Monthly Archive for September, 2008

geotagging camcorder DVH586


Geotate and DXG Technology Corp came together to create world’s first geotagging camcorder. The device is based on DXG’s DVH586 and runs Geotate’s Yuma geotagging software. The companies want to target the millions of users on Youtube who now can associate a location with their videos without any extra effort.

The special deal with Geotate is that it can geotag your files almost instantly without draining too much battery and waiting for a satellite fix. It does with by storing satellite data in its raw format and leaving the calculations to be done later on your PC… via

Tiny Notes Net Big Gains: The Netbook Revolution

Netbook

You may not know it yet, but the next computer you buy is going to be a netbook. The numbers say so.

Despite their compromised feature sets and puny screens, netbooks have pulled an all-out coup d’état on the portable PC market. Currently, nine out of the top 10 best-selling laptops on Amazon are netbooks. Over 2008, manufacturers shipped 10 million netbooks. And looking farther ahead, ABI Research forecasts that manufacturers will ship 200 million ultra-mobile devices, including netbooks by 2013 — which is about the same anticipated size as the entire laptop market worldwide.

Who could have guessed that low prices and ultra portability would have struck such a chord with consumers?

People are going gaga over these pared-down devices, and manufacturers are keenly aware of that fact. Most of the big PC makers, including Toshiba, Dell, Fujitsu, Siemens and Samsung, have recently introduced their first netbooks to this rapidly expanding market.

It’s somewhat ironic that netbooks are shaping up to be the computers of the future: They’re hardly revolutionary; they’re essentially a smaller, dumbed-down version of standard notebooks. 

"You’re going to start seeing netbooks become more mainstream, as [top manufacturers such as] Dell and HP begin to include more features in these devices," said Vijay Rakesh, a ThinkPanmure analyst.

Rakesh said that the relatively low price point of netbooks — they range from $300 to $500 — is their primary driving factor, especially in light of a troubled economy. He added that other key factors attracting consumers are their mobility and weight: Most netbooks weigh no more than three pounds and measure about an inch thick.

Netbooks are only going to get more attractive and successful as they expand their feature sets, Rakesh said. And many companies are already taking aim on delivering a full computing experience to these miniature devices, with new chips, batteries and power-saving methods on the horizon.

At the 2008 Intel Developer Forum, Intel officials announced their focus on empowering the netbook universe. The company is developing Moorestown, a platform due in 2009 that Intel promises will be exponentially more powerful and more power efficient than the current Silverthorne (Intel Atom) platform.

Meanwhile, netbook software also promises to evolve. Phoenix
Technologies, the company responsible for the BIOS (Basic Input/Output
System) that boots many Windows computers, is developing a low-power
mobile computing operating system it calls PC 3.0. Running parallel to
Windows, the instant-on environment will allow netbooks to perform
several internet-centric functions without actually booting into
Windows. Functions
promised in PC 3.0 include multimedia players, browsers, internet
telephony, e-mail and IM.

The most important issue Phoenix’s concept would address is battery
life, explains Woody Hobbs, CEO of Phoenix Technologies. If you want to
deliver mobile performance, you have to ensure a netbook can even
handle it without running out of juice.

"You
can give up and say ‘It’s a trade-off; you can’t have all that power and
solve all those problems,’" Hobbs told Wired.com. "But it’s not true:
Technology is capable of addressing the problems. We just have to
address them smartly."

And if Phoenix’s PC 3.0 environment isn’t enough, Toshiba has the bases covered with batteries, too. Toshiba recently unveiled its Super Charge Ion Batteries (SCiB) in Japan — which take a bit over ten minutes to charge and will last longer than current lithium-ion batteries.

A challenge manufacturers will face is keeping the price point low as
they cram more features into these puny devices, Rakesh said. He noted
that Apple has yet to step into the netbook world — and consumers
should have high expectations from the company that revolutionized the
mobile phone.

Not
much has been said about what Apple has in store. The rumor mill has
been churning about a special event announcing a revision of the
extremely successful MacBook, and many have speculated the next release
will be Apple’s netbook: Perhaps the fabled "Brick" or the MacBook Touch, which would essentially be a larger, more powerful version of
the iPhone.

