Thursday, April 30, 2009

Rumour: Motorola readying first Android phone


Motorola might be getting ready to pick itself up off the canvas and rejoin the smartphone fight.
The Boy Genius Report got its hands on some information and photos of Motorola's supposed first Android phone, codenamed Calgary. If the information is correct, it's a slider phone with a QWERTY keyboard that will appear on the US Verizon network at some point later this year.

Motorola has been essentially sitting out the last year or so of the smartphone market as the company tries to figure out whether or not it actually wants to be in that business. But the company was an early backer of Google's Android project, and has been rumoured for some time to be working on Android-powered handsets.

Word in the blogosphere is that T-Mobile USA will include a Google Android phone as part of its nationwide 3G wireless network launch later this year in the US.

FUJIFILM Digital Mobile Printer MP-100 - Compact photo printer - colour - LED - 54 x 86 mm up to 0.35 min/page (colour) - capacity: 10 sheets - infrar


Technical Details

* Product Description: FUJIFILM Digital Mobile Printer MP-100 - compact photo printer - colour - LED
* Printer Type: Compact photo printer - LED - colour
* Form Factor: Portable
* Dimensions (WxDxH): 12.7 cm x 9.8 cm x 3 cm
* Weight: 0.2 kg
* Max Media Size (Standard): 54 x 86 mm
* Max Media Size (Custom): 54 mm x 86 mm
* Print Speed: Up to 0.35 min/page - colour - 54 x 86 mm
* Max Resolution ( Colour ): 254 dpi
* Interface: Infrared
* Media Type: Photo paper
* Total Media Capacity: 10 sheets
* Battery: Required 2 x CR2 lithium Included Qty 2

› See more technical details
Product details

* Product Dimensions: 18 x 18 x 4 cm ; 200 g
* Boxed-product Weight: 209 g
* Delivery Destinations: Visit the Delivery Destinations Help page to see where this item can be delivered.
Find out more about our Delivery Rates and Returns Policy
* Item model number: 10800
* ASIN: B000A0BTKA
* Date first available at Amazon.co.uk: 10 May 2006
* Average Customer Review:
1 Review
5 star: (0)
4 star:
(1)
3 star: (0)
2 star: (0)
1 star: (0)

› See all customer reviews...
4.0 out of 5 stars See all reviews (1 customer review)
* Amazon.co.uk Sales Rank: 176,110 in Electronics & Photo (See Bestsellers in Electronics & Photo)

Popular in this category:
#37 in Electronics & Photo > Peripherals & Accessories > Printers & Multifunction Devices > Printers > Portable

(Manufacturers: Improve Your Sales)

Would you like to update product info or give feedback on images?

Palm Treo 500v


Speak clearly. The new Palm Treo 500v smartphone lets you say what you want, how you want with phone, messaging, IM, email and web in one simple device. Positively sublime.



* RRP: $499.95
* Weight (g): 120
* GSM: 900/1800/1900/UMTS
* Camera: 2.0 Megapixel
* Dimensions (mm): 101 x 61.5 x 16.5
* Standby Time 2G (days): 12
* Standby Time 3G (days): 10
* Talk Time 2G (mins): 660
* Talk Time 3G (mins): 270

BlackBerry 9000 Bold


The BlackBerry Bold is the first BlackBerry® smartphone to support tri-band HSDPA high-speed networks around the world and it builds upon the proven and popular BlackBerry smartphone platform with improved communications and multimedia capabilities, as well as built-in GPS and Wi-Fi® support. The sophisticated new interface and newly designed full-QWERTY keyboard enable quick and precise typing of email, SMS/MMS and instant messages using BlackBerry® Messenger, Windows Live¿ Messenger, Google® Talk and Yahoo!® Messenger. Customers can also download and edit Microsoft Word, Excel and PowerPoint files directly on the smartphone using the preloaded DataViz® Documents to Go® software suite.


* RRP: $1,549.95
* Manufacturer: BlackBerry
* Colour: Black
* Weight (g): 136
* GSM: QUAD
* Device Memory: 1GB
* Camera: 2.0 Megapixel
* Charge time (mins): 180
* Dimensions (mm): 114 x 66 x 15
* Standard Battery: 1500 Li-Polymer
* Standby Time 2G (days): 9
* Standby Time 3G (days): 10
* Talk Time 2G (mins): 258
* Talk Time 3G (mins): 240

Wednesday, April 29, 2009

Neo 808i Review


Instead of having a 2 megapixel camera, Neo 808i has one with 1.3, and instead of coming with a 1GB microSD memory card, Neo 808i comes with a 256MB one, which is very low by today’s standards.

