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Intel unveils Light Peak 10Gbps optical interconnect for mobile devices
USB 3.0 might be one of the big stories here at IDF, but Intel just showed off a glimpse of the future: Light Peak, an optical interconnect for mobile devices that can run as fast as 10Gbps. That's fast enough to do everything from storage to displays to networking, and it can maintain those speeds over 100-meter runs, which is pretty astounding. Intel says the idea is to drastically reduce the number of connectors on mobile devices, which should allow them to get even smaller -- but the demo was on a huge Frankenrig, so don't expect to see Light Peak devices shipping any time soon.Update: We just snapped a quick pic of the connector -- it's a connector, that's for sure. Check it after the break.
Quad-core Core i7 720QM slips into Dell Studio 15 / 17 and Studio XPS 16
Ready for some fireworks? Good. Intel's just-announced Clarksfield processor -- which was accurately rumored for a September launch way back in July -- is landing in Dell's lineup in a big way. The refreshed Studio 15 and Studio 17 will both be sold with an available Core i7 720QM or Core i7 820QM, as will the gamer-centric Studio XPS 16. As a reminder, the former checks in at 1.6GHz with a 1,333MHz FSB and 6MB of L3 cache, while the latter hums along at 1.73GHz. The Studio 17 is also seeing a few non-CPU related updates, with a JBL-sourced 2.1 audio system, optional 1GB ATI Mobility Radeon HD 4650 and support for dual HDDs. Outside of that, most everything else on these rigs is just as it was yesterday, though consumers interested in snagging one with a shiny new chip should take note of the price points. The Core i7'd Studio 15 gets going at $999, while the 17.3-inch sibling starts at $1,099 and the Studio XPS 16 (available today, or so says Dell) at $1,249.Read - Dell Studio 15Read - Dell Studio 17Read - Dell Studio XPS 16
Intel announces quad-core Core i7 Extreme and Core i7 for laptops (update: now with reviews!)
As expected, Intel just announced its Clarksfield laptop chips, bringing Core i7 to the laptop form factor. There'll be three chips, two regular quad-cores and a Core i7 Extreme that can run as fast as 3.2GHz in Turbo mode, which selectively shuts off cores and uses the extra power to speed up the remaining cores while preserving battery life. The parts were demoed working in shipping-ready form on stage, but pricing and availability weren't mentioned -- we'll let you know what we can dig up.Read - Intel's Core i7 Mobile press releaseRead - HotHardware's Core i7 Mobile reviewRead - LegitReviews' Core i7 Mobile reviewRead - Laptop Mag's Core i7 Mobile laptop review
USB 3.0 has a SuperSpeed coming-out party at IDF
The world better be ready for SuperSpeed USB 3.0, cause it's coming, baby -- and by the looks of things at IDF, it's coming soon. Intel's "USB Community" pavilion is filled with SuperSpeed tech from a variety of companies, and while some of the demos are happening on crazy Frankenstein rigs, there's a bunch of stuff here that's basically ready to ship, including controller chips from NEC and Fujitsu, which are the heart of the whole shebang. Of course, while lightning-fast SSD transfers are nice, the showiest product on the floor is Point Grey's prototype HD camera here, which streams uncompressed 1080p video over USB 3.0 -- it's not a final product, but it's apparently quite close. Yes, we know the gallery below is basically cable porn, but here are the facts: USB 3.0 is 10x faster than 2.0 while using less power, and it's entirely backwards-compatible, since the five 3.0 pins in the connector have been cleverly engineered to sit above the four legacy 2.0 pins. If that doesn't get you dreaming of hard drives for the holidays, well, we don't know what will. Video after the break! %Gallery-73772%
Video: Intel's four-screen laptop prototype hands-on
