EagleTec Nano flash drive makes losing data easier than ever

Still haven’t found a USB drive small enough for your needs? Then you might want to consider EagleTec’s new Nano flash drive now available from the ever dependable folks at Brando, which measures an impossibly tiny 19 x 15 x 6 mm and weighs in at a mere three grams. Despite that size, however, you’ll still get a fairly generous 4GB or 8GB of storage ($22 and $33, respectively), and an included lanyard that’ll let you attach it to something you’re less likely to misplace, though you’re on your own keeping the drive’s cap from wandering off.

[Via OhGizmo]

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EagleTec Nano flash drive makes losing data easier than ever originally appeared on Engadget on Wed, 22 Apr 2009 16:34:00 EST. Please see our terms for use of feeds.

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When netbook processors compete, everyone wins

When netbook processors compete everyone wins

You know the drill: the Atom is the king of all netbooks, with a domain stretching as far as the eye can see. But, upstarts like the Via Nano and AMD’s Athlon Neo are encroaching on Intel’s domain, and Crave took the time to pit examples of the three against each other in a series of benchmarks to see which should rule the land. Rather sadly for us, each of the three tests had a different winner, with the Atom N280 excelling in multi-tasking, the Nano U2250 best for iTunes encoding, and the Neo MV-40 quickest under a Jalbum-based benchmark. So you know what that means: everyone gets a prize, nobody has to go home crying, and you should just go ahead and buy whichever netbook you like best already.

Update: It’s actually unclear which proc won which test, as the table at the source shows one thing, but the text swaps the Neo and Nano around. But, again, there’s not much between these three.

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When netbook processors compete, everyone wins originally appeared on Engadget on Tue, 14 Apr 2009 07:23:00 EST. Please see our terms for use of feeds.

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Samsung P3 Media Player Review: Here Comes a Nano Beater

Samsung’s new flagship P3 PMP isn’t an iPod touch killer—despite the touchscreens, the comparison doesn’t hold up. In a shoving match against the iPod nano, however, the P3 trumps it in just about every respect.

The P3 is a followup to Samsung’s successful P2, and while it makes quite a few changes, this is an evolution, rather than a revolution. The P3 boasts a few new tricks from Samsung’s galaxy of phones, like haptic feedback, a teeny-but-clear speaker, “desktop” widgets and an improved GUI, but this is assuredly not a competitor to the iPod touch. The P3 is not a platform: There’s no way to expand the player’s catalog of programs or widgets, and, most importantly, it doesn’t have Wi-Fi. Despite its big ol’ touchscreen and appearance of a fully customizable experience, the P3 is a closed environment, like the nano.

It is, however, one of the best standard flash players on the market—possibly the best. Available in 8/16/32GB sizes (priced at $150/$200/$300, respectively), the P3 comes with a bevy of great extras, a sleek body, and a (mostly) intuitive and pretty GUI. Most importantly, its touchscreen and broad video codec support makes it the best compact video player for the money, and something anyone not suckling at the iTunes teat should get a good look at.

The Physical
The P3 retains the same form factor as its predecessor, which means a gorgeous 3-inch WQVGA touchscreen covering most of its front, a few physical buttons—volume and power/hold, moved to the top for easy in-pocket use—and a very thin metal body. No, it’s not quite as thin as an iPod nano, but there’s only a tenth of an inch difference. Underneath the screen is a marginally useful touch strip, a bit like the upcoming Palm Pre’s. On the bottom is the headphone jack, a mic and Samsung’s proprietary USB port.

The P3 feels really great in the hand; it’s slightly heavier than the P2 and feels very solid. It’s also quite the looker, with a brushed aluminum back, matte front, and chrome accents. To give you an idea of the size, it fits perfectly in that little change pocket of a pair of jeans.