The 808i is based on an unconventional design, which is common from Neo. It first looks like a toy, which young girls would actually find cute, but it turns out to be a real phone, with a tiny 1.3″ display. The phone (or toy) comes in black and red, and pink and grey colour combinations.

In terms of specifications, the phone has Bluetooth, GPRS, and USB connectivity. There is a 1.3 megapixel camera as stated previously, MP3 and MP4 support, and FM Radio.

Unfortunately the device has a small 530mAh battery, which provides it with up to 100 minutes of talk time, the same as in the Ellipse.

The same software in which the Ellipse is based on, is also present on the 808i. Below is an overview of the menu.

Wednesday, April 22, 2009

Fastest Train in the World Hits France


A New French Bullet Train Breaks the World Speed Record
By CHRISTOPHE SCHPOLIANSKY
PARIS, April 3, 2007

France's famous high-speed train, the TGV, broke its 17-year-old world speed record today when it hit a top speed of 357.2 mph.
"I'm delighted. It's a mixed feeling of honor and pride to have been able to reach this speed," 46-year-old train driver Eric Pieczac told French TV. "I'm relieved. I did not sleep very well last night. There was a little pressure."

The specially designed black-and-chrome train -- code name V150 for 150 meters per second (or more) -- is made up of three double-decker cars between two powerful engines totalling 25,000 horsepower. Its wheels are bigger than a normal TGV so it can reach high speeds without the engines overheating; the engine's windshield is reinforced.

Thousands of onlookers lined the stretch of track 125 miles east of Paris, clapping and cheering; some were even drinking champagne as the train sped past them.

Sparks were seen flying over the train, a cloud of dust trailing it. Millions of others watched the world record unfold in front of their TV sets.

"I'm very proud," said Lebanese-born Pierre Bou-Jabbour, 40, from Levallois.

"France is ahead when it comes to trains compared with other European countries and Japan," he told reporters.

"Watching the record being beaten on TV was very emotional. A big hooray!" said Gerard Jean, 49, of Paris.

Onboard the rocket train were journalists, officials, and 60 technicians and engineers, all wearing T-shirts with the words "French Excellence" printed on their backs.

For train manufacturer Alstom and the state-owned rail company, SNCF, today was significant.

"For Alstom, it makes sense in terms of contracts even if it's complicated because of the harsh competition. In terms of image, it shows the savoir-faire of France," François Dumont, editor in chief of La Vie du Rail, told ABC News.

Alstom is hoping to sell its high-speed trains in several countries, including China, Argentina and Brazil. The state of California is among the interested buyers. California's project would link Sacramento and San Diego by going through San Francisco and Los Angeles. The project, if approved, would cost an estimated $40 billion. It would take less than 2½ hours to reach Los Angeles from the Bay Area.

Is it a Bird? A Plane?


Nope, only Shanghai's flashy new Maglev, the world's fastest train. Way ahead of its time seven decades ago, the still-futuristic magnetic levitation system may yet redefine travel everywhere.
LIKE MANY ON THE MAINLAND, I was on the move over the Chinese New Year. My flight lifted off early on the last morning of the Year of the Horse, touching down at the airport eight minutes later. Yet it never left the ground.
My flight - that's what it was called - was aboard Shanghai's spanking-new Maglev (magnetic levitation) train, the world's fastest, most futuristic passenger line.

Longest-awaited, too, since it's been an astonishing seven decades since the invention of the process that was finally put to a test on the next-to-the-last day of last year, when Premier Zhu Rongji took an inaugural ride with Chancellor Gerhard Schroeder of Germany, which helped fund and build this line. Now, common cadres were having a turn.

Local media called them "joyrides," these series of trial runs to the international airport in Pudong, across the river from Shanghai proper, that add a bit of flash to the Spring Festival. They certainly live up to the billing.

Smiles abound inside the sleek train as, with a breathtaking whoosh, it rockets to 300 kilometers per hour in two minutes flat. Overhead, like a giant scoreboard, an LED blinks out our record-breaking progress till we top 430 kph.