Well, here's something you don't see every day: Intel's got a concept laptop here at IDF that features three OLED touchscreens below the 15-inch screen. In keeping with the hype of the moment, the primary idea is to run widgets and other passive apps on the little screens, but they're actually integrated with the main screen, so you can flick content up to view it full-size, and even use the mouse to interact with the widgets instead of your fingers. It's definitely cool, but it's also definitely a little odd in practice -- although Intel says they're talking to OEMs, things will have to be significantly refined before this can hit production. More pics in the gallery, video after the break.%Gallery-73757%
Video: Intel-powered set-top box running Flash, decoding HD video
Intel's making a big TV push here at IDF, and a lot of it centers around the CE 3100 Media Processor, which combines an 800MHz Pentium M core with a proprietary video processing core all on one chip. That's about as much power as a 1.2GHz Atom, and it's enabled some pretty cool demos, like this box that's running a custom Flash Lite UI on top of Linux. The video silicon accelerates H.264 playback, so newer YouTube content looked fantastic -- some of the best big-screen YouTube we've ever seen actually. That's all the software was optimized for, however -- older content that required software decoding looked much worse, and playback wasn't stellar. That's down to optimization, though, and we're willing to forgive it, especially since the demo was put together in two weeks or so. Of course, the big question when you're looking at an IA core running Flash is whether or not this rig can do Hulu on a big screen, and the answer was cautious but optimistic: it's technically possible and even somewhat easy, but as usual it all comes down to Hulu allowing it. (What else did you expect?) Still, it's interesting to see a set-top box with some actual processing power, and Intel's got some more interesting demos for us coming up, including a three-tuner Tru2Way HTPC that can send video to a PS3. Video after the break!
Intel Atom dev program launched, seeks to inspire netbook-centric applications
So, here's the situation. The current fleet of netbooks would be rendered next to useless with Vista loaded on, but having Windows XP on there forces manufacturers to regurgitate specification lists. Rather than using the introduction of Windows 7 to fully pursue a world where netbooks can actually run around freely with 2GB (or even 3GB!) of RAM and chipsets powerful enough to open seven Excel sheets simultaneously, Intel is today sparking up its Atom Processor Developer Program. The reason? To "spur a new wave of applications for... netbooks, with support for handhelds and smartphones available in the future." Call us calloused, but that sounds a lot like a company pushing for "lite" software that functions on sluggish hardware. Granted, we know that's not exactly the case here -- after all, even we wouldn't argue that some applications could benefit from being re-written to operate on a 10.1-inch display -- but it still feels like Intel's pushing software programmers to cater to underwhelming hardware rather than innovating its chips to work faster and more efficiently. There's no doubt that this feeling is compounded by just how long we've been waiting for a new wave of Atom CPUs, but at long last, we digress. The program actually has quite a few positive merits, such as striving to "reduce overhead and streamline the creation of new applications" for smaller devices -- something that would benefit every user regardless of processor. So far, both Acer and Dell have voiced their support for the program, giving us at least a modicum of reassurance that the Aspire One and Mini lines aren't vanishing anytime soon. Hit the read link for the glorified details, if you're into that type of thing.[Via jkkmobile]
BMW and Mercedes to have Intel Atom-based infotainment systems in 2012
Intel just announced that both BMW and Mercedes-Benz will be shipping Atom-based infotainment systems designed by Harman-Becker in 2012. BMW will make the system available in the 7-series, while MB will put it in S- and C-class vehicles. According to Paul Otellini, these are just the first Atom-based in-vehicle entertainment systems to be announced, and automakers are coming around to "consistent and persistent platforms," so we'd expect this is the start of a very welcome trend. Sadly there was no demo, but we'll be on the lookout here at IDF.
