'd consider the low-end of the mainstream projector should be able to produce at least 2400 ANSI Lumens,"" he said. His company, which is also the top leader in notebook market in Indonesia, has also been selling projectors for some time.

As to the contrast ratio, 2000:1 is probably still the common norm. A higher contrast will improve image details.

A notebook and a portable projector make a very good combination. That's why a lot of computer makers-Acer, Dell, NEC, Sharp, Sony, Toshiba, etc.-also make and sell projectors. There are also companies that make excellent projectors but not notebooks. InFocus, for example, is a very familiar name as projectors go. Other popular makers include Barco, BenQ, Canon, Epson, Panasonic, Plus and Sanyo. The list is almost as long as the list of targets compiled by our Commission for Corruption Eradication.

What have these company done to improve the capabilities of their products? Plus, for example, reduces colors to grayscale to increase brightness. When displaying a spreadsheet or an X-Ray photo, we don't need color. So, this approach really makes sense.

Acer has also introduced a number of innovations to improve the performance of their projectors. Its ColorBurst technology, for example, will help you get the most faithful color by using six color wheels and an advanced lamp illumination technology. Thanks to this feature, the colors on the screen will be closer to what you see on your notebook's screen.

The light bulb inside a projector is no different from any other light bulb. It has a limited lifespan--around 4,000 hours. It can actually be many long years if you use your projector sparingly for a couple of hours a day on average. However, when it dies an untimely death, you'll usually have to take it to a service center to have it replaced. But not with the new Acer projectors. ""Our Top Load Lamp Design makes it very easy for the users to take out the lamp assembly and replace the bulb themselves,"" said Daniel. This can be a great help if the projector is fixed to the ceiling.

Acer has also raised ease-of-use to a new level. If you don't have a whiteboard, you can use a blackboard as the screen. There is a special one-touch setting for use with a blackboard, so even the schools in the rural areas could now use the projectors.

And there's an internal clock, too. Most speakers habitually exceed their allotted time, and this usually creates a scheduling nightmare. The timer inside Acer's projectors can be set to remind the speaker whenever his time is up.

Like many other projectors, you can also capture your company logo or your name in Acer's latest projectors, and it will appear on the screen as you boot up your notebook. It gives additional aura of professionalism.

Acer calls these features eViewing Management, eTimer Management and eOpening Management. However, a far more important feature is its Instant Pack. In order to extend the life of the bulb and other heated electronic components, most other projectors require that you let them cool down before unplugging the power cable. Unfortunately, this can take a few minutes, and you may already be late for another appointment. Acer's Instant Pack allows you to quickly unplug the projector, put it in its bag and rush to your next presentation. It's truly a nifty feature.

Other things that you should look at are features such as resolution (the 800x600 SVGA as opposed to the higher 1024x758 XGA), aspect ratio (4:3 as opposed to the wide format 16:9), the ability to automatically detect the input format, keystone correction (to maintain perfect display rectangle), availability of the S-Video input port and a low noise level. More demanding users may check out whether the projectors have DVI port for digital sources.

There are a lot of choices on the market. As usual, you will need to read the latest reviews before making your final purchase decision.