"It's wonderful," says Lu Cong Mei, who came with her husband, sister and several other relatives. Lu plops into a window seat with her shopping bag of thermal underwear from China's famous undergarment maker Three Gun (motto: "Cozy and Elastic) and gleefully watches scenery flash past like in a Coyote and Roadrunner cartoon.

"Amazing," she comments afterwards. "I'll tell all my friends to try it." Grandson Dai Wei, 14, adds: "It is fast, really fast. Way faster than I expected. It felt like flying."
Indeed, the Maglev is faster than any speeding locomotive precisely because it's as much like a plane as any railroad we've known.

True, the train has no wings, but no wheels or engine, either. Transrapid, the German firm that developed the system, describes the Maglev as "the first fundamental innovation in the field of railway technology since the invention of the railway."

Magnets are the attraction. First, powerful magnets lift the entire train about 10 millimeters above the special track, called a guideway, since it mainly directs the passage of the train.

Other magnets provide propulsion, and braking, and the speeds - up to 500 kph in test runs; a good 60 percent faster than the renowned Bullet Trains - are attained largely due to the reduction of friction.

Is there a need for such speed? Certainly not on such a short sprint, barely 30 kilometers from the subway in Pudong to the airport.

And not at the cost, note critics. The Pudong line, which should go into operation by the end of this year, is unlikely to ever recoup its $1.2 billion investment.

A high-speed link between Beijing and Shanghai, among several additional Chinese lines under consideration, might cost $22-30 billion, or nearly as much as China intends to invest in all rail infrastructure nationwide in its current five-year plan.

Still, critics miss the point. And the thrill. The Maglev isn't about getting from point A to B in Pudong. Rather, it's the ride, a glorious glide, from the past to the future.

And where this new train might take us, not simply San Francisco to Los Angeles, say, in less than two hours, but in a flash, from the mundane motion of nowadays to the hyper-speeds of Tomorrowland.

Monday, April 20, 2009

High-Speed Railways in Spain


Spain is rapidly expanding its high-speed rail service, becoming one of most connected countries in the world. As the high- speed rail network grows, Spanish companies continue to innovate and provide new services and products at lower prices to meet the world’s growing demand. This is the fourth in an eight-part series highlighting new technologies in Spain and is produced by Technology Review, Inc.’s custom-publishing division in partnership with the Trade Commission of Spain.
The sensation of riding on Spain's high-speed rail from Madrid to Seville is more than anything one of smoothness, without the bumps and jostles common on conventional rail. The journey passes so comfortably, in fact, that it's easy for a rider to forget the speeds at which the train is traveling—unless, of course, the rider happens to stand in the conductor's cabin. From the conductor’s vantage point, scenery zips alongside as tunnels loom ahead, then the train quickly plunges into darkness before darting out once again into the light. The speed, the most important trait of high-speed rail, turns from simply a number on paper into something visceral.

Spain has embarked on an ambitious project to develop high-speed rail connections in every major city, spanning out in a web all around the country and connecting the urban dots along the coast. By 2020, the country plans to have 10,000 kilometers of high-speed rail completed, placing 90 percent of the population within only a few dozen kilometers of a high-speed rail line and shooting Spain to the world’s top ranks in terms of total high-speed rail on the ground.

In the process, Spanish industry has taken advantage of the country’s new focus on high-speed rail to develop new products to meet the demand of Spanish market, and to innovate and compete on the world market for parts and services.

What Is High-Speed Rail?

The history of rail is long and varied around the world, and definitions of “high speeds” have changed dramatically over the years. Railways had a monopoly on passenger travel throughout the late 1800s and early 1900s at speeds that were considered rapid at the time—about 100 kilometers per hour.

After World War II, the United States came to rely on improvements in cars, highways, and air travel, while Europe and Japan focused on rebuilding and improving the railway system. Higher-speed trains were originally imagined in order to win back large numbers of passengers who had been diverted to road and air traffic (reasons similar to those motivating Spain today).

Today, “high speed” trains are generally understood to be those that travel at and above 200 kilometers per hour, or 124 miles per hour. That speed was first reached by a Japanese train, which was officially launched in 1964. France’s TGV followed in 1981. Actually, 200 kilometers per hour is now considered relatively slow in the high-speed world: most high-speed trains today travel at 250 to 300 kilometers per hour (150 to 185 miles per hour). Trains are in development that run at 350 kilometers per hour, and on test tracks, trains have reached more than 500 kilometers per hour.