Eyes-on with Intel's Pine Trail CPU/GPU hybrid and new Gulftown gaming chip (update)
See that tiny little thing? That's not just a CPU, it's Intel's next-gen Atom Pine Trail CPU / GPU hybrid, and it's set to pop in all sorts of devices here at IDF. Intel was demoing it in a nettop running 480p video, but they assured us it was capable of 1080p playback -- we'll believe it when we see it, obviously. Also on display here at IDF: demo machines running 32nm Arrandale chips, with Intel's Clear HD video playback system, and the next-gen Gulftown gaming chip, which has six cores and will slot right into your X58 mobo to provide more power than you possibly need sometime next year. Check it all in the gallery! Update: So the first Intel rep we spoke to was a little confused -- Pine Trail only supports 480p playback, although it can apparently do 720p if pushed. Native HD isn't on Intel's roadmap until the next generation of these chips, so If you want HD right now, Intel's pointing manufacturers to the Broadcom Crystal HD video accelerator, which usually ends up costing about $30 extra at retail. So to recap: Intel's integrating graphics into its CPU dies, but in order to play back HD content, you still need a separate video processor to handle the decoding. How very efficient. %Gallery-73726%
Moblin 2.1 eyes-on
Intel wouldn't let anyone touch it -- or even close the browser out to the home screen -- but we just got a quick glimpse of the new phone-oriented Moblin 2.1 running on an unnamed Compal MID and an Acer netbook. It's certainly pretty, and the widgets look nice, but we're not going to be happy until we can poke at it ourselves. One more pic after the break!
Intel announces Moblin 2.1 for phones
Intel just announced a new version of Moblin designed for phones, running on an Atom-based phone. The interface has been redesigned for handheld usage, and there's a lot of widget-based social networking integration, as well as a panels-based navigation system that allows you to flip through multiple running applications. There's no hard date on when this might ship, but it was demoed running on a MID -- which we'll be scoring the show floor trying to find just as soon as the keynote is over.
Intel announces 22nm chips for 2011
Paul Otellini just held up a 22nm wafer at his Intel Developer Forum keynote, saying that chips with the technology would be out in the second half of 2011. Take a good look, kids: that's 2.9 billion transistors right there.
EB improves reference MID, adds new UI and haptics support
We still get the impression that MIDs are struggling to find a market that cares about them, but with Intel refusing to give up hope just yet, a raft of manufacturers are on hand at IDF to showcase new reference designs. Take EB for example, which teased us briefly with its MID Reference at Computex. Now, the outfit is using the spotlight in San Francisco to announce a few key improvements on the device, which was produced in collaboration with Intel (surprise, surprise) and Ericsson. The highlights are an improved user interface and application framework -- which work together to improve multitasking -- and the inclusion of haptics, which enables the display to vibrate in response to a touch. The reference MID is primed and ready to be snapped up by some other manufacturer and introduced as their own, but the question remains: do we have any takers?%Gallery-73698% Show full PR text EB INTRODUCES GROUNDBREAKING ADVANCEMENTS TO ITS MOBILE INTERNET DEVICE (MID) REFERENCE DESIGNSophisticated New Features AddressConsumer Demands, Resulting in a Captivating Multimedia Experience powered by Intel winning technologiesSAN FRANCISCO (Intel Developer Forum 2009), September 22, 2009 - Building upon its next-generation EB MID Reference Device that was showcased earlier this year at COMPUTEX TAIPEI 2009, EB, Elektrobit Corporation (OMX: EBC1V), a leading developer of cutting-edge embedded technology solutions for automotive and wireless industries, is applying its creative expertise to unveil today, at INTEL DEVELOPER FORUM 2009, optimized features to its MID reference design. Working with Intel and Ericsson, the upgraded design transforms the device with stylish, multimedia improvements that are necessary in providing a fulfilling end-user experience.According to projections from ABI Research, worldwide MID shipments are expected to exceed 90 million units by 2012. With the global demand for flexible interfaces and multimedia functionality on the rise, EB has continued to spearhead the efforts of meeting customer needs by growing its pipeline of innovation, delivering new