Computer Information - myOddPc
Mitsubishi tapping out of the phone market? UPDATE: Yeah
Filed under: Cellphones
A lot of readers might be surprised to learn that Mitsubishi even makes cellphones, but yeah,
it sure does. Its domestic Japanese market has typically been the recipient of its impressive wares, selling models on NTT DoCoMo using the "D" model name prefix -- but maybe not for much longer. Nikkei is throwing out some rumors today that Mitsu will be exiting the dog-eat-dog cellphone manufacturing biz and possibly doing so
very swiftly, even withdrawing models due to hit DoCoMo in the next few weeks. Despite raking in over 100 billion yen (about $958M) annually from its mobile division alone, the company has apparently been unable to make it profitable and recently downgraded its handset sales forecast for the current fiscal year. Frankly, we wish Mitsu had sold enough handsets abroad for us to be really upset about this. Nikkei says an official announcement could come as soon as today, so we'll update you when we know more.
[Thanks, rinse]
Update: Nikkei was dead on. Mitsubishi has just announced that it is ending its cellphone manufacturing business, a venture that goes back some 25 years with the introduction of car phones on NTT's network. For what it's worth, the company says that it'll continue to support its devices and move the 600-odd employees in the business to other parts of the company. It also says that it will "work to maintain and further strengthen the partnership with NTT DoCoMo through the communication related business [it aims] to expand," so don't get
too teary-eyed, DoCoMo. Hit the link for the official release.
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12-year-old "Magneto Man" breaks every computer he touches
Filed under: Desktops
Confirming our belief that some people are just "bad with computers," a boy named Joe Falciatano III from Pulaski, New York, seems to have simply the worst luck ever -- and some think it could be do to an overly magnetized touch. While using PCs at this elementary school, Joe -- who dubbed himself "Magneto Man" -- found that every system he laid his hands on went totally haywire. Only after a teacher suggested he use a grounded, anti-static wrist strap did the systems experience relief from his Geek Squad-inducing grasp. Apparently, the boy has also disrupted slide show presentations and caused his Xbox to freeze repeatedly. Though tests have been run on Joe, there's still no conclusive evidence about the source of the problem, though at least one electricity expert said the cause could be his over-insulated shoes. Maybe, but we won't be surprised when he forms an army of mutant super-villains and tries to take control of the White House. Check the video after the break for the whole report.
[Via
ScienCentral]
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iPod nano coming in purple?
Filed under: Portable Audio, Portable Video
We've gotten a tip that there could be a new
iPod nano color on the way -- purple to be exact -- due to a Circuit City circular ad distributed in Minneapolis this weekend. As far as exciting or even remotely interesting rumors go, this one falls about one space after dead last, and is most likely some kind of funkdafied CMYK mishap, or worse yet -- the most boring Photoshop job in the world. Still, for all you serious iPod aficionados who simply must have the latest shade, perhaps your player will soon be awash in Grimace-colored tones that only the Hamburgler and Prince could truly love.
Update: Well you can rule out printing errors, thanks to tipsters Jack and Joe, we have some proof that the device in question is actually purple -- in the form of a JPG of the circular ad (not a scan or photo). Check it out after the break.
[Thanks, Tony T.]
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Intel's Silverthorn becomes the Atom, Menlow the Centrino Atom
Filed under: Handhelds, Laptops
Another brain-shattering announcement that you've all been waiting for is here. Intel has officially dubbed the
Silverthorn and
Diamondville chips "Atom," and the Menlow platform has become the "Centrino Atom." We know, it's hard to believe the day has come, but it's finally happened. Obviously, the 45nm Atom chips, and Centrino Atom technology will be targeted for MIDs, UMPCs, and all manner of small, internet-centric devices. Undoubtedly an unending vista of total awesomeness awaits us now that they've got some fancy new names.
[Thanks to everyone who sent this in]
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Why Is Less Than 99.9% Uptime Acceptable?
Ian Lamont writes "Telcos, ISPs, mobile phone companies and other communication service providers are known for their complex pricing plans and creative attempts to give less for more. But Larry Borsato asks why we as customers are willing to put up with anything less than 99.999% uptime? That's the gold standard, and one that we are used to thanks to regulated telephone service. When it comes to mobile phone service, cable TV, Internet access, service interruptions are the norm — and everyone seems willing to grin and bear it: 'We're so used cable and satellite television reception problems that we don't even notice them anymore. We know that many of our emails never reach their destination. Mobile phone companies compare who has the fewest dropped calls (after decades of mobile phones, why do we even still have dropped calls?) And the ubiquitous BlackBerry, which is a mission-critical device for millions, has experienced mass outages several times this month. All of these services are unregulated, which means there are no demands on reliability, other than what the marketplace demands.' So here's the question for you: Why does the marketplace demand so little when it comes to these services?"
