Wednesday, March 17, 2010

Leave No Trace: How to Completely Erase Your Hard Drives, SSDs and Thumb Drives [Memory Forever]

Source: http://gizmodo.com/5494427/leave-no-trace-how-to-completely-erase-your-hard-drives-ssds-and-thumb-drives

With stories abounding of identity theft aided by information lifted from discarded storage devices, you want devices you no longer plan to use to have no usable information when they head out the door. Here's how to wipe them clean.

Why Erasing Files Is Not Enough

Sure, you could erase the contents of the drive, but keep this in mind: the act of erasing a file does not remove it from a storage device.

When you erase/delete a file from your computer, it's not really gone until the areas of the disk it used are overwritten by new information. If you use the normal Windows delete function, the "deleted" file is sent to the Recycle Bin until the space it uses is required by other files. If you use Shift-Delete to bypass the Recycle Bin, the space occupied by the file is marked as available for other files. However, the file could be recovered days or even weeks later with third-party data recovery software. As long as the operating system does not reuse the space occupied by a file with another file, the "deleted" file can be recovered.

With SSDs, the erased file situation is even more complex. SSDs store data in blocks rather than in sectors as with magnetic storage. Overwriting a block was previously used involves copying the contents of the block to cache, wiping the block's contents, delete the block to be overwritten from cache, writing the new data to cache, and rewriting the block with the new data. As an SSD is used with files that are deleted or changed frequently, the performance can drop unless the drive (and operating system) support a technology called TRIM that wipes out deleted data blocks as soon as the file using the blocks is deleted. TRIM is supported by Windows 7 and by some late model SSDs, but not by older Windows versions. So, disk wiping can be both a security feature and a performance improvement strategy.

Data Wiping Versus File Erasure

While erasing files simply marks file space as available for reuse, data wiping overwrites all data space on a storage device, replacing useful data with garbage data. Depending upon the method used, the overwrite data could be zeros (also known as "zero-fill") or could be various random patterns.

Products that can be used for wiping hard disks might not be suitable for wiping other types of drives. In this article, we will look at methods for securely wiping hard disks, USB flash memory devices, flash memory cards, and SSDs.

Zero-Fill a Hard Disk

Time Needed: several hours (varies with size and speed of drive)
Software: Hard disk utility software from your drive vendor
Media: blank CD or floppy disk

Although writing zeroes across the entire hard disk surface (aka "zero-filling") is not sufficient to meet government data sanitation (disk wiping) standards such as DoD 5220.22-M or the more comprehensive Standards and Technologies (NIST) Special Publication 800-88, overwriting the entire hard disk prevents most types of data recovery from being successful.

Here's where to get zero-fill software from hard disk vendors:

Hitachi
Drive Fitness Test (see website for specific models supported)
http://www.hitachigst.com/hdd/support/download.htm#DFT
Select the Erase Drive feature to zero-fill your hard disk

Samsung
HUtil (see website for specific models supported)
http://www.samsung.com/global/business/hdd/support/utilities/Support_HUTIL.html
Use Tool, Erase HDD to zero-fill your hard disk

Seagate (including Maxtor)
SeaTools for DOS (see website for specific models supported)
http://www.seagate.com/www/en-us/support/downloads/seatools
Use Full Erase to zero-fill your hard disk

Western Digital
Data Lifeguard Diagnostics (select drive model for specific version recommended)
http://support.wdc.com/product/download.asp?lang=en
Use Write Zeros to drive to zero-fill your hard disk


1. Determine the brand and model of hard disk you want to overwrite.
2. Download a CD ISO image or a floppy disk image (depending upon your equipment) and use the image to create bootable media. The floppy disk image is self-contained: run it, insert a blank floppy disk when prompted, and the image is created on the disk. You will need to use a CD burning program that works with ISO images to convert the ISO image into a bootable CD.
3. Restart your computer with the bootable media you created in Step 2.
4. Select the hard disk to zero-fill when prompted.
5. Choose the option to zero-fill the hard disk.


6. When the program is finished, follow the on-screen instructions to shut down or restart your computer.
7. Remove the wiped hard disk; you can now reuse or recycle the hard disk.

Secure Wiping a Hard Disk

Secure wiping goes beyond zero-fill operations, and provides an extra level of security. Most secure wiping programs are designed to meet DoD 5220 standards, which require three passes of overwriting with a special numeric pattern and verification. More information about this and other secure standards are available from the DataErasure website.

(Note that the 2007 revision of the Defense Security Service, Updated DSS Clearing and Sanitization Matrix (June 28, 2007) (PDF) now recommends degaussing or drive destruction for maximum protection.


Stanford University's Disk and Data Sanitization Policy and Guidelines, a must-read for understanding data wiping issues, recommends Darik's Boot and Nuke (DBAN) for secure hard disk wiping.