reference devices that customers and end-users require. Responding to the demand set by business professionals and young adults seeking flexible devices offering a pocket-able, media-centric experience that incorporates the power of a desktop computer for on-the-go portability, EB has further enhanced its MID reference design to answer the demands of the market, including:· An improved user interface (UI) and application framework – This enables users to multi-task and personalize the device through cutting-edge desktop features. The result takes self-expression to a heightened level of sophistication, providing an intuitive way for end-users to interact with phones and network services that operate as powerfully as the sense of touch itself.· Leveraging latest UI technologies, such as 3D, plasma desktop and haptics – EB has designed an experience that offers vivid, sophisticated appearances. Leveraging haptics makes it possible for end-users to touch and manipulate objects effortlessly, which is vital to exceeding user expectations of what a device should deliver."As consumers continue to seek out new devices that offer unique value and sophisticated applications in a pocket-able form factor, the rapid development of the MID market is something to pay close attention to," said Kevin Burden, Practice Director, Mobile Devices, ABI Research. "In an effort to keep up with consumer demands craving innovative products, partnering with a design shop that has particular expertise with MIDs, can add competitive advantages for vendors in the battle for consumer electronics market share." A complete EB MID Reference Device can be tailored to a customers' brand and target market requirements with a wide range of cellular connectivity options. By licensing EB's sophisticated MID reference design technology coupled with device customization services, customers - including wireless, CE and PC original device and equipment manufacturers, wireless operators, among others - gain the framework to quickly and cost-effectively bring to market innovative MID solutions that aim to increase competitiveness and revenue-potential."Since 2007, we have collaborated with both Intel and Ericsson on the world's first MID reference devices, we've leveraged our expertise and understanding of MIDs to transform basic concepts into cutting-edge designs that would enhance the end-user experience," said Vesa Kiviranta, vice president, EB Wireless Solutions. "The intuitiveness brought forth by advanced technological features in our reference design further adds to our credibility and extensive knowledge of the MID market."EB MID Reference Device was recently named a runner-up in the Best of 4G Awards for Best Mobile Internet Device, which was presented at the 4G World conference and expo. 4G World is an annual event that explores the entire ecosystem for next generation networks.
Super Talent's 2TB RAIDDrive shipping next month to the rich and silly
Remember that 2TB PCIe RAIDDrive we peeked earlier this year? Yeah, that was no April Fool's joke. Super Talent's answer to OCZ Technology's Z-Drive is on track to ship next month, shortly after it makes a quick stop by IDF next week. The device slots into one's PCIe bus and utilizes a RAID architecture specifically tailored to work with NAND flash memory. In fact, the outfit has actually boosted the transfer speeds from the 1.3GBps estimate to a 1.4GBps promise. The aluminum enclosure houses four discrete SATA SSDs, with the RAIDDrive GS being the model that tops out at 2TB. For those able to deal with "just" 1TB, there's the RAIDDrive ES and RAIDDrive WS, both of which are detailed further in the read link. No exact pricing has been nailed down yet for the flagship unit, but considering that the 1TB RAIDDrive GS is pegged at $4,999 for OEMs, we'll let your imagination do the rest.
Israeli military develops robot snake for battlefield, children's nightmares
While this is by no means the first time we've seen a robotic snake prototype, it ain't every day that we find one so close to deployment. This self-propelling, two foot long robot can crawl along the ground, climb through debris, and even stand erect to give the operator a better view through the forward-mounted camera. The Israeli Defense Force says it will use this thing for "routine surveillance and reconnaissance." And if this is not enough? In that case, the prototype can be wired with explosives -- making it, in the words of the Jerusalem Post, a "suicide snake." Fun! And rather upsetting. No proposed price or timetable yet, but you can see the thing in action for yourself after the break.