The term “high-speed rail” does not refer to a particular type of train but, rather, simply to the speeds it can attain. Today most high-speed trains are electric, though diesel trains, incorporating newer technology, have been able to reach similar speeds. For instance, the Spanish company Talgo has a diesel train that reached 250 kilometers per hour in testing, though its trains purchased for systems around the world remain electric.

Fixing Lungs Outside the Body A technique may double the number of lungs available for transplant.


REVIEWS
Lung transplant offers hope of a longer life for patients with end-stage respiratory diseases such as emphysema and cystic fibrosis, with some surviving for years following surgery. But due to chronic shortages of viable organs for transplant, only about 25 percent of patients on waiting lists receive new lungs. However, a new out-of-body lung-repair technique developed at the Toronto General Hospital may dramatically increase the number of lungs that can be used in transplants and improve surgical outcome.

In an operating room at the hospital, the technology can keep a pair of human lungs slowly breathing inside a glass dome attached to a ventilator, pump, and filters. The lungs are maintained at normal body temperature of 37 °C and perfused with a bloodless solution that contains nutrients, proteins, and oxygen. The organs are kept alive in the machine, developed with Vitrolife, for up to 12 hours while surgeons assess function and repair them.

Normally, as few as one in ten lungs available for transplant is usable, and even those may not work properly when grafted. "The system allows you to assess the lungs, to diagnose what's wrong with them, and then repair them," says Shaf Keshavjee, who directs the hospital's Lung Transplant Program. "Therefore, we're transplanting lungs that have a more predictable outcome."

The shortage of donor organs is partly the result of outdated preservation techniques. Organs are conventionally cooled after harvesting, which inhibits their function and poses risk of injury. While the Toronto system isn't the first to eschew cooling preservation for lungs, it improves upon a technique to recondition nonviable lungs developed at Lund University Hospital, in Sweden. The Toronto system can maintain the lung outside the body for much longer and poses less risk of injury, according to the researchers. "We're keeping it in a protective setting without adding more injury so it can begin to heal," says Keshavjee.

An effective lung preservation and repair system would have a major impact on the lives of thousands of patients in the United States waiting for donor lungs. Keshavjee says that the number of acceptable donor lungs can be doubled through the system.

Following years of lung transplant and repair experiments on lungs in mice, rats, and pigs, last December, Keshavjee's team used the technique to successfully transplant unacceptable human donor lungs into a 56-year-old man with respiratory illness. Since then, six other patients have received lungs treated with the technique as part of a clinical trial. "They've all done superbly, every single one of them," says Keshavjee. "We're now able to use lungs that we couldn't use before."

First Plug-in Hybrid to Be Sold in the United States In November, Fisker Automotive will begin sales of a car with 50 miles of battery-powered range.


REVIEWS
The first plug-in hybrid to be sold in the United States will likely be the Fisker Karma, which is due out in November. Fisker Automotive, which unveiled the concept version of the Karma in January, recently raised $87 million to help put it into production. A number of other plug-in hybrids, including models from GM, Chrysler, and Toyota, are scheduled to come out in the next few years.

The Karma, a luxury four-passenger sedan, can be recharged by plugging it in; it can then be driven on power from a battery alone for 50 miles. After that, an onboard gasoline generator kicks on to recharge the battery, extending the range by 250 miles between fill-ups. Power from optional solar cells on the roof will be used primarily to cool the car when it's parked, but they could also partially recharge the battery. The car will run on a lithium manganese oxide battery made by Advanced Lithium Power, based in Vancouver, BC. The battery is similar to the one selected for the Chevrolet Volt, a plug-in hybrid due out in November of 2010.

Henrik Fisker, a car designer and cofounder of the company, said at the New York Auto Show last week that the car is part of his effort to show that environmentally friendly cars need not be small and underpowered. To go with its performance, the car carries a hefty price tag of $87,000.

The car will indeed be fast, but it won't be quite as green as some of the other plug-ins that will come out soon, in large part because of its size. Two 150-kilowatt electric motors together deliver 403 horsepower--enough to accelerate to 60 miles per hour in 5.8 seconds. (It takes the Volt about 9 seconds.) But that kind of acceleration is available only in something called "sport" mode, which uses power from both the battery pack and the gas-powered generator. Drivers will need to select the "stealth" mode to rely exclusively on electricity stored in the battery.