Whatever direction manufacturers decide to take, it’s clear netbooks
are getting closer to fulfilling the vision of Alan Kay, the former
Xerox PARC researcher who first drew the concept of the mobile,
personal computer back when computers were still eating punch cards. In
his concept, dubbed "Dynabook," Kay assessed that a portable computer
must weigh no more than two pounds, sport a display containing at least
1 million pixels, and be extremely thin in one of its dimensions. And
most importantly, a Dynabook would have to be "an amplifier for human
(especially child) endeavors."

"I’d like to think that [netbooks] are finding a form factor and
weight that fits human beings better," Kay said, "but I’m presuming
that it is because many people use only a small part of what they could
do on their larger machines, and much of what they do use computers for
can be done through a browser or a few simple apps."

Photo: sitzmar/Flickr

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Light-up Punching Bag Is Like a Mood Ring For Your Fists

Fight the power.

Stefan Gross’s bag is as emo as the person punching it. Close your eyes and imagine that guy who’s dating your ex-girlfriend now, and if you hit the bag hard enough it’ll change from dark red to bright red to yellow to white. Hyah! Grrrrrr. Urgh! (Sob.)

love hate punch [Stefan Gross via BoingBoing]

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Magnetic Touch Screens Get Together, Make Phone Baby

Concept_docomo_fujitsu_08

The cell phone business has slowly moved away from two-part hinge designs to a more solid candy bar style, as found in the Blackberry and the iPhone.

But if the new design concept revealed today by Fujitsu and NTT DoCoMo is any indication, wireless technology and a little magnetism might give back cell phones its second piece back, with a touch-screen twist. It’s like a previously chopped off ugly Siamese brother that was brought back, because he’d suddenly lost some weight and bleached his teeth. 

The concept is split up into two playing card-sized touch screens, one a screen and the other a keyboard, and each contains specific hardware that balances the design. The screen piece includes the software and the video card, and the keyboard piece comes with the 3G and other communications.

In order to be able to use it with one hand, a magnetic bar is lined throughout the phone. That way, you can connect them in whichever way it’s more comfortable for the user. Unfortunately, we don’t know how much resistance the magnetism supports, and holding on to two screens might prove annoying and could lead to dropped phones and cracked screens.

Since there are two different pieces talking to each other through Bluetooth, you could have a series of apps that work with each other and are interchangeable with other people’s phones. It’s what I imagine a Nintendo DS style community would be like, if you could split your tiny console into two and give one piece to a friend.

Concept_docomo_fujitsu_09

More_phone2

Concept_docomo_fujitsu_10

More_phone

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Magnetic Touch Screens Get Together, Make Concept Phone Baby

Concept_docomo_fujitsu_08

The cell phone business has slowly moved away from two-part hinge designs to more solid candy bar style, as found in the Blackberry and the iPhone.

But if the new design concept revealed today by Fujitsu and NTT DoCoMo is any indication, wireless technology and a little magnetism might give back cell phones its second piece back, with a touch-screen twist. It’s a like a Siamese brother previously chopped off to make way for a more aerodynamic family was brought back, because he’d suddenly lost some weight and bleached his teeth. 

The cell concept is split up into two playing card-sized touch screens, one the screen and the other keyboard, and each contains specific hardware that balances the design. The screen piece includes the software and the video card, and the keyboard piece, the 3G.

In order to be able to use it with one hand, a magnetic bar is lined throughout the phone. That way, you can connect them in whichever way it’s more comfortable for the user. Unfortunately, we don’t know how much resistance the magnetism supports, and holding on to two screens might prove annoying and might lead to dropped phones and cracked screens.

Since there are two different pieces talking to each other through Bluetooth, you could have a series of apps that work with each other and are interchangeable with other people’s phones. It’s what I imagine a Nintendo DS style community would be like, if you could split your tiny console into two and give one piece to a friend.

Concept_docomo_fujitsu_09

Concept_docomo_fujitsu_10

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DIY Homemade Cooking Oil Diesel Generator!

