The specs common to both versions are Windows XP, 10.2” LCD screen, LED backlight 1024x600 WSVGA, Intel Integrated Graphics GMA 950, Integrated 1.3M Camera, Battery up to 3 hrs. w/ 3 cell Battery & Up to 6 hrs. w/ 6 cell, Multi-touch Pad & near full size Keyboard (85% full size), Integrated Wireless 802.11 b/g,10/100 Ethernet, Bluetooth and 4in1 Multi-card Reader.
The base version will retail for $399 and will have a 80 GB HDD and 512MB memory, while the $499 version will come with a 160 GB HDD and 1GB memory. In some parts of the world there will also be 9” versions with Linux preloads.
The IdeaPad S10 will also feature Lenovo’s OneKey Rescue System for recovering precious data in the face of an out-of-the-blue corruption. Expect more netbook launches in the coming months.
An Aussie company has unveiled the world’s smallest pocket projector. The vital statistics of this miniscule projector, which can offer good company to your wallet and phone, read 125 x 55 x 23 mm. The V10 pocket projector, as it’s called, can project up to 50” from a distance of 1.8 m. The V10 is nearing its release and will become available down under in September; however, there is no word on whether it will be available elsewhere. Its Australian price tag reads $649.
Okay, so maybe AMD/ATI has earned some crowing rights with it’s 4870 Radeon videocard. It’s not on top in terms of pure performance, but its price point is closer to the sweet spot than Nvidia’s top card and the upcoming 4870 X2 will beat out the single GPU GTX 280 for about the same money. AMD however, is choosing to crow about the reliability of its ATI Mobility Radeon saying that it won’t suffer from faulty packaging like the problems Nvidia mobile GPUs suffered from recently.
Xbitlabs quotes a statement they saw from AMD, “In the past couple of weeks there has been considerable media attention regarding product reliability of certain notebook GPU die/packaging material failures. AMD is pleased to reassure our customers that our ATI Mobility Radeon GPUs are not experiencing any such abnormal field failures”
ATI chose eutectic in its ASIC packaging process, because the alternative high-lead bumps were known to be more fragile and subject to field failure issues if not implemented correctly.
“Package reliability is a matter of overall design and implementation. Factors such as the power distribution in the design of the ASIC, bumping process, bumping material and the techniques used to adhere bumps to the wafer all play an important role in the reliability of the packaged part.” AMD’s statement goes on to say.
Nvidia has remained mum on AMD’s statement. Xbitlabs says Nvidia didn’t choose to comment on the story either.
ATI's statement is pretty concerning overall. Is Nvidia still using high-lead bumps and if so, what steps have they taken to ensure that we won't see a repeat of the issue? I hope they will choose to respond to ATI's statements and either own up to the problem and tell us they fixed it, or tell us what is really going on. The ostrich approach of burying their head in the sand and hoping it all goes away is only going to hurt them in the long run.
It’s beginning to sound like Nvidia has a bigger problem on their hands than was first supposed. Can we expect them to make this right for those users with the screwed up GPUs in their laptops or will they put the screws to them and let the users take the hit? Sound off below!
Shawn Fanning, the former Northeastern University student who created Napster and popularized peer-to-peer sharing, could never have imagined all the fuss the technology would create nearly a decade later. Comcast earlier this year drew ire over throttling Bittorrent traffic, and now AT&T is taking a hard lined stance against its wireless customers engaging in P2P activities.
FCC Republican Robert McDowell asked AT&T about its policy regarding P2P traffic over its wireless network, and in a letter, Robert Quinn, AT&T senior VP for regulatory affairs, said in no uncertain terms that its customers are strictly forbidden from usng P2P services.
"AT&T's terms of service for mobile wireless broadband customers prohibit all uses that may cause extreme network capacity issues, and explicitly identify P2P file sharing applications as such a use," Quinn wrote.
Unlike Comcast, who drew criticism both for throttling internet traffic and for initially denying it was doing so, Quinn also wrote in his letter that AT&T does not use network management tools to block the use of P2P applications, and that its customers are warned in writing that they could have their service terminated if caught violating the policy.
Social networking site Facebook finds itself needing to update its data center infrastructure to support new media applications, and Intel will be the one to help them do it. The two companies on Thursday announced a joint agreement that will see Facebook use "thousands" of Xeon 5400 quad-core processors built on a 45nm manufacturing process.
More than just hardware support, Intel will also work with Facebook to optimize its software for use with the bevy of Xeon chips, giving extra focus to making the software take advantage of the additional processor cores. Moreover, Intel will look to send a message that its microarchitecture can support the massive data centers that will support cloud-computing infrastructures.
