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Friday, June 27, 2008

No extension: Windows XP D-Day arrives Monday, June 30

No extension: Windows XP D-Day arrives Monday, June 30


After delays, delays, and rumors of more delays, the era of Windows XP has finally reached its final hours. Microsoft has made it official: Monday, June 30 will be the last day Microsoft sells XP to the masses. In fact, some companies have already stopped offering XP as an option on new machines as they prep for the switchover.


Earlier rumors that Microsoft might extend the sales date have proven untrue, as Microsoft has reiterated that, indeed, June 30 will be the final sales date cut-off for the product. That's it. It's a Vista world now.
Loopholes will remain for some PC makers for some months to come, namely those who are building ultra-low-cost computers that aren't powerful enough for Vista. (Though some machines in this class, like HP's Mini-Note, actually come with Vista anyway.) For at least the rest of the year, downgrades remain an option for many PC purchasers too, though you'll have to jump through some hoops, and possibly pay extra, in order to get XP.


As I've written several times (and reassured many of you in email responses), XP fans needn't panic about the loss of XP. Even if you don't have a copy on hand, the product will be available through many channels for years to come (and likely forever), through both retail outlets and the aftermarket. As I type this, nearly 1,000 copies of XP are on sale on eBay, where they usually sell for less than $100.


In other news, Microsoft has recently pledged to keep supporting XP, including the release of security updates, all the way through 2014. So XP users needn't fret that you'll suddenly be victimized by hackers due to unpatched security flaws. Updates should work exactly as you're used to them currently through the Windows Update system.
source : yahoo news

Sunday, June 22, 2008

Toshiba takes on MacBook Air, gamer laptops

Latest Photo Galleries:

Portege R500-S5007V

Toshiba is updating its notebook lineup with four new models including the Portege R500-S5007V, which is 0.77 inches thick and weighs 2.4 pounds. That's .01 inches thicker and 0.6 pounds lighter than the MacBook Air--although Portege's screen is 12.1 inches as compared to Air's 13.3 inches.

Toshiba claims the Portege R500-S5007V contains the world's first widescreen 12.1-inch indoor/outdoor transreflective LED?backlit display. The company says the Portege R500 battery will last for eight hours.


Portege R500-S5007V


The Portege R500 series ships with a 7mm-DVD SuperMulti drive. Plus, the new Portege R500-S5007V contains what Toshiba says is the industry's largest solid-state drive capacity of 128GB.


Drives

The Portege R500-S5007V contains advanced encryption, multiple levels of passwords, and a fingerprint reader.

Encryption


GAMING ZONE LAPTOP

Toshiba's Qosmio X305 is a powerful gaming laptop that uses a 17.1-inch diagonal widescreen monitor.

Qosmio X305

Qosmio X305 contains an Nvidia GeForce 9800 GTX GPU, up to 1GB VRAM graphics memory, dual 400GB hard drives, and DDR3 RAM.

Qosmio X305
A flaming red cover makes the Qosmio X305 stand out.

Qosmio X305
Here's what the X305 looks like from the side.

Qosmio X305



Credit : toshiba

iPhone 3G Unveiled at a Stellar Price Point


July 11 can't come soon enough. We now know that as the day when the oft-rumored iPhone 3G will land in US stores. Revealed earlier today during Steve Jobs' keynote address at the Apple WWDC, the iPhone 3G could very well turn the mobile phone market on its head with its laundry list of features and incredible price point. Here's a breakdown of the new device:

• 3G cellular network resulting in much faster download speeds compared to EDGE.

• GPS integrated with maps. Location-based software will redefine how we interact on the go, and Apple wants to be at the forefront.

• Enterprise support for push email, calendar, and contacts with Microsoft Exchange.

• MobileMe replaces Apple's .mac service as a personal version of Exchange, supporting push email, calendar, and contacts.

• Other miscellaneous details: iPhone 2.0 firmware, 300 hours of standby battery life, 8-10 hours of 2G talk battery life, 5 hours of 3G talk battery life, 7 hours of video battery life, 24 hours of audio battery life, all plastic back.

