Intel’s current lineup of desktop and laptop processors are currently being built with a 45nm process, a process which AMD is only now catching up with. It appears however that the race continues as Intel plans to unveil its new 32nm process technology on December 15th at the International Electron Devices Meeting (IEDM). 32nm might sound like nothing new, and in actuality the technology was first showcased back in 2007. At the time however, little was revealed and the company didn’t give many details as to the process itself. According to recent information Intel will share the specifics for the first time at IDEM and we expect to hear an announcement on new processors as well. The first platform is is rumored to be codenamed ‘Westmere’ which should hit the market in late 2009. Westmere however, is expected to be little more than a die shrink of Nehalem.
New features of the 32nm manufacturing process are expected to include second-generation high-k/metal gate technology, and nine levels of low-k interconnect dielectrics. According to the EE Times, Intel tested its new process by building a 32nm, 291-Mbit SRAM array test chip which has a cell size of 0.171-micron2. It houses over 2 billion transistors and has an array density of 4.2-Mbit2. The chip managed to run at an impressive 3.8 GHz while requiring only a meager 1.1v. Given the amount of time Intel has been working on this process experts expect commercialization next year to be highly plausible. The die shrinks will have the greatest benefits for mobile computing as it will boot performance while lowering the voltage requirements and the amount of heat generated. The future for mobile computing is bright indeed.
So, you’re in the market for an all-in-one computer with a 24-inch screen, but you’re not looking to splurge on one of those yucky iMacs, huh? Well Dell has got your back, and it comes in the form of the XPS One 24.
The 24-inch beast packs plenty of powerful features, too. Including a gigantic 1920x1080 native resolution on a 16:9 display, 4GB RAM (standard), Intel GMA X4500HD graphics (or an upgraded Nvidia GeForce 9600M GT) and an Intel Core 2 Quad Q8200 processor. Should you feel the need to donate money to some worthwhile causes without actually doing so yourself, there’s a (PRODUCT) RED version available too.
While admittedly the name isn’t the best we’ve ever seen (seriously, say it out loud), it is shaping up to be a very worthwhile media machine. Some upgraded speakers and a built in TV tuner are looking to drive that point home. It’s shipping now, and will run you $1,700 for a base model.
Race fans, fire up your wallets! AMD’s first 45nm chip, the Shanghai quad-core has finally made its appearance at online resellers.
These bad boys aren’t cheap, either. The quad-core 2.7GHz chip will run potential buyers $2,499 over at PC Connection and $2,240 (for the chip without any fan) over at Buy.com. And these prices are pretty standard all the way across the board.
Admittedly, expectations might be low for these chips considering the debacle caused by the massive delays of Barcelona due to the production issues. Still, AMD’s hopes remain high. Shanghai is currently in full production, and supposed to have a 20 percent performance boost over Barcelona. There have also been confirmations from the likes of Sun Microsystems for plans to offer the chip in current x64 platforms that are running Barcelona by as early as Q1 2009.
While these chips do offer surprisingly low power consumption for a quad core chip (only 75 watts) and some burly clock speeds, the prices are pretty difficult to swallow. Although, to be fair, they’re meant for servers… or badasses.
Dell this week has launched a new line of OptiPlex desktop rigs, starting with the company's new flagship OptiPlex 960. The 960 comes wrapped in three different chassis designs -- mini-tower, desktop, and SFF -- with a configurable interior that lets consumers choose from both Intel's Core 2 Duo and quad-processor lineup, onboard or add-in graphics, and up to 8GB of DDR2 RAM. The new OptiPlex also looks to go green with what Dell claims is a 43 percent reduction in power consumption compared to previous OptiPlex models. Other improvements include a sturdier frame, significant noise reduction (up to 60 percent), and beefed up security through full drive encryption.
Among the OptiFlex refresh also sits Dell's FX160. The FX160 is Dell's first ever thin client, and can be configured to support either a Virtual Remote Desktop thin client environment or an On-Demand Desktop Streaming environment. Underneath the hood is an Intel Atom processor.