The stealth mode is a holdover from the origins of the vehicle's propulsion system. The Q-drive system was developed by Quantum Technologies for military vehicles designed to have a quiet electric mode for "clandestine operations." When the gas generator and battery are used together, the vehicle gets between 35 and 40 miles per gallon. That's still better than conventional performance vehicles, but not as good as the Chevrolet Volt; when its gas generator kicks in after a 40-mile all-electric range, the Volt will get 50 miles per gallon.

Fisker Automotive is one of several small companies attempting to challenge established automakers by producing plug-in hybrids or electric vehicles. The most promising of these, according to Mike Omotoso, senior manager of power-train forecasting at JD Power and Associates, are Fisker Automotive and Tesla Motors, a company that is already producing its first car, the electric Roadster, a small, very high-performance car that can accelerate to 60 miles per hour in less than four seconds. The Roadster runs exclusively on power stored in its battery: it does not have an onboard generator to extend its range. In spite of Tesla's lead in getting a car to market, it is expected to sell fewer cars than Fisker, Omotoso says. That's because the plug-in hybrid design will make the Karma more appealing to consumers who want to travel long distances. (The Tesla Roadster can go 244 miles on a charge, but recharging it takes hours. The Karma can be refueled quickly.) JD Power estimates that Tesla will sell 500 to 800 cars next year, while Fisker Automotive is expected to sell more than 10,000.

Cobra XRS 9960G Digital Radar and Laser Detector


The good: A color screen on the Cobra XRS 9960G shows pleasing and informative graphics. The GPS plug-in provides alerts for red light cameras and areas that require more driver attention.
The bad: According to third-party testing, detection performance may not have the range of competing high-end units. The case seems a little ostentatious for what we consider a stealth device.
The bottom line: The Cobra XRS 9960G offers a feature set that goes far beyond standard radar detectors. Its detection performance works for most people, but may come up short for faster drivers.
CNET editors' review

* Reviewed by: Wayne Cunningham
* Reviewed on: 04/17/2009

Cobra takes the concept of a radar detector to a new level with the addition of GPS technology in the Cobra XRS 9960G. With this new feature, the radar detector not only alerts you to electronic surveillance, but gives warnings about red light cameras, speed traps, and hazardous driving areas from its updateable Aura database. With its color display, the XRS 9960G features a pleasing design, but radar-detecting performance may not be up to par with the best of the competition.

Design
The case of the Cobra XRS 9960G is a little more ostentatious than other detectors, with an almost spaceship-like form and decorative elements on top. To accommodate the color screen, which is larger than the LEDs used in other models, the oval on the viewing end has a hanging lower lip. The included RDA GPSL55 GPS Locator plugs in to a Mini-USB jack set in the side of the XRS 9960G, making for an unsightly protrusion on the otherwise sculpted casing.

The suction cup bracket for windshield mounting is pretty primitive, and can lose grip. Unfortunately, these cheap brackets are pretty common on radar detectors. The companies that produce them could learn something from GPS device makers such as TomTom and Sony.

Four small buttons on top of the unit activate the menu, mute the sound, dim the display, and put radar detection into city mode. In addition, there is a volume knob on the side of the device. The four buttons on top have clever secondary functions in menu mode, letting you choose different menu screens and select various settings.

But the most impressive design elements are the graphics on the color screen. The icons and alerts shown are generally informative, yet also have a nice aesthetic design.
Features
The Cobra XRS 9960G detects X, K, Ka bands, as well as Ku, a band used in Europe that will purportedly appear in the U.S. It also alerts you to VG-2 and Spectre devices that can pick up if you are using a radar detector. The device includes 360-degree laser detection, along with a special alert for pop-up radar.

The XRS 9960G uses both visual and audio alerts when it detects radar or laser. Although the color screen can be hard to read in bright sunlight, especially through sunglasses, the audio alert is very helpful, as it says aloud the type of radar being detected. There is also a signal strength meter, with five dots, accompanied by a beeping that increases in frequency as the signal gets stronger. Fortunately, you can quickly kill the audio with the mute button. As an unexpected feature, there is also a headphone jack in the side of the device.