Secure Wiping a Hard Disk with DBAN

Time Needed: several hours (varies with size and speed of drive)
Software: Darik's Boot and Nuke (DBAN); available from http://www.dban.org/
Media: blank CD (all versions) or floppy disk (version 1.0.7 and older versions)

1. Download the DBAN boot image ZIP file (we used version 1.0.7 and beta version 2.0 for this article); we downloaded the ISO image for CD burning, but a floppy disk builder is also available
2. Extract the contents of the compressed file.
3. Burn the ISO image file extracted in Step 2 to CD; see our article on how to do this, or use the built-in ISO CD image burning support in Windows 7. If you downloaded the floppy image builder, run the program to create a bootable floppy disk.
4. Restart the computer using the CD or floppy disk created in Step 3.
5. Press Enter to run DBAN in interactive mode.
6. Use up and down arrow keys to highlight the drive to wipe.
7. Press the space bar to select the drive.
8. Press M to select the wiping method.
9. Press F10 to begin the wipe process.


10. At the end of the process, shut down the system. You can reuse or recycle the wiped hard disk.

Note: if DBAN is unable to recognize your SATA hard disks, configure your system BIOS to use IDE mode rather than AHCI mode.

Wiping Flash Memory Cards and USB Drives

Programs such as DBAN or vendor-supplied hard disk utilities are limited in the devices they support: they are designed to work with internal ATA/IDE or SATA hard disks only. Programs that work with flash memory cards and USB flash drives often support hard disks as well, enabling you to use a single program for all disk wiping processes. Roadkil's DataWipe can be used with any hard disk, floppy disk, or flash drive that has a drive letter.

Wiping Flash Memory Cards with Roadkil's DiskWipe

Time Needed: Varies; from a few minutes to several hours, depending upon size and speed of drive and computer
Software: Roadkil's DiskWipe, available from http://www.roadkil.net/
Media: Can be run from Windows desktop

1. Download Roadkil's DiskWipe.
2. Extract the contents of the compressed file.
3. Open DiskWipe. If you are running Windows Vista or Windows 7, right-click the program icon and select Run as Administrator.
4. Select the drive to wipe.
5. Select the type of wipe to perform; DiskWipe can zero-fill the disk or write random data.
6. Enter the number of passes.
7. Click Erase to start the process.

8. At the end of the process, close the program. You can reuse the wiped disk.

Wiping SSDs

To solve write performance problems on drives that don't support TRIM (check with your drive vendor for firmware upgrades) is to use wiper.exe (included with some SSDs) or to run the Secure Erase feature supported in most recent ATA/IDE and SATA drives. The Secure Erase feature can be activated on many systems by running Secure Erase 4.0 (HDDerase.exe), available from http://cmrr.ucsd.edu/people/Hughes/SecureErase.shtml. Version 4.0 works with most recent ATA/IDE and SATA hard disks and SSDs, but if you use an Intel X-25M, X-25E, or X-18M SSD, follow this link to download Secure Erase 3.3 http://www.iishacks.com/index.php/2009/06/30/how-to-secure-erase-reset-an-intel-solid-state-drive-ssd/. Note that it is no longer being developed, and we were unable to use it on a system running an AMD 690 chipset.

Wiping Drives and Free Space with SDelete

SDelete is a free program from Microsoft's TechNet Sysinternals collection. It runs from the command line, and can be used to wipe drives, wipe files, or wipe free space.

Time Needed: Varies; from a few minutes to several hours, depending upon size and speed of drive and computer
Software: TechNet Sysinternal's SDelete, available from http://technet.microsoft.com

Media: Can be run from Windows desktop

1. Download SDelete.
2. Extract the contents of the compressed file.
3. Copy sdelete.exe to c:\windows\system32\ (this will enable you to run it from any location)
4. Open a command prompt session with Administrator rights.
5. To wipe all files on drive X: and its subdirectories and to wipe free space, enter Sdelete -p 2 –s -z X:\*.* (to see all command-line switches, enter Sdelete with no options)
6. Wait; the program displays status messages as it runs. When the program is finished, you can reuse or dispose of the drive.

Evaluating the Effectiveness of Disk Wiping Programs

We used demo versions of two popular data recovery programs to evaluate some of the disk wiping programs discussed in this article. To determine whether a typical data recovery program could recover files on a SD card wipe with Roadkil's DiskWipe, we first of all formatted the card using a card reader. Ontrack's EasyRecovery Data Recovery (available from http://www.ontrack.com) had no difficulty finding folders and files to retrieve.

However, when we used DiskWipe to wipe the drive using a one-pass blank disk (zero fill) operation, EasyRecovery DataRecovery was unable to find the file system, let alone any files or folders.

After reformatting the card, taking a few photos, and deleting the photos, EasyRecovery Data Recovery was able to find the new photos, but the contents of the card before running WipeDisk were unrecoverable.

To evaluate SDelete, we used SDelete to wipe all of the files on a hard disk, but omitted the –z switch; when –z is not used, SDelete deletes files and renames them, but does not clear free space. To determine what might be visible, we used a demo version of Disk Doctors NTFS Data Recovery software, available from http://www.diskdoctors.net.

Disk Doctors were able to locate the deleted folder and Outlook Express message folders, but SDelete had renamed them from their original names and DBX extensions (Outlook Express message folders). If you use SDelete, it's very important that you take time to use the –z switch to clear free space on the disk (once a file is deleted, the space it occupies is free space).

We also used Disk Doctors to evaluate the effectiveness of a freeware program called Eraser, which can delete and overwrite files and folders from the right-click menu. We created a documents folder with a subfolder called Figures and used Eraser to overwrite the folder and subfolder using its default settings.