The GUI
The P3’s user interface is, for the most part, similar to the P2’s—a very intuitive, simple, touch-based design. The main screen has three pages, like an iPhone or T-Mobile G1, that can be turned by a swipe in either direction. The center page has the icons you’ll be using most often (Music, Videos, Pictures, FM Radio, etc), and the ones on the left and right house the widgets. Some of the widgets are pretty handy, like a calculator, a calendar and a lightbulb that adjusts screen brightness when tapped.

There’s also a goofy but sort of handy “quick tray” with speaker toggle, Bluetooth and other actions that pulls down from the top when you tap, almost like the system tray on the Android G1.

Some of the widgets are poorly executed, like the 24 subway maps from around the world—the NYC one is awful, devoid of an actual geographic map, making you zoom to view specific stops. Do not rely on this to get you around Hong Kong, or you’ll be sorry. Some of the widgets are overtly purposeless, like a gingerbread man that crumbles when tapped. That’s all he does. Crumbles.

The touch interaction features haptic feedback, that’s supposed to rumble when an item is pressed, thus confirming the selection. Unfortunately, it’s more a gimmick than anything else: It’s fairly weak (more of a buzz than a rumble), inconsistent, and in the end it doesn’t seem to aid the overall accuracy of the touchscreen.

Menus are very easy to navigate and are very intuitive, but scrolling through lists of artist names, albums or what have you isn’t quite as simple as it should be. Lists can be dragged up or down with a finger, but the system isn’t as smart as it is on an iPhone—you can’t turn the “drag” into a flick at the last minute. So when you do drag, you only view about 15 items before you have to pick up your finger and drag again.

The P3 does support the flick motion, but you have to do it deliberately. Besides, it’s more of a delayed reaction and doesn’t feel very organic—one flick will move the list exactly one full page, every time, regardless of how enthusiastically you’ve flicked. There’s also a scroll bar on the side that’s nice for jumping from the As to the Ms, but it’s not particularly accurate. All in all, it’s a little slower to navigate long artist or track lists than I’d like.

There are other gestures as well—tap, double-tap, circle. Some of them will grow into usefulness as people carry and use the P3 for a while, though out of the gate, they’re a little specific to feel intuitive.

Playback Quality
Samsung’s PMPs are some of the best-sounding players out there, and the P3 continues the trend: Bass is full but not overpowering, treble is clear, and mids are focused. Basically, the P3 sounds great, and is powerful enough to drive big Sony MDR headphones while sounding halfway decent in my 16-year-old car’s crappy stereo, too. It supports MP3, WMA, OGG, AAC and even FLAC for you lossless-loving audiophiles.

Video quality is absolutely beautiful—this is the best flash-memory video player I’ve ever seen. With a firmware update (already available), the P3 will play DivX and Xvid files up to 800×600 resolution, which means yes, pirates, this will play your torrented episodes of 30 Rock perfectly without any conversion necessary. In addition to DivX/Xvid AVI files, the P3 supports MPEG-4, WMV and H.264 (though not clear on how high a resolution is supported), which makes it one of the most well-rounded video players on the market. As I mentioned above, the screen is stunning, with nearly flawless viewing angle range.

Nuts and Bolts
The P3 also has an FM radio, though at least out in the suburbs, reception was barely listenable.

Bluetooth works perfectly—it paired with my BlackBerry quickly and easily, and since it has a mic and speaker, it can be used as a speakerphone.

Battery life is rated at 30 hours for audio and 5 for video.

Its default setting is for MTP, which means that, out of the box, it may only work on Windows machines. Fret not, because you can also switch it to UMS to run on Macs and Linux machines. In Windows it will show up as a drive for easy drag-and-drop, and is happily compatible with media software like WinAmp and MediaMonkey. On the Mac, it’s going to be as drag-and-droppable as any USB disk.

Overall
We’ve come to a crossroads in the world of PMPs. High-end devices with Wi-Fi, like the iPod touch, Archos 5/7 and Sony’s upcoming X1000, are the future. The Samsung P3 is not one of these players.