Click Here to View in Full Screen Mode

Here’s a great way to re-use cooking oil in a DIY homemade diesel engine to power up your garden lights.

“I have built a “off the Grid” home generator using a 1950’s Coventry Victor one cylinder diesel generator, I can run this on diesel or a diesel and used cooking oil mixture and have it attached to a large battery via a 40amp car alternator which supplies my garden lighting and via an inverter for 600 watts of home power and lighting. The waste heat is used to keep my garage warm as well.

via hackedgadgets

Brought to you by: Zedomax.com

DIY Homemade Cooking Oil Diesel Generator!

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iPhone Coasters!

Here’s a cool set of iPhone coasters you will enjoy.

via technabob, source

Brought to you by: Zedomax.com

iPhone Coasters!

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Adobe Confirms Flash for iPhone, Awaits Apple’s Approval

Iphone
Adobe has announced that a Flash player is in the works for Apple’s iPhone.

Paul Petiem, senior director of engineering at Adobe, confirmed at the Flash on the Beach conference in Brighton that  his company was working on an application to enable Flash playback on iPhone, according to FlashMagazine. However, Petiem noted that the iPhone is a closed platform, so it’s up to Apple whether or not Adobe’s application will be approved.

Adding a Flash application to iPhone would quell one of the most common complaints about the handset. Currently, iPhone is unable to load web sites running Flash animations, audio, video or games.

It remains questionable whether or not Apple would approve of Flash, seeing as the player would compete with games sold through the iPhone App Store. Some have recently scrutinized Apple, accusing the company of being anti-competitive by rejecting applications submitted to the App Store on the grounds that they "duplicate" the handset’s features.

Flash for the iPhone confirmed at FOTB [FlashMagazine]

Photo: nialkennedy/Flickr

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Look, Ma — No Hands! New Touch Pad Requires No Actual Touching

Hand_over_touchpad

Sure, some companies are coming up with new touch pad gestures and are even making them memorable by assigning them dirty little names (the Two-Finger Flick? C’mon! They did that one on purpose.) But can they beat a touch pad that tracks your fingers without even touching it?

At a tech show in Japan this week, Alps Electric Co. Ltd displayed a technology that senses the electric capacity of hands or fingers that move 3cm above sensors embedded in both sides of a touch pad. This allows a user to control a laptop without touching it and might eventually lead to hands-free computing.

This could be a welcome relief to anyone who’s ever had to try the dirty-as-a-coal-mine keyboards at Kinko’s.

In the presentation, an Alps representative moved around the laptop OS by flicking his fingers and manipulated a movie by rotating his hands (for rewinding, pausing, etc.) 

Apparently, the sensors off the pad were enhanced by ‘improving the noise reduction circuit’ to track the smallest of movements. There’s no word on whether adding extra hands will short the circuit and mess up the tracking significantly.

But the best part is that the sensors can be moved around and placed in different units, which means new control applications will likely move beyond the limited capacity of the touch pad.

Check out a couple of pictures after the jump of the tiny sensors on an Alps laptop.

Lead Photo: kI-Ga/flickr

Alps_touchpad_technology

Alps_touchpad

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Toshiba’s ‘Super’ Batteries Will Take Only Minutes to Charge

Scib
It may be some time till we see wireless power, but Toshiba is working
on the next best thing: A battery that takes 10 minutes to recharge to
90 percent.

Toshiba showed off a prototype of its new Super
Charge Ion Batteries, or SCiB, at the Ceatec exhibition in
Chiba, Japan. Toshiba promises that the battery, despite its short
charge duration, will last longer than current lithium-ion batteries
and endure 5,000 to 6,000 charge cycles. By way of
comparison, lithium-ion batteries only last 300 to 500 recharge cycles,
according to Battery University.

The SCiB will appear on a Cannondale electric bicycle called the
Schwinn Tailwind sold in the United States and Europe in 2009,
according to a PC World story. No word yet on when the batteries
themselves will hit consumer markets.

Toshiba Shows Prototype Fast-charging Laptop Battery [PC World]

Photo: Gizmodo

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