Disk Doctors was able to locate the folders, but the contents are files with garbage names and are zero bytes in size – except for leftover word processing temporary files (files that begin with $). These filenames were not changed, which could enable a snooper to figure out the names of the files in the folder – although the files themselves were destroyed. By using more overwrites or different methods available with Eraser, a more thorough wiping may be possible.

Conclusion

We've highlighted a variety of free ways to protect data on castoff drives from being retrieved. As you can see, your best bet is to overwrite data directly, but you also might want to consider using a program such as SDelete to scramble filenames first and then use a disk wiper such as Eraser or WipeDisk to finish the job.

Use demo versions of data recovery programs such as Ontrack Easy Recovery Data Recovery, Disk Doctors Data Recovery (various editions for NTFS, FAT, and flash media), and others to evaluate the effectiveness of your data wiping procedures. Remember, the full versions of these and other data recovery programs can save your data if you accidentally format or partition a disk because, until the data is overwritten, it's still there.

Note: We originally ran this piece on March 10th, but thought it was so appropriate for memory week that we've brought it back. Memory [Forever] is our week-long consideration of what it really means when our memories, encoded in bits, flow in a million directions, and might truly live forever.

Maximum PC brings you the latest in PC news, reviews, and how-tos.

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Android Marketplace Hits 30,000 Apps, Still Has Serious Catching Up to Do [Apps]

Source: http://gizmodo.com/5494875/android-marketplace-hits-30000-apps-still-has-serious-catching-up-to-do

We can finally put an official number on the apps in the Android Marketplace: 30,000. That's more than double what was available in December, a crazy fast rate of growth. And they're going to need to keep it up.

The numbers come from straight from Google via MobileCrunch, while the Apple App Store had 150,000 apps as of their iPad pre-order announcement earlier this month. So although the Android Marketplace's expansion is impressive, they're still outnumbered a 5:1. At least.

Of course, Apple had a head start. And to Android's credit, they've got a much higher ratio of free to paid apps than the App Store does. But app quantity is a huge advantage in the mobile OS wars. And even more important is quality, in which Android's also been lacking of late. While both stores have their share of filler, apps that show up in both the Android Marketplace and the App Store have generally been better on the latter. There are obviously exceptions, but it's a recurring theme.

So good job pushing the quantity, Android Marketplace. Just make sure the quality comes with it. It's a long road ahead. [MobileCrunch via TFTS]

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TokyoFlash's E-Ink E-Clock [Watches]

Source: http://gizmodo.com/5494485/tokyoflashs-e+ink-e+clock

TokyoFlash didn't invent the epaper/eink watch, but they are the first to present something truly different with the tech.

The following designs are just concepts. However, if you (and others) like them enough, esoteric watchmakers at TokyoFlash will put one into actual production.

Each watch contains ePaper, sure, but it also syncs with your cellphone over Bluetooth, displaying message, mail and call notification (if you can decode the information). Luckily, they've included this helpful chart to demystify the UI:
Personally, I'd love to see one of these bumblebee black and yellow. No estimates on price were provided. [TokyoFlash via TechFresh via DVICE]

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In Case Self-Assembling Machinery Didn't Scare You Before... [Chips]

Source: http://gizmodo.com/5494788/in-case-self+assembling-machinery-didnt-scare-you-before

When chipmakers slim down their silicon, they need finer and finer tools to organize all that circuitry. With MIT's latest self-assembling chips, the detail work is handled by molecular strands that, freakishly, just know where to go.

Self-assembling chips aren't new, but up till now, people have used electron-beam rays to carve grooves where molecules get cozy. Electron-beam guns are damn expensive and damn slow. This breakthrough—which relies more than ever on molecules doing their own thing—will lead to a cheaper way to make the smallest physically possible microchips, and probably increase hard drive capacity and current chip performance in the meantime.

The news, published this week by MIT researchers Caroline Ross and Karl Berggren, is that they can now use an electron gun just to make "hitchin' posts" for the molecules to identify then wrap around. The trick? Using two separate kinds of molecule strands—described by Ross as spaghetti and tagliatelle, and by Berggren as DeNiro and Grodin in Midnight Run—that keep each other in line. Once the molecules are in place, a plasma charge dissolves one set, and turns the other set into glass crucial to processing. Berggren and Ross have shown they can fake a chip; their next step is to make a pattern that actually functions as a genuine circuit.

We've reached the limits of my understanding, but not my appreciation. This stuff will one day be used for making ever smaller microprocessors, but in the meantime can be used to streamline current chipmaking methods, and also to pack hard drive data in tighter. I'm relieved to hear there's still a need for someone to say where the posts go, but let's face it, with self-assembling chips like these, who needs ham-handed humans anyway? Queue the excitement—and paranoia. [MIT]

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CardKing iPhone App Scans and Stores All Your Membership Cards [Apps]

Source: http://gizmodo.com/5494912/cardking-iphone-app-scans-and-stores-all-your-membership-cards

I constantly forget to carry all my membership, club, discount, and scan-this-when-you-buy-something-and-get-points-that-you-don't-really-know-what-to-do-with cards. But I do remember to carry my iPhone. Solution? Use the free CardKing app to scan my forgotten cards and pull up the barcodes when they're needed.