The iPod nano is the elephant in the room here; The P3 is priced to go head-to-head with the nano at the 8/16GB range, although the P3 offers a $300 32GB version as well. I think the P3 holds its own against the nano, besting it in quite a few categories. The hardware looks and feels great, the GUI is prettier and more customizable, the touch interface can be useful, and most importantly frees up real estate for what matters most: a bigger, better screen.

As my catalog of nitpicks above will tell you, the P3 may not have the simplicity of an iProduct. Nevertheless, if you use Windows, or use a Mac but not iTunes, if you download a lot of video, and if you don’t have a hard drive full of DRM’d music—if that describes you, then you would be a fool to buy an iPod nano instead of Samsung’s P3. [Samsung MP3 Players]

Scientists develop ‘coin sorter’ for nanoparticles, first-ever nanofluidic device with complex 3D surface

The National Institute of Standards and Technology (NIST) and Cornell University have banded together and formed what they’re touting is the first nanoscale fluidic device with a complex three-dimensional surface. The staircase-shaped prototype is 10nm at its tiniest and 620nm at its tallest — all smaller than the average bacterium, and a departure from the usual flat, rectangular-shaped fare. According to the press release, it can manipulate nanoparticles by size, similar to how coin sorters separate your pocket change. Potential uses includes helping to measure nanoparticle mixtures for drug delivery or gene therapy, or the isolation / confinement of individual DNA strands. Don your science caps and hit up the read link for the more technical details

[Via PhysOrg]

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Scientists develop ‘coin sorter’ for nanoparticles, first-ever nanofluidic device with complex 3D surface originally appeared on Engadget on Sun, 05 Apr 2009 14:09:00 EST. Please see our terms for use of feeds.

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Samsung 12.1-inch NC20 with VIA Nano power ready for Stateside purchase

A friendly tipster has pointed us over to NewEgg where Samsung’s much loved NC20 is ready for purchase and presumably delivery. Mind you, this isn’t just another Atom-based netbook. This 12.1-incher is one of the first to ship Stateside with a Via Nano processor of any type, the 1.3GHz U2250 in this case. You’re also looking at Via Chrome9 integrated graphics, 160GB 5400rpm disk, 1GB of DDR2 memory, and 6-cell Li-ion battery. $550 is the pre-tax price for clicking all the way through to purchase where we suspect you’ll be treated to a ship date. One thing’s for certain; it’ll be later than March 6th.

[Thanks, angelwolf71885]

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Samsung 12.1-inch NC20 with VIA Nano power ready for Stateside purchase originally appeared on Engadget on Fri, 03 Apr 2009 05:12:00 EST. Please see our terms for use of feeds.

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Tata Nano photographed at official unveiling party

Make no mistake, that thing you see pictured above definitely looks no nicer than $2,000, but hey, at least it actually is just $2,000. Indian Autos Blog was on hand at the Tata Nano‘s official unveiling in Mumbai, and naturally, it fired off a number of images to share with those of us not able to hop a flight to see it in person. The car is set to take showrooms around the nation by storm starting this Wednesday, but for those of us stuck elsewhere on the planet just longing for a (new) beater car for under two large, the pics in the links will simply have to suffice.

[Via AutoblogGreen]

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Tata Nano photographed at official unveiling party originally appeared on Engadget on Sun, 29 Mar 2009 20:08:00 EST. Please see our terms for use of feeds.