"It's a big win for Intel in the general category of web infrastructure and by that I mean categories like cloud computing," said John Spooner, an analyst with Technology Business Research. "Facebook has a large computing infrastructure that delivers these types of web services on demand and it requires the same level of service and infrastructure as a cloud-computing provider."
Facebook wouldn't comment on which OEMs would build the new servers, but according to eWeek, multiple sources have confirmed Dell and HP would be involved.
Intel just passed its 40th anniversary and the nostalgic occasion had CTO Justin Rattner musing about the future of technology. He foresees new breakthroughs in medical technologies, specifically with regards to nanoscale chips capable of moving through our bodies. Additionally, he predicts more realistic robotic intelligence, and a blurring of reality between humans and machines. Chuckle if you may, but in his 35 years at Intel, Rattner has witnessed some pretty amazing advances in technology, many of which Intel was at the forefront of. When the microprocessors first debuted in 1971 they contained about 2,300 transistors. It has since ballooned to over 820 million and the personal computer has become ubiquitous in our everyday lives.If Moore’s law holds true, and we have no reason to think otherwise, the future may indeed be a very different reality from what we understand today. According to Rattner, “In the next 40 years, computer chips will extend beyond our computers and phones, as people want to become more entrenched in virtual worlds and computers learn to react to our motions and thoughts.”
So what do you think the future holds? Hit the jump and let us know!
Marketing research firm iSuppli has reported on the status of the hard drive industry, and from the sounds of it, we just can’t get enough storage.In the first quarter of 2008, hard drive vendors shipped over 137 million units in a seemingly futile attempt to satiate consumer’s appetites for inexpensive storage. Despite the 21 percent increase in sales over the same period last year, many HDD vendors such as Seagate continue to struggle. iSuppli speculates that lower prices and a disproportionate demand for lower margin desktop drives are to blame. This is a trend that is likely to continue as SSD’s continue to plummet in price and become the storage medium of choice for mobile devices mainly due to its durability. Despite the challenges conventional hard drive makers face in the mobile market, iSuppli is forecasting strong demand in the second quarter with shipments estimated to be up by as much as 16 percent over 2007. Seagate continues to lead the pack with profits of $363 million, followed by Western Digital at $298 million, and Hitachi at $65 million. This is excellent news specifically for Hitachi who has been struggling to pull itself out of the red. So has our insatiable appetite for digital media made mass storage devices recession proof?
Silicon Valley has played host to innumerable tech startups that promised to be the next Intel or Google only to vanish away without a trace, or an apology for their erroneous claims. Now Tomshardware’s Wolfang Gruener, who claims to have successfully portended Google’s spectacular rise, has placed his bet on Ncomputing to be the next Google.
It isn’t exactly the most perilous punt ever, as Ncomputing is in one of the hottest tech niches of our times, i.e. highly affordable, no-frills computing. No, Ncomputing isn’t building the cheapest netbook or low-cost PC. It is doing things differently by pioneering a viable cloud computing solution for plebeians. Its $70 computing device is like a set-top-box that can be connected to a monitor, keyboard and mouse, and can share the resources of a full-fledged Windows or Linux PC - using an Ethernet connection - to allow a user to surf the internet, watch media and use other essential applications.
The thought provoking details that will rile up a storm inside any geek worth his bytes are "after the jump".
What a month August is shaping up to be, and we're only on day one! First, ArsTechnca exposes a major memory benchmarking flaw in Futuremark's PCMark05 suite, and if that weren't enough to have enthusiasts crying scandal, DigiTimes reported this morning (much to the chagrin of Nvidia's brass) that Nvidia plans to quit the chipset business.
According to DigiTimes, anonymous sources "close to the situation at one of Taiwan's top motherboard makers" are privy to Nvidia's alleged decision to stop making chipsets and instead transfer its chipset team to work on GPU projects. If true, the news would end any speculation that Apple might be looking to Nvidia to provide chipsets for its next round of MacBooks.
The story has been spreading like wildfire, and it didn't take long for Nvidia to offer an official response denying the allegations. Hit the jump to see what the graphics chip maker (and continued chipset maker) had to say.
3D graphics technology has grown by leaps and bounds since 3DFX first laid its Voodoo on the computing world, and today's videocards boast everything from multiple GPUs in a single package to the promise of physics processing. And not just for gaming, fanatical Folders can crunch through more proteins by utilizing their GPU, or decode a high definition movie on their new big screen TV.
Leading the charge into this new era of 3D computing are Nvidia and ATI, two companies who have recently started going at each others' throats with aggressive price cuts and a deluge of new videocards while simultaneously chasing the performance crown. But for all their battles, both old and new, it's Intel, CPU maker extraordinaire, who continues to lead the market.
Find out how much catching up Nvidia and ATI have to do after the jump.