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Intel Researchers Consider Ray-Tracing for Mobile Devices
An anonymous reader points out an Intel blog discussing the feasibility of Ray-Tracing on mobile hardware. The required processing power is reduced enough by the lower resolution on these devices that they could realistically run Ray-Traced games. We've discussed the basics of Ray-Tracing in the past. Quoting: "Moore's Law works in favor of Ray-Tracing, because it assures us that computers will get faster - much faster - while monitor resolutions will grow at a much slower pace. As computational capabilities outgrow computational requirements, the quality of rendering Ray-Tracing in real time will improve, and developers will have an opportunity to do more than ever before. We believe that with Ray-Tracing, developers will have an opportunity to deliver more content in less time, because when you render things in a physically correct environment, you can achieve high levels of quality very quickly, and with an engine that is scalable from the Ultra-Mobile to the Ultra-Powerful, Ray-Tracing may become a very popular technology in the upcoming years."
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Government Mistakenly Declares Deaths of Citizens
superbrose writes "According to MSNBC, thousands of U.S. citizens have wrongfully been declared dead, due to an average of 35 data input errors per day by the Social Security Administration (SSA). Many other agencies rely on the data provided by the SSA, such as the IRS. People who have been wrongfully declared dead face many problems, such as rejection of tax returns, cancellation of health insurance, and closure of bank accounts. The article states, 'Input of an erroneous death entry can lead to benefit termination and result in financial hardship for a beneficiary.' Apparently it is far easier to declare a person's death than it is to correct the mistake. It continues, 'Social Security says an erroneous death record can be removed only when it is presented with proof that the original record was entered in error. The original error must be documented, and the deletion must be approved by a supervisor after "pertinent facts supporting reinstatement" are available in the system.'"
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Robots Entering Daily Life in Japan
USA Today is running a story about the emergence of robots in common aspects of life in Japan. Many simple yet social jobs are being filled by robots of increasing sophistication. The article suggests that Japanese culture is more open to such interaction than the majority of other cultures. Quoting: "For Japan, the robotics revolution is an imperative. With more than a fifth of the population 65 or older, the country is banking on robots to replenish the workforce and care for the elderly. The government estimates the industry could surge from about $5.2 billion in 2006 to $26 billion in 2010 and nearly $70 billion by 2025. Besides financial and technological power, the robot wave is favored by the Japanese mind-set as well. Robots have long been portrayed as friendly helpers in Japanese popular culture, a far cry from the often rebellious and violent machines that often inhabit Western science fiction."
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Large Sheets of Carbon Nanotubes Produced
StCredZero brings news that scientists have developed sheets of nanotubes that measure up to three feet by six feet, and they promise "slabs 100 square feet in area as soon as this summer." The developers see uses for the sheets in electromagnetic shields and airplane construction, and according to the Next Big Future blog, the sheets could also impact the development of solar sails. "The sheets, which the company can produce on its single machine at a rate of one per day, are composed of a series of nanotubes each about a millimeter long, overlapping each other randomly to form a thin mat. The tensile strength of the mat ranges from 200 to 500 megapascals--a measure of how tough it is to break. A sheet of aluminum of equivalent thickness, for comparison, has a strength of 500 megapascals. If Nanocomp takes further steps to align the nanotubes, the strength jumps to 1,200 megapascals."
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Strict Order Boarding Would Get Planes in the Sky Faster
electrostatic writes "In a Nature.com oldie-but-goodie, a physicist says he has solved a problem that costs airlines millions every year: what is the quickest way to get passengers aboard an aircraft? Boarding is a serious issue for airlines, particularly those operating short flights that run several times a day, yet boarding times have steadily increased for decades. Back in 2005 Jason Steffen of the Fermilab in Batavia, Illinois said the method used by many airlines to this day is almost the worst. 'The best way to board, according to the researchers, would be a row-by-row, seat-by-seat, strict order. That would mean everyone lines up, row 25 first. I can't imagine fliers will go for that. Next best, they say, would be boarding all the window seats first, followed by those in the aisle. Obviously that's not practical, at least for couples or families traveling together.'"
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