Sure, it might be a bit awkward to hand my iPhone to sales people so that they can scan the barcode and maybe the reflection on the screen will prevent things from scanning properly—in which case I'm sure the barcode can be hand-entered—but darn it, at least I'll be able to claim that I didn't forget my random cards. [CardKing]

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Diane Birch Lives In a Projector Screen—and Now In My Head Too [Music]

Source: http://gizmodo.com/5494913/diane-birch-lives-in-a-projector-screenand-now-in-my-head-too

Diane Birch is very very very cute. She's also a lovely singer. Her song Valentino is chirpy and sweet, and her music video—with its ghetto augmented reality—is quite ingenious. Watch it. You'll like it. Then, watch the how-to:

The video looks deceivingly simple, but it was hell to choreograph and produce to perfection. It kind of reminds me of the spirit of OK Go's videos.

The song was featured in the movie Valentine's Day, and the movie was created by Dennis Liu—the guy who made the Again and Again music video, then went on to make some other videos for Microsoft. [Thanks Dennis]

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How To Make Organic LEDs [DIY]

Source: http://gizmodo.com/5495118/how-to-make-organic-leds

They're a bit complicated and somewhat experimental, but these instructions for homemade organic LEDs are nothing short of thorough. Sure you can just buy OLEDs, but that's just not even half as fun as struggling to make them yourself.

These instructions were written up by the folks from the Materials Research Science and Engineering Center at the University of Wisconsin and could very well be the blueprint for my next weekend project. Anyone have any pointers though? [University of Wisconsin via Erik de Bruijn via Open Materials via Make via GooHack]

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How Google Crunches All That Data [Memory Forever]

Source: http://gizmodo.com/5495097/how-google-crunches-all-that-data

If data centers are the brains of an information company, then Google is one of the brainiest there is. Though always evolving, it is, fundamentally, in the business of knowing everything. Here are some of the ways it stays sharp.

For tackling massive amounts of data, the main weapon in Google's arsenal is MapReduce, a system developed by the company itself. Whereas other frameworks require a thoroughly tagged and rigorously organized database, MapReduce breaks the process down into simple steps, allowing it to deal with any type of data, which it distributes across a legion of machines.

Looking at MapReduce in 2008, Wired imagined the task of determining word frequency in Google Books. As its name would suggest, the MapReduce magic comes from two main steps: mapping and reducing.

The first of these, the mapping, is where MapReduce is unique. A master computer evaluates the request and then divvies it up into smaller, more manageable "sub-problems," which are assigned to other computers. These sub-problems, in turn, may be divided up even further, depending on the complexity of the data set. In our example, the entirety of Google Books would be split, say, by author (but more likely by the order in which they were scanned, or something like that) and distributed to the worker computers.

Then the data is saved. To maximize efficiency, it remains on the worker computers' local hard drives, as opposed to being sent, the whole petabyte-scale mess of it, back to some central location. Then comes the second central step: reduction. Other worker machines are assigned specifically to the task of grabbing the data from the computers that crunched it and paring it down to a format suitable for solving the problem at hand. In the Google Books example, this second set of machines would reduce and compile the processed data into lists of individual words and the frequency with which they appeared across Google's digital library.

The finished product of the MapReduce system is, as Wired says, a "data set about your data," one that has been crafted specifically to answer the initial question. In this case, the new data set would let you query any word and see how often it appeared in Google Books.

MapReduce is one way in which Google manipulates its massive amounts of data, sorting and resorting it into different sets that reveal new meanings and have unique uses. But another Herculean task Google faces is dealing with data that's not already on its machines. It's one of the most daunting data sets of all: the internet.

Last month, Wired got a rare look at the "algorithm that rules the web," and the gist of it is that there is no single, set algorithm. Rather, Google rules the internet by constantly refining its search technologies, charting new territories like social media and refining the ones in which users tread most often with personalized searches.

But of course it's not just about matching the terms people search for to the web sites that contain them. Amit Singhal, a Google Search guru, explains, "you are not matching words; you are actually trying to match meaning."

Words are a finite data set. And you don't need an entire data center to store them—a dictionary does just fine. But meaning is perhaps the most profound data set humanity has ever produced, and it's one we're charged with managing every day. Our own mental MapReduce probes for intent and scans for context, informing how we respond to the world around us.

In a sense, Google's memory may be better than any one individual's, and complex frameworks like MapReduce ensure that it will only continue to outpace us in that respect. But in terms of the capacity to process meaning, in all of its nuance, any one person could outperform all the machines in the Googleplex. For now, anyway. [Wired, Wikipedia, and Wired]

Image credit CNET

Memory [Forever] is our week-long consideration of what it really means when our memories, encoded in bits, flow in a million directions, and might truly live forever.

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Samsung confirms slate PC in the works

Source: http://www.engadget.com/2010/03/16/samsung-confirms-slate-pc-in-the-works/

Well, the details are extremely thin here folks, but it looks like Samsung's working on a tablet PC -- or 'slate' if you're into the new fangled lingo -- just like pretty much every other manufacturer on the planet. Speaking with APC (the website, not the clothier), Philip Newton, director of Samsung Australia's IT division, said that the company is working on a slate PC for the second half of 2010 that will have "PC-grade processing power and connectivity" -- two things Newton had previously cited as the main things lacking in the iPad. That's really all there is to go on -- no specs or features mentioned, though Samsung has been vaguely hinting that the tablet, when it appears, will run on Intel's Atom platform, which sounds about right. We'll have to wait and see, won't we?