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Samsung’s Nano-powered Q1EX UMPC loses its QWERTY, gains 4.5-hour battery at the FCC

Meet the latest iteration of the Samsung Q1 handheld: the NP-Q1EX. First spotted at CES in January, Sammy’s going back to its UMPC roots by ditching the split QWERTY in favor of a clean, slate look that keeps the eye focused on the 7-inch, touchscreen display with 1,024 x 600 pixel resolution. Inside you’ll find XP Tablet Edition running on a 1.2GHz VIA Nano ULV U2500 processor, VIA’s Chrome9 HC graphics, 2GB of 667MHz DDR2 memory, 802.11b/g WiFi, Bluetooth 2.0, a SiRF Star GPS receiver, SD card slot, and a rear-mounted camera of unspecified pixel density. The unit that passed through the FCC for US airwaves approval also features a 60GB hard disk and 4-cell, 4,000mAh lithium ion battery for up to 4.5-hours of battery life according to Samsung. A quick search through the Intertubes also reveals a retail price of about $775 at on-line retailers. No launch date yet, but it can’t be long now can it? A couple more pics after the break.

[Via Navigadget]

Read — Samsung official specs
Read — $775 listing

Continue reading Samsung’s Nano-powered Q1EX UMPC loses its QWERTY, gains 4.5-hour battery at the FCC

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Samsung’s Nano-powered Q1EX UMPC loses its QWERTY, gains 4.5-hour battery at the FCC originally appeared on Engadget on Thu, 05 Mar 2009 04:39:00 EST. Please see our terms for use of feeds.

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Self-assembling nanoscale discovery could catapult data storage capacity

Ready to have your mind blown? What if 250 DVDs could fit onto a storage module no larger than a quarter? According to research conducted by brilliant geeks at the University of California at Berkeley and the University of Massachusetts Amherst, it’s all within the realm of feasibility. Reportedly, an easily implemented technique “in which nanoscale elements precisely assemble themselves over large surfaces” could soon blow open the doors to significant improvements in data storage capacity. Without getting too Ph.D on you, the process essentially works by taking advantage of just how precise molecules can self-assemble. The end result has researchers achieving “defect-free arrays of nanoscopic elements with feature sizes as small as 3 nanometers, translating into densities of 10 terabits per square inch.” Per square inch, son.

[Via TheStandard, thanks Apoc]

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Self-assembling nanoscale discovery could catapult data storage capacity originally appeared on Engadget on Sun, 01 Mar 2009 06:52:00 EST. Please see our terms for use of feeds.

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Researchers use nano-origami to build tiny 3D devices

MIT researchers are developing a new technique to create simple 3D structures out of nanoscale materials. Called “nano-origami,” the kids are essentially using traditional micro- and nano-fabrication techniques to make 2D objects, at which point they are folded into pre-determined shapes. The folds can be induced by a number of means, including metal deposits (usually chromium), helium ions, and by running electricity through gold wires embedded in the material. While the process is still in its infancy (and all these options only work to a point) a simple 3D nanoscale capacitor has already been built. The current model has only one fold, but the researchers are hoping to increase the number of folds — the more folds, they point out, the better the storage potential. Video after the break.

Continue reading Researchers use nano-origami to build tiny 3D devices

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Researchers use nano-origami to build tiny 3D devices originally appeared on Engadget on Thu, 26 Feb 2009 16:13:00 EST. Please see our terms for use of feeds.

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Artificial trees could function as solar-wind harvester

SolarBotanic is a company which researches and specializes in an emerging tech dubbed biomimicry — which seeks to mimic nature, and use nature-inspired methods to solve human problems. SolarBotanic is focusing on energy production, and, to that end, they’ve developed what they call Energy Harvesting Trees. The trees aren’t “real,” (they’re just modeled on real ones); these are composed of Nanoleafs, which use nanotechnology designed to capture the “sun’s energy in photovoltaic and thermovoltaic cells, then convert the radiation into electricity.” They also have stems and twigs which house nano-piezovoltaic material which act as generators producing electricity from movement or kinetic energy caused by wind or rain. The company has several patents on the technology already, and are currently seeking partners for funding and development. We don’t really have any details about what these fake trees look like — but Thom Yorke’s probably going to write a song about them.

Continue reading Artificial trees could function as solar-wind harvester

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Artificial trees could function as solar-wind harvester originally appeared on Engadget on Tue, 24 Feb 2009 17:24:00 EST. Please see our terms for use of feeds.

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