Intel unveils world's first working Moorestown MID platform
This sexy MID has been dropping jaws for more than a year now. Unfortunately, the plastic mock-up has always been a non-working, gutless model with little more than a glossy screen and backlight to demonstrate the form factor Intel's gunning for with its future Moorestown Mobile Internet Devices. That all changed today when a world's first working, Moorestown prototype (which we think is the device above) hit the stage at Intel's Taipei, Developer Forum in the familiar hands of Anand Chandrasekher. Moorestown consists of a Lincroft micro-architecture that integrates the 45nm processor, graphics, memory controller, and video encode/decode functions onto a single, tiny chip with 10x less idle power draw than those first-gen, Atom-based MIDs and UMPCs. That's pretty Impressive. As we've heard before, we can expect the new Moorestown MIDs to hit in 2009 / 2010 with support for wireless 3G, WiMAX, GPS, Bluetooth and digital mobile TV. We can hardly wait. We'll update you with video just as soon as we can track it down. Until then, check Anand's original video demonstration of the concept from 2007 after the break.Update: Sadly, it now appears that the demonstration was little more than a validation board running fresh from the factory, three-day old Moorestown silicon in an Intel lab. Significant, but hardly a working MID prototype. A working Moorestown MID like that pictured above remains the stuff of Intel's graphics department fantasy for the time being.Read -- World's first Moorestown platformRead -- Moorestown MID prototype on display in Taipei
Intel talks up shape-shifting "programmable matter," bugs us out
We've managed to somewhat wrap our brains around shape-shifting robots and printable circuits, but we're still working on fully understanding the latest Intel spill. As IDF came to a close, Justin Rattner, Intel's chief technology officer, presented a keynote speech in which he explained just how close the outfit was to realizing "programmable matter." Granted, he did confess that end products were still years away, but researchers have been looking at ways to "make an object of any imaginable shape," where users could simply hit a print button and watch the matter "take that shape." He also explained that the idea of programmable matter "revolves around tiny glass spheres with processing power and photovoltaic for generating electricity to run the tiny circuitry." For those now sitting with a blank stare on their face (read: that's pretty much all of you, no?), hit up the read link for even more mind-boggling "explanations."[Via MAKE]
ZPower promises to deliver Silver-Zinc laptop batteries in 2009
ZPower has made a few promises before that haven't exactly panned out, but that apparently hasn't stopped it from making another bold claim at IDF this week, with it boasting that its newfangled Silver-Zinc battery will be rolled out in a "major notebook computer" sometime in 2009. According to ZPower, that battery will provide up to 40% more runtime than traditional lithium-ion batteries and, just as importantly, be far more "chemically stable" than its sometimes explosion-prone lithium-ion counterpart. ZPower also looks to be going the extra mile when it comes to recycling the batteries, with 95% of the battery itself apparently recyclable, and the company offering "financial discounts" to folks when they trade in their old Silver-Zinc batteries.
16GB Hynix DDR3 RAM modules demonstrated at IDF
Remember that MetaRAM technology we figured was nothing more than a sophisticated joke back in February? Intel, one of the noteworthy backers, has proven that said tech actually is one rung above snake-oil at its own Developers Conference in San Francisco. Hynix-made DDR3 DIMMs packing 16GB of memory were reportedly created via the MetaRAM method (and subsequently shown off), and just in case you're not wowed by such wizardry, the demo system included no fewer than ten of these modules. Just in case that sort of flew over your head, the machine they were in possessed 160GB of RAM. Unfortunately, we've a feeling these are quite aways out from hitting the consumer market.
Intel demos a wireless power broadcasting system, villagers terrified
We've seen a number of wireless power systems come and go, but for all the hype-filled bombast and occasional working demo, the tech just hasn't gone anywhere -- but even with that background, Intel's demo of a wireless power system that can broadcast 60 watts of power up to three feet at IDF with 75 percent efficiency has us giddy with excitement. The system works using essentially the same magnetic induction principle as all the others, but Intel's seems the furthest along, and the company hopes to one day be able to charge laptops with it. Yeah, we'll take three.Read - NYT articleRead - Pictures from the presentation