Samsung confirms slate PC in the works originally appeared on Engadget on Tue, 16 Mar 2010 16:02:00 EST. Please see our terms for use of feeds.

Permalink JKK Mobile  |  sourceAPC  | Email this | Comments

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Researchers teach liquid to flow uphill, hope to cool future CPUs (video)

Source: http://www.engadget.com/2010/03/16/researchers-teach-liquid-to-flow-uphill-hope-to-cool-future-cpu/

Another day, another experimental CPU cooling method that may or may not come to pass. We've seen "thermal paste" from IBM and polyethylene from MIT, and now researchers at the University of Rochester have developed a method for coaxing water along nanometer-scale grooves carved into silicon. So hydrophilic are the patterns that water will even flow against gravity (and we've got the video to prove it). Not only are the structures so precise and nondestructive that the surface feels smooth to the touch, but they also trap photons, according to The New York Times, "so the grooved silicon appears pitch-black." And who knows? Maybe your next PC will be cooled by streams of water flowing freely inside the case. It's a nice image, anyways. Peep the video after the break to see it in action for yourself.

Continue reading Researchers teach liquid to flow uphill, hope to cool future CPUs (video)

Researchers teach liquid to flow uphill, hope to cool future CPUs (video) originally appeared on Engadget on Tue, 16 Mar 2010 16:24:00 EST. Please see our terms for use of feeds.

Permalink New York Times  |  sourceUniversity of Rochester  | Email this | Comments

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Microsoft shows off Internet Explorer 9: says 'yes' to HTML5, 'no' to Windows XP

Source: http://www.engadget.com/2010/03/16/microsoft-shows-off-internet-explorer-9-says-yes-to-html5-n/

Microsoft is having a good old time at MIX10, showing off all sorts of new things. New things like... Internet Explorer 9, which has just been previewed at the developer event, and here's what we've gleaned about it so far. First off, as expected it will support HTML5 video, boast a new Microsoft JavaScript engine which is codenamed "Chakra," and it'll support new-fangled web technologies like CSS3 and SVG2. Microsoft says one of its main goals with IE9 is to provide a faster browsing experience -- always good news -- though they don't have things cranked quite as high as the competition just yet (remember, this is still early). Preliminary ACID3 tests on the preview show the IE9 scores a 55/100, up from IE8's dismal 20/100 -- a huge leap forward no doubt, but still a far cry from the Chrome, Opera, and Safari scores of 100. In both PCMag's and ZDNet's SunSpider JavaScript Benchmark test, the preview performed competitively as well. Microsoft has also confirmed that IE9 will not support Windows XP, but the preview Microsoft is showing off plays nice with Vista SP2 and higher, meaning the shipping version will probably do the same. No shockers there, really. Microsoft's also made the first developer preview of Internet Explorer 9 available for download today -- hit the source link to check that out.

Update:
Chrome, Opera, and Safari do indeed score 100/100 in ACID3 testing, not "nearly" as previously stated. Thanks commenters for pointing out the obvious.

Microsoft shows off Internet Explorer 9: says 'yes' to HTML5, 'no' to Windows XP originally appeared on Engadget on Tue, 16 Mar 2010 19:35:00 EST. Please see our terms for use of feeds.

Permalink   |  sourceIE9 Developer preview download, PC Mag  | Email this | Comments

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Intel's Core i7-980X Extreme Edition hits a slew of new gaming desktops

Source: http://www.engadget.com/2010/03/16/intels-core-i7-980x-extreme-edition-hits-a-slew-of-new-gaming-d/

Intel's six-core, twelve-threaded Core i7-980X Extreme Edition has turned the hardcore gaming community on its head, and just about everyone is scrounging around in a (mostly futile) attempt to locate $999. For those in dire need of an entire system replacement, it seems that today's the day to start looking. Shortly after we heard that this 32nm Gulftown chip would be landing with Alienware and Origin PC rigs, a veritable plethora of other outfits have shown up to make similar announcements. Digital Storm has popped an overclocked (4.4GHz) version into its Black|OPS machine (which conveniently starts at $5,642, while CyberPower is now offering the silicon in its Black Mamba, Black Pearl and Gamer Xtreme 3D machines. Maingear's also sliding said CPU into its world-beating Shift "supercomputer," and anyone shopping a high-end Velocity Micro system will also see the option. We suspect most every other PC maker in existence will be following suit soon, so if your prefab PC builder hasn't yet jumped on the bandwagon, just hold tight. Real tight.

Intel's Core i7-980X Extreme Edition hits a slew of new gaming desktops originally appeared on Engadget on Tue, 16 Mar 2010 20:12:00 EST. Please see our term s for use of feeds.

