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Would You Like a Little Bamboo with Your Hard Drive?

External hard drives are a dime a dozen today. If one were eco-friendly almost to the point of being extreme, would that make a difference in your shopping habits? That is what Fabrik is about to find out with the launch of its SimpleTech [re]Drive, priced around $200.

So what makes the [re]Drive so eco-friendly beyond the usual energy efficiency, etc? Fabrik has gone and made this product from materials considered green, designing it using recyclable aluminum and bamboo. The end result is that this drive actually looks pretty cool. Beyond the earth friendly construction, the [re]Drive also reportedly has packaging made from recyclable materials and is Energy Star Level 4 qualified. This can offer up to 30% greater power savings over non Energy Star drives, says Fabrik.

This drive also powers on and off with the computer and makes uses of the aluminum enclosure like a heat sink to cool the interior. There are other eco-friendly factors, but you get the general idea. And, for the canada generic levitra specs people in the crowd, the [re]Drive offers 500GB of storage capacity (a bit smaller than the “eco-friendly” Kanguru) and uses an enhanced USB 2.0 interface for faster data transfer speeds. It also comes with its own backup software.


Does Dealing with Datacenters Mean Moving Them Outside?

Datacenters take up a lot of try it viagra buying energy. IBM has worked to make highly efficient datacenters, solar datacenters have been started up, ideas for various ways to cool datacenters have been floated, and modifications to gay cialis old datacenters can help reduce their impact. And yet there is still far more work to do to get datacenters to quit guzzling up 1.5% of all energy in the US and make them cheaper to run. Andrew Hooper heads up the order prescription cialis Cambridge University Computing Lab and has his sights set on accomplishing just this task.

Cooper is exploring how to eliminate electrical transmission costs associated with running datacenters by placing the datacenters at the source of renewably generated power. In other words, on the roofs next to solar panels, in the fields next to wind towers, etc. Cheaper fiber optic cables would link the datacenter to levitra online pharmacy the user. Well, there is one way to reduce costs, but it sure brings up a whole lot of practicality questions.

The feasibility issue is we recommend non generic levitra handled by virtualization and cialis overnigh fast Ethernet, getting into the realm of cloud computing – computing jobs can be shipped virtually to datacenters no matter where they are located. But Hooper still has to figure out things like software that will monitor the electricity generation, prioritize jobs, and then send those jobs to the datacenter attached to the turbine that happens to be spinning right then, or the solar panel that happens to be in the sunshine at that moment. All fine and dandy still, but we then have to soft cialis factor in installation and maintenance costs, and how to get a repair person out to these potentially remote areas.

There is no idea for increasing the use of renewable power that I’m willing to wholly discard – every idea right now is worth exploration. But this sounds like it is going to need a whole lot more exploration before it becomes a practical solution to datacenters’ use of energy.

Via Earth2Tech; Photo of conceptual installations via


Open Green Map: Social Mapping for Green Living

If you get a kick out of online maps programs and eco-graphic info, there’s an online resource launching soon for map geeks and green tourists – Open Green Map. It’s a Google Maps-style layout that offers interactive elements so visitors can mark green areas, resources, businesses, etc and write reviews and information about them.

Icons (a LOT of icons) show areas in a city where a resident or visitor can find people, places and discount drug viagra businesses that support sustainable living, nature, and culture. By checking the map, people will know exactly where they can go to hit up a green restaurant, a recycling center, a park that practices sustainable techniques, green transportation…It puts living and traveling cities on a whole new level of easy for people who like to be eco-friendly.

The project isn’t one of those lame sites that attempts to generic viagra for sale be user interactive only to be coated in spam before the day’s end – no, this is going to be a seriously cool resource, and it is backed by a long history. The Green Map System has been going since 1995, creating over 350 maps for more than 50 countries that promote sustainable community development. But now, they’ve hit a new level of ecogeekiness by taking it online. I love this because we’ll be able to access this on our phones or palms while tooling around a new city – it takes info that is sometimes tough to find and puts it right at our eager little green finger tips. Plus, since it is interactive, the locals who really know their home can give the inside scoop – it’ll be like being with the green in-crowd wherever you are.

Features will include ratings, commentary, an impacts index, onsite markers, and of course mobile access. I’m really excited about this because my most favorite cities to visit – and even my own town – will suddenly have a whole slew of new secrets revealed, and a little bit of that guilt over traveling can be reduced. Currently in Beta testing, Open Green Map should be live around September of this year.


World’s First Stable Artificial DNA to Be Our Future Computers

We all know we have the power to make the world a bit greener – and many feel that includes messing with DNA for environmental improvements, or just better efficiency for our gadgets. Now there’s new hope that DNA could play a major role in making computers run with little or no external power.

Researchers at the University of Toyama say they have created the world’s first stable artificial DNA molecules, made from mainly artificial bits to resemble their natural counterparts. Their findings were published in the Journal of the American Chemical Society yesterday. Scientists from all over the world have been trying to best price for levitra do this for the promise of levitra canada overnight using artificial DNA to create biotechnology materials, including powerful DNA computers.

As Ruchi Mallya, an analyst on the use of technology in pharmaceuticals and biotechnology with Datamonitor, explains, such computers are constructed using DNA as software and enzymes as hardware, rather than traditional silicon-based components. This could then hopefully be the start of a new kind of external biological information storage system.

DNA molecules are similar to computer hard drives: they save information about an individual’s genes, but they have one advantage in that they have the potential to perform calculations faster than any man-made computers. The computer on which you’re reading this article is using nowhere near as many simultaneous actions as your DNA molecules required to make reading this article possible.

“In addition, unlike today's PCs, DNA computers require minimal or no external power sources as they run on it's cool buy viagra online without a prescription internal energy produced during cellular reactions,” says Mallya. “There is a huge amount of potential for a computer that does not need to be plugged in the implications this has for laptops and true mobility are endless.”

The goal is buy tramadol hydrochloride to one day integrate DNA into a computer chip to create a biochip. That will make standard computers faster and more energy efficient. “DNA computers could potentially be the future of green IT,” she says. Research team leader Masahiko Inouye says the findings could lead to levitra buylevitra onlin improvements in gene therapy, futuristic nano-sized computers and generic viagra in india other high-tech advances. Already DNA has been harnessed to create simple electronic circuits but the University of Toyama scientists have taken it one step further by stitching together four entirely new artificial DNA.

Mallya says there are still years of research ahead, but she anticipates that companies such as Apple, Dell, HP, IBM, Intel and Sun Microsystems might begin investing in research that emphasizes artificial DNA and its possible applications, shaking a potential Pandora’s Box next to their ears.

Via LiveScience, ComputerWeekly, Guardian, ScienceNews; Photo via jurvetson


For Real: HP Sends 17 Boxes to Protect 32 Sheets of Paper

I'm not swallowing this whole yet. But The Register is reporting that one of their readers just received 32 documents from HP in a box that could have held around four million sheets of i need viagra now paper.

It's hard to imagine how this kind of stupidity might occur, and I doubt we've heard the whole story here. But, really? According to the email the Register received the canada drugs no prescription levitra box contained sixteen boxes that each contained two sheets of paper. There were SEVENTEEN total boxes in the package.

Apparently the two sheets of paper, each licenses for software that the business had purchased, were very fragile, and could not be mixed. Each license (two pages long) was not only in its own box...but wrapped in foam. The only reason this isn't worse than those book-length iPhone bills is because they only did it to one person (that we know of).

I mean...really, really? The really ridiculous thing is...couldn't they have just emailed PDFs?

Via The Regsiter

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