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Computers and Gadgets

iPod Touch: The Beginning of the Reign of Flash


The iPod touch sure does look beautiful. Do I want one? Yes...yes I do. Will I get one...no. That's just one of the annoying things about being an EcoGeek. I get all fanboy about this stuff and then I'm all "but do I really need it?" And, of course, the answer is "no."

But the iPod touch is exciting for one ecogeeky reason. Apple has made an extremely important decision. Instead of going 80 gigs or even 160 gigs with a traditional hard drive, their new awesomest iPod is flash based.

Until now, the leading iPod has always been a hard drive model. Hard drives are inefficient and use a lot of difficult to acquire, difficult to recycle metals. Flash drives, on the other hand, consume much less power, and contain much less metal. They also have the pontential to be much more long-lived than traditional hard drives, which still use (ugh) moving parts.

Solid state is the way to go, and I think Apple's decision to go all-out with a 16 gig solid state drive, instead of a 160 platter drive is a very big deal in personal media. What's more, it could turn out to be a very big deal in computing in general. I've been waiting for the switch, and I think this may be the beginning.
 

EU Approves Energy Positive Fusion Pilot Project


The European Union has approved a UK proposal for a  £500 M  experimental fusion reactor.  The project will be one of the new-fangled HiPER reactors, which uses a focused Petawatt laser to initiate a fusion reaction within a small pellet of fuel.

Fusion fuel, for those who don't know, is just deuterium, which can be made cheaply from sea water, and the only waste product is helium, which is inert and, frankly, in demand for industrial use. The plant is building on successes at an American military project that is expected to produce more energy than it consumes within the next five years.

That will be a first for fusion power, and possibly a first step toward a world of plentiful, pollution-free power. The British plant will use a less expensive method for generating power in roughly the same way. Experts are saying that, if this pans out, commercial scale fusion plants could be going online within 20 years and producing the majority of the world's energy in less than 50.

As always, fusion promises a great deal. I can't help but feel that it's worth every penny we throw at it, but I'm not placing any bets on a fusion-powered future just yet.

Via Times Online
 

MP3 Player Gets 85 hrs on One AAA


Sometimes we spend too much time talking about how to better store power for our gadgets. Sure, if we can get bigger batteries, we can design more gadgets that do more stuff without having to be continually sucking power from the walls. But what if we went the other way, making things more simple, while keeping battery technology the same.

Well that's the idea of the EcoLong player. Since MP3 players, flash memory, headphones and LCD displays have been around for so long, it turns out that they all have ultra-low-power options if you're willing to make some sacrifices on device size and prettiness. So while the next-gen iPod will certainly be gorgeous and small, the EcoLong player will beat in in power consumption by at least a factor of ten.

Using just one single AAA battery the EcoLong player can keep your ears filled with your tunes for 85 hours. With one gigabyte of flash memory, it's no iPod nano, but the extremely low-power consumption is a trick that I'd be happy to see Apple learn a bit more about.

Via Engadget
 

Baby Yr So Hot You Could Power a Small Wireless Transmitter


We've covered thermoelectric conversion before. Basically, it's when a device produces electricity when one part is hotter than another part. Obviously, this could be a fairly useful trick in capturing waste heat.

It would be even more awesome if they could be used to harvest the heat of our bodies, and use it to power our gadgets. Unfortunately, up until now, thermoelectric devices weren't able to be used with such slight temperature gradients. Well not anymore. The Fraunhofer Institute in Germany has managed to create energy with extremely small temperature differentials. The result, Palpatinesque power from the palm of your hands?  Not quite, really, just about 200 millivolts...or roughly 100 times less energy than it takes to power your cell phone.

But that's the palm of the hand. Which got me thinking about areas of the body where the temperature differentials might be greater. The neck...the wrist...the...ahem...and now I am going to stop this list before anything disturbing happens.

Via Engadget and Discovery

See Also:
-Generating Electricity from Heat-
-Pulling Energy from Thin Air-
-Generating Power with Hotness (actually a solar bikini...sorry)-
 

The Wall Street Journal on the Zonbu


The Wall Street Journal has a new and interesting review of the Zonbu mini-PC.

The real story here is that EcoGeek's video content is significantly higher quality than that of the Wal Street Journal. I mean, it's not great, but at least our laptop isn't reflecting in our eyeglasses, and we're not sitting in front of disorganized shelves of clutter. But, if you pay attention, there's also an interesting review of the Zonbu carbon-free PC.

EcoGeek has been syndicating some of Mr. Zonbu's content, and here's what he has to say about the review:

My Observations

I think the review makes some valid points that other reviews have missed, but I also think it was a bit tough on the product. I’ve logged a lot more hours than Walt, using the device, and I haven’t experienced the “crawling” speeds that he referred to. I can’t speak to his issue but it doesn’t match my or other posted experiences.

Apps open quickly (and I’ve posted times to document the same), multitasking hasn’t been too much of an issue (within reason) and general stability has been good. Not great, but good. You have to use the device “in context” as well; it is not meant to replace a $4000 dual-core workstation.

 
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