Permalink   |  sourceMaingear, Digital Storm, CyberPower, Velocity Micro  | Email this | Comments

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XpanD X103 3D glasses universally compatible with 3DTVs, but not all wallets

Source: http://www.engadget.com/2010/03/17/xpand-x103-3d-glasses-universally-compatible-with-3dtvs-but-no/

During CES 2010. RealD managed to slide its 3D glasses in with most of the new televisions coming our way this year, but XpanD is continuing its promise to work with any IR-enabled set from any manufacturer (Samsung has already stated its glasses will only work with its TVs, Panasonic couldn't confirm cross compatibility with other brands when we asked) with the X103 series. XpanD is claiming compatibility with "virtually any monitor capable of displaying 3D content". Even with plans for 12 different colors and sizes for kids or adults it's more likely you'll end up in a caption contest than a look book rocking these, but as long as they get the job done they seem like a natural go to for additional pairs when they launch in June. The main problem? Pricing isn't final but Chief Strategy Officer Ami Dror told PC Mag he expects them to run $125 - $150 -- even if the local cinema uses active shutter technology, that's a lot of 3D flicks before you recoup the cost and makes it nearly out of the question to grab a few spares for friends to watch.

XpanD X103 3D glasses universally compatible with 3DTVs, but not all wallets originally appeared on Engadget on Wed, 17 Mar 2010 00:58:00 EST. Please see our terms for use of feeds.

Permalink   |  sourceXpanD  | Email this | Comments

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ARRI Alexa joins RED to kill celluloid in 2010

Source: http://www.engadget.com/2010/03/17/arri-alexa-joins-red-to-kill-celluloid-in-2010/

Got 50k to spend big daddy? Good, then meet Alexa from ARRI, a German company founded in 1917 that just happens to be the world's largest motion picture equipment manufacturer. Alexa is ARRI's answer to the RED ONE digital, so don't be held captive by your consumer-based experience of what a camera is or what it should look like. ARRI has a trio of cams slated for release in 2010 offering a 3.5k pixel count, 800+ El equivalent sensitivity, 1 to 60fps frame rate, electronic viewfinder and on-board HD recording. The A-EV Plus model adds uncompressed on-board recording and wireless remote control to the 16:9 aspect ratio shooting A-EV. The A-OV Plus switches things up to a 4:3 aspect and adds an optical viewfinder to the mix. The rest of the details will arrive during an April 6th launch event where ARRI will reveal the complete media, format, and what's promised to be a "super fast workflow."

Until then, check a side-by-side test done by the cats over at Animation World Network pitting a prototype Alexa against a RED One equipped with a new MysteriumX sensor and software. AWN was so enthusiastic by the results of the two cams that it proclaimed, "2010 is the year that celluloid died." Jim Jannard, RED CEO, graciously responded to the test by saying, "We had expected the images to be very similar and it appears that this test confirms that." He then added the following:
"We have believed, since IBC last year, that these two platforms would be the ones standing for the future. We are very proud to be in such good company. But for the moment, we tip our hats to Arri."
Now hit the source links for the full read because the future of film looks set to become historic.

ARRI Alexa joins RED to kill celluloid in 2010 originally appeared on Engadget on Wed, 17 Mar 2010 05:52:00 EST. Please see our terms for use of feeds.

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Tuesday, March 16, 2010

T-Mobile HSPA+ Speed Test: 3G Gets Pumped Up to 21Mbps [Tmobile]

Source: http://gizmodo.com/5493830/t+mobile-hspa%252B-speed-test-3g-gets-pumped-up-to-21mbps

Streaming HD video. Uploading gigantic files. Surfing the web comfortably. These aren't things you'd normally expect on 3G. But T-Mobile's beefed up HSPA+ network, which I tested recently in the first city to launch, handled these tasks beautifully. Simultaneously.

While the other carriers are looking past 3G to 4G technologies—Sprint with its WiMax already up and running, and AT&T and Verizon banking on LTE—T-Mobile is the one doing the most to upgrade the 3G network it already has in place. Overhauling their existing HSPA 3G network to HSPA+ promises theoretical speeds of 21Mbps—three times faster than the 3G we know and don't quite love.

In my testing throughout Philadelphia, the first city to get the upgrade, I found that I was routinely getting triple the speeds we expect from 3G nationally—take a look at our nationwide 3G megatest if you need a refresher—with the HSPA+ network averaging in the high 3Mbps range and peaking at 7.81Mbps in one location.

The 3x jump makes a big difference. Consistently averaging download speeds in the high 3Mbps range might not seem like a terrific improvement, but in practice it puts the experience a lot closer to the broadband you take for granted at home than the crippled access you're often stuck with on 3G. And I really tried to push the HSPA+ network by using the internet the way I would at home, at my most extreme. At one point, I was uploading a several-hundred megabyte file to FTP briskly (around 150KB/sec), downloading a torrent even more briskly (~350KB/sec), and still loading web pages quickly and all at once, instead of piece by frustrating piece. At the end of the day, when I was done with all my testing and just catching up with the stuff I follow on the internet, I didn't immediately ditch the 3G and jump back on Wi-Fi. I didn't feel the need to.

Philadelphia is the first city to get pumped up to HSPA+, though T-Mobile is aiming for coverage in major cities across the nation by the end of the year. Since it's not a new network, just an expansion of their current one, many customers who live in areas with HSPA+ coverage will see improvements in speed with the gear they're using right now. Anything that's HSPA 7.2 compatible—that includes HTC HD2, myTouch, Moto CLIQ, Moto CLIQ XT, Samsung Behold II, HTC Touch Pro 2, Dash 3G—will notice snappier speeds. But to really see things crank, you'll need a dedicated HSPA+ device, and T-Mobile's first is the webConnect Rocket USB stick. I tried out the Rocket, which works with Mac and PC, all over Philly, and was impressed with the results.