Perhaps the most impressive aspect of the new iPhone is its price: the 8GB model will cost only $199 with a contract, while a 16GB model will be available for $299. Having just picked up a Nokia N82 last week for almost double the price of an 8GB iPhone 3G, you'd better believe that sucker is getting returned for Apple's new hotness. Sure the camera is a downgrade, but at that price who cares? It makes you wonder how Nokia and other premium handset makers will adapt their pricing model, now that Apple is packing most of their features into a phone that generally costs about half the price. In the end, no one but the consumer benefits the most.

(Source: Apple iPhone)


Time for AMD to Take Their Ball and Go Home


Poor AMD. Two years ago, Intel's Core architecture was unveiled and it absolutely decimated AMD's offerings. They've been playing catch-up ever since. Though their latest release, Phenom, didn't go as smoothly as possible, they at least have a somewhat competitive offering for mid-range and low-end builds. Unfortunately, most users would still be better off going with an Intel branded processor. It seems that AMD's only hope would be for Intel to severely drop the ball with its new architecture, Nehalem, giving AMD time to release their own new architecture and become competitive.

Unfortunately for AMD, it appears that those hopes have been dashed. Intel has done it again if the latest numbers coming in from Computex in Taipei are any indicator. Anandtech got there hands on two samples, and their site is currently being hammered by all of the benchmark-hungry nerds. Here are Anand's conclusions:

First keep in mind that these performance numbers are early, and they were run on a partly crippled, very early platform. With that preface, the fact that Nehalem is still able to post these 20 - 50% performance gains says only one thing about Intel's tick-tock cadence: they did it.

We've been told to expect a 20 - 30% overall advantage over Penryn and it looks like Intel is on track to delivering just that in Q4. At 2.66GHz, Nehalem is already faster than the fastest 3.2GHz Penryns on the market today. At 3.2GHz, I'd feel comfortable calling it baby Skulltrail in all but the most heavily threaded benchmarks. This thing is fast and this is on a very early platform, keep in mind that Nehalem doesn't launch until Q4 of this year.

The fact that we're able to see these sorts of performance improvements despite being faced with a dormant AMD says a lot. In many ways Intel is doing more to improve performance today than when AMD was on top during the Pentium 4 days.

AMD never really caught up to the performance of Conroe, through some aggressive pricing we got competition in the low end but it could never touch the upper echelon of Core 2 performance. With Penryn, Intel widened the gap. And now with Nehalem it's going to be even tougher to envision a competitive high-end AMD CPU at the end of this year. 2009 should hold a new architecture for AMD, which is the only thing that could possibly come close to achieving competition here. It's months before Nehalem's launch and there's already no equal in sight, it will take far more than Phenom to make this thing sweat.

Time to pack up and head home, AMD. 2009 is going to be 2007 all over again, with consumers being foolish to buy anything running on AMD processors.

(Source: AnandTech)



GE to Introduce Holographic Storage by 2012, Stores 110 DVDs on Single Disc

Discovery Magazine has some juicy details about General Electric's plans to introduce a consumer-level holographic storage medium by 2012. A single CD-sized disc will be able to contain 1 terabyte of data, or the equivalent of 110 DVDs.

To store data holographically, a laser beam (1) is split in two (2). One half of the beam passes through an array of hundreds of thousands of gates (3). Each gate can be opened or closed to represent a binary 1 or 0. The gates either block or pass the beam, filtering it into a coded pattern, or signal. The other half of the beam, known as the reference beam, is bounced off a mirror (4), so that the reference beam and the signal beam encoded with digital information intersect somewhere within the plastic storage medium (5). Light waves from the two beams interfere with each other, imprinting into the plastic a hologram—a three-dimensional pattern. By varying the angle of the mirror, millions of holograms can be created in the same piece of plastic. To read data from storage, the reference beam alone is used to illuminate the hologram. The resulting image can be read by a sensor and converted back into 1s and 0s.

(Source: Discovery Magazine)