The new OptiPlex rigs are available now with starting prices ranging from $399 (FX160) on up to $863 (960).
Back before broadband, it was common to find retailers selling pre-built computers for hefty discounts, provided you agreed to sign up for a multi-year dial-up plan. By and large, the concept of discounted hardware in exchange for an ISP commitment has largely went by the wayside, but it may be making a comeback, with a twist.
Don't worry, no one is asking you to commit to three years of AOL on a 56K connection. Instead, HP is considering selling netbooks for a significant discount when bundled with a wireless service contract. While a new concept in the U.S., cellular service providers are already doing this in Asia and Europe. One such example is Taiwanese carrier Far EasTone Communications Ltd., who sells an Asus Eee PC for a scant $29 with a two-year commitment.
"The big picture for these netbooks is that kind of model," Kevin Frost, who runs HP's consumer notebook business unit, said in an interview. "That's the longer-term model."
Frost didn't mention which U.S. wireless providers are being actively pursued, but did say that Verizon and AT&T could be potential candidates. Whether or not either of those companies would be interested remains to be seen, but if it's going to happen, expect it sooner than later while the netbook market is red hot.
Would you be interested in a discounted netbook with a wireless service plan? Hit the jump and tell us what you think.
He heavily extolled Blu-ray, which he believes is a huge asset for media editing professionals and enterprises - a demographic that Psystar can now serve.
Psystar is certainly trying its best to get under the skin of Apple whose patience must be wearing thin. Around a fortnight ago, Apple and Psystar agreed to an “Alternative Dispute Resolution”. Prior to that, in July, Apple had slapped a lawsuit against Psystar. The latter soon returned the favor by filing a lawsuit of its own against Apple.
Taiwanese company Silicon Integrated Systems has dismissed rumors that it is going to shut down its PC chipset business. It is now going to concentrate its resources on developing southbridges. SiS will persist with its PC chipset business and satisfy whatever demand there is for its products until 2011. It is currently concentrating on providing notebook chipsets. SiS supplies notebook chipsets to around 20 notebook manufacturers. Cut-throat competition and the precarious state of the global economy have made life difficult for SiS.
Malware-infected PCs have for long betrayed their users’ most precious financial secrets to internet robbers. But researchers at IBM have developed a USB device to ensure that online banking transactions remain unaffected by malware infections. The device, which is called Zone Trusted Information Channel, can also repel man-in-the-middle attacks.
It secures online transactions by establishing a direct channel to a bank’s online transaction server through a computer’s USB port. As the transaction at the user’s end is made on ZTIC’s own hardware - no reliance on any PC-based software, it is not vulnerable to malware or man-in-the-middle attacks. The prototype is now ready to undergo trials.
Although the idea of a stand-alone security/authentication solution isn’t entirely new – Paypal already offers a stand-alone security device to its users, IBM’s endeavor is slightly different as it looks to be keen on offering a universal solution.
Unlike traditional plasma screens, with light-emitting cells located between sheets of glass, Shinoda’s display will use cells inside of incredibly thin glass tubes. These tubes allow the screen to be thinner than current plasma displays, and also allow it to be flexible.
The screen of the prototype is 3 meters by 1 meter, and only a millimeter thick. As if that weren’t enough, the screen is light (1.4kg) and energy efficient (600 watts) as well. Sadly, the technology isn’t ready for use in TVs and monitors yet—it can’t display resolutions higher than 960 by 360 pixels, but we should start seeing it in public display capacities as early as next April or May.
Assuming this technology does become suitable for consumer displays, how do you think it’ll change the commercial landscape? Tell us your thoughts after the break.
As the UK's PC Pro website puts it, SecondLight is like "Surface on steroids." A product of Microsoft's Cambridge, England research labs, SecondLight projects an image through the table, enabling a translucent surface placed on top of the Surface tabletop to display additional information, such as place names, an interior view of an object, and much more.
To learn more about how SecondLight works, join us after the jump.