I tried the same tests we used in our nationwide 3G test: several runs of speedtest.net, several timed page loads of the Wikimedia Commons Hubble page, and several timed loads of a big Hubble image itself.

Here's where I went. Some of the places were suggested by T-Mobile as optimal testing spots—and cheating or not, I followed them in search of the biggest bandwidth readings. But even when I was off on my own, I found that my speeds rarely dipped to levels currently attainable by standard 3G, and were often, as you can see, much much faster, including latency under 100ms at almost every location.


View Philly HSPA+ Testing in a larger map

The webConnect Rocket USB stick is on sale now and can be purchased for $99 with a 2-year contract or $199 without one. With the contract, you get T-Mobile's EvenMore Data Plan, which will run you $59.99/mo for 5GB data or $29.99/mo for 200MB data, and without it the Rocket gets the EvenMore Data Plus Plan, costing $49.99/mo for 5GB and $19.99 a month for 200MB. If you pay full price up front, the stick pays for itself in 10 months, which might be a good deal, as it's just about how long HSPA+ will enjoy its mobile broadband crown until AT&T and Verizon start deploying LTE in 2011.

That 5GB data cap, however, could be a problem. With the 3G speeds we're used to just surfing the web can be a chore. Downloading big files or watching HD video were usually out of the question. But since the HSPA+ feels like your broadband at home, it's easy to treat it that way, and I can imagine users racking up 5GB dangerously quickly. By my back of the napkin calculations, at the speeds I saw, it'd only take about 4 hours of continuously downloading files to eat up your month's allowance. I forsee customers clamoring for beefed up plans to match T-Mobile's beefed up network.

T-Mobile says they are planning "broad national deployment" for HSPA+ by the end of 2010 and will be naming specific cities at the CTIA conference starting next week. How aggressively they roll out the upgrades will determine the fate of HSPA+, if it emerges as a worthwhile pre-4G alternative or if it falls to the footnotes of mobile broadband history. But if you have the need for speed and HSPA+ makes its way to your city, it's definitely worth your attention. It's so fast, you might forget it's 3G.

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Storing Your Data For a Billion Years [Memory Forever]

Source: http://gizmodo.com/5494422/storing-your-data-for-a-billion-years

As concerned as we are about memory, we haven't done much to preserve it. Most of our hard drives don't last past 30 years. But soon, using diamond-like carbon nanotubes, even your Gizmodo comments could last practically forever.

The solution, discovered by researchers at the University of California, takes an entirely new approach to data storage. The proposed device would place a microscopic iron crystal inside a carbon nanotube. With the application of an electric signal of just a few volts, the iron nanoparticle moves back and forth along the tube, registering a binary "1" or "0" depending on its position, basically acting as data bits.

While it's a theoretical solution right now, the scientists who created it are confident that we'll someday see a practical application. And when we do, because of the project's nanoscale nature, we may be able to store 25 DVDs' worth of information on a postage stamp-sized storage device.

The prospect of billion-year storage is fascinating and a little terrifying. Do I want researchers ten thousand years from now combing through my drunken tweets? Actually: maybe. Because when our robot overlords comb through the records and find this post, they'll know that I've always been fully supportive of their cold, steely, logical reign. [Science via Wired]

Memory [Forever] is our week-long consideration of what it really means when our memories, encoded in bits, flow in a million directions, and might truly live forever.

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Is There an iPad Cinema In Your Future? [Apple]

Source: http://gizmodo.com/5494787/is-there-an-ipad-cinema-in-your-future

Apple seems to have a projector fetish lately. They have been filing projector-related patents left, right and center. The latest one describes ways to incorporate micro-projectors in many Apple products, from iPhone to MacBook to an Airport Express wireless router.

The new patent also explains how to use a peripheral device—like the iPhone—to control and calibrate these micro-projectors. One of the methods also describes a projector that could be shared simultaneously by several devices over a wireless network, providing a virtual switching system in which anyone around a meeting table would be able to take control over the device.

Would the next generation iPhone have a micro-projector? The next MacBook? Would there be an iPad Cinema? The latest may seem too much, since the iPad itself is already a good content sharing device for two or three people. The iPhone, however, seems like a good fit for both gaming, TV shows, movies, and business presentations. So is the MacBook, or an Airport Express that could be moved around the office, and be shared by multiple iPhones on the go.

In any case, the idea definitely seems appealing from a technological point of view: I've always wanted to pull a little Princess Leia—asking Obi Wan Kenobi for help—out of my pocket. I certainly can imagine myself using it for gaming or a business presentation. But that would be something occasional, which means I wouldn't pick an iPhone with projector over an iPhone without projector if any significant price difference existed. In addition to that, these devices will be limited by ambient light and power consumption in relation to the device's lumens. At least for the time being. Maybe Apple is just covering their butts, waiting for this technology to be mature and ready.

Would you want MacBook with an integrated projector? An iPhone? A new iPad? Tell us in the comments. [Patently Apple]

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AUO's 65-inch 3D HDTV panel headed for the conveyer belt in 2H 2010, boasts polarized specs

Source: http://www.engadget.com/2010/03/16/auos-65-inch-3d-hdtv-panel-headed-for-the-conveyer-belt-in-2h-2/

While it might have been a pipe dream back in '09, Taiwanese display manufacturer AU Optronics is firmly committed to blasting our eyeballs in 2010, with a monstrous 65-inch HD LCD panel ready for all the 3D and pseudo-3D content (we're looking at you, G-Force) you have on offer. AUO isn't hedging its bets on this one, either; at FPD China 2010, the company announced that they're using a polarized solution with cheap, $2 to 3 glasses to generate the 3D effect. Sure, polarized is the preferred method for most theatres, but it's often more expensive than active shutter tech for an in-home user -- and can come with some serious visual tradeoffs like permanent ghosting or halved vertical resolution. We won't know for sure until we get hands-on, but either way, expect to see AUO's panels in a branded 3D HDTV near you early next year, or just a few months before HDI drops a 103-inch monster of its own.

AUO's 65-inch 3D HDTV panel headed for the conveyer belt in 2H 2010, boasts polarized specs originally appeared on Engadget on Tue, 16 Mar 2010 05:16:00 EST. Please see our terms for use of feeds.

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Kingston's 2,400MHz HyperX memory kit offers the world's fastest Intel-certified RAM

Source: http://www.engadget.com/2010/03/16/kingstons-2-400mhz-hyperx-memory-kit-offers-the-worlds-fastest/

For those among us finding it hard to decide what blisteringly fast DDR3 sticks to pair with their Core i7, Intel has decided to do its own compatibility certification list (see link below). And since the happiest memory maker is usually the one atop the pile, we have to imagine Kingston is feeling pretty sunny right now, as its 2.4GHz HyperX memory kit has scooped the top spot away from Corsair's 2.33GHz offering. Running at 1.65 volts and offering 9-11-9-27-2 timings, this is now officially the RAM to own if you're after headline-grabbing stock speeds. We also love the fact Kingston acknowledges "benchmarkers" as a distinct group alongside gamers and enthusiasts -- finally some appreciation for those misunderstood souls. Whatever you describe yourself as, you'll be able to get on the latest speed bandwagon in the second quarter of this year. Full PR after the break.

Continue reading Kingston's 2,400MHz HyperX memory kit offers the world's fastest Intel-certified RAM

Kingston's 2,400MHz HyperX memory kit offers the world's fastest Intel-certified RAM originally appeared on Engadget on Tue, 16 Mar 2010 05:54:00 EST. Please see our terms for use of feeds.

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Lenovo ThinkCentre A70z review

Source: http://www.engadget.com/2010/03/16/lenovo-thinkcentre-a70z-review/

The hallowed Think branding finally spread out to the land of AIOs earlier this year and we just had to wrap our paws around some of that signature matte black plastic to see what's what. The ThinkCentre A70z represents Lenovo's most direct assault on the eco-conscious office manager's checkbook, coming as it does with minimal packaging, built out of recycled and recyclable materials, and significant energy savings relative to orthodox desktops. In our time with it, we found the A70z to be a well built and capable little rig, but the question you most probably want answered is whether the premium branding we associate with the tank-like ThinkPads can be trusted to deliver a similar superiority in hardware and construction in the all-in-one arena. Click past the break for the answer.

Continue reading Lenovo ThinkCentre A70z review

Lenovo ThinkCentre A70z review originally appeared on Engadget on Tue, 16 Mar 2010 11:02:00 EST. Please see our terms for use of feeds.

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Monday, March 15, 2010

'Quake Catcher' Software Converts Laptops Worldwide into Earthquake Sensor Network

Source: http://www.popsci.com/technology/article/2010-03/quake-catcher-software-converts-thousands-laptops-earthquake-sensor-network

The nifty program takes advantage of accelerometers built into many newer laptops

Here's one genius computer program you might consider pushing virally for science's sake. The "Quake Catchers" program aims to make earthquake detection a lot easier and cheaper by taking advantage of accelerometers built into MacBooks and other newer laptops, the Los Angeles Times reports.

The accelerometers that are embedded in everything from iPhones to the Nintendo Wii aretiny devices that detect movement. Having software that takes advantage of the tiny devices on thousands of laptops could complement the current system of earthquake sensors installed along fault zones.

Elizabeth Cochran, an earth scientist at the University of California in Riverside, got the idea of harnessing accelerometers for an earthquake network by watching the "Seismac" program on a friend's MacBook. But whereas Seismac allows you to shake the MacBook and get accelerometer readings for giggles, Cochran hopes "Quake Catchers" can help science and maybe save lives.

The "Quake Catcher" software is designed to record all vibrations on a computer, but only uploads the info if many computers in the same geographic area record "dramatic shaking."

If the idea catches on in schools, businesses and homes, it might even become part of an early-warning system that detects the outward ripple of an earthquake. Even laptops that don't have accelerometers can get a $50 sensor with a USB cable that acts similar to an accelerometer.

About 1,000 people have already signed on as "Quake Catchers," and Cochran's group hopes to possibly blanket California and beyond. That doesn't mean we won't still need our quake-proof buildings, but the software represents readily adaptable technology that's available now. We'll just keep dreaming of our active cloaking that counters earthquakes.

Check out the Quake-Catcher Network here.

[via Los Angeles Times]

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