Intel intros specialized Atom for cars and other devices, outsources some Atom manufacturing

We’ve already seen the Atom used in a few somewhat surprising places, but Intel now looks to really be making an earnest push to expand its base, with it introducing four new specialized Atom processors (and two new system controllers to go along with ‘em) that it hopes will find their way into in-car devices, internet phones, and a whole host of industrial-strength applications. Relying on the same 45nm manufacturing process, the new Atom Z5xx series processors expectedly aren’t too radically different from the average Atom, with them clocking in between 1.1GHz and 1.6GHz, and boasting a TDP rating of 2.0 or 2.2 watts, although they do have some “embedded lifecycle support” thrown in for good measure. In related news, Intel has also announced that it’ll be outsourcing “some” Atom manufacturing to Taiwan Semiconductor Manufacturing Co. (or TSMC), which apparently marks the first time that Intel has licensed its CPU core to a foundry.

Read – Press Release, “New Specialized Intel Atom Processor Targets Cars, Internet Phones”
Read – Physorg / AP, “Intel outsourcing some Atom manufacturing to TSMC”

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Philips’ transparent OLED lighting for post-modern identity masking, toilets

We’re still looking at another 3 to 5 years of development here, but transparent OLED lighting panels are definitely on the way. This 12-centimeter prototype panel developed by Philips Research is transparent until flipping the switch for illumination. Unfortunately, the panels are currently limited in size due to complexities in the manufacturing process that necessitate a clean-room environment. Ultimately though, larger panels will replace “dumb glass” in household windows and stall dividers in trendy Germany toilets. What, haven’t been to Berlin lately?

[Via OLED-Display]
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Nokia Netbooks may be jointly developed with Taiwanese partners

This week the rumors that Nokia will be moving into a netbook / compact mobile computer market started flying far and wide.

Well, we ourselves got something to do with it when we reported about the early prototype of Nokia’s Sparrow based mobile computer.

Then the company’s CEO confirmed that Nokia is eyeing the mobile computer market with great interest.

Now comes a third report, this time from Taiwan.

According to Digitimes, Nokia is talking with several Taiwan netbook makers and EMS companies about possible cooperation in producing netbooks under the Nokia brand.

nokia-sparrow-mock-up1

And, contrary to Nokia’s traditional handset strategy, when only the actual manufacturing process is outsourced to OEMs, for netbooks Nokia is considering a joint design manufacturing (JDM) approach.

These talks seem to have  little to do with the Sparrow-based Nokia computer and the netbooks could be launched earlier. Both Intel Atom and Qualcomm Snapdragon are under consideration for Nokia’s netbooks, but the final decision has not been made yet.

Possible Nokia partners in this venture are  Compal and Foxconn.

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A bit of surgery gives the HP Mini 1000 new sight

HP’s Mini 1000 might get all the ladies, but the netbook is not without its flaws. Apparently in the manufacturing process somebody forgot to remove the protective film from the webcam lens, giving thousands of netbooks incredibly impaired vision of their handsome owners. HP hasn’t fessed up to the problem in any grand manner, but an HP employee was kind enough to do some on-the-spot surgery of Gear Diary’s Vivienne Tam-edition Mini 1000. It’s not super-involved, so check out the video after the break and then go scare the life out of your girlfriend when you suddenly attack her flowery netbook with a pair of knives. Tell her Engadget sent you.

Update: At the time this post is going live, the video has been pulled from YouTube. We’re not sure what’s up with that, but the procedure is pretty simple: wedge open the top of the screen, push down the two connecting tabs to separate it more, pull off the film with tweezers. This might void your warrant (in fact, probably does) so proceed at your own risk!

[Via GottaBeMobile]
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Samsung begins production of 50nm GDDR5 memory

It’s still a little ways away from actually landing in some graphics cards, but Samsung has announced that it has begun mass production of its new 50nm GDDR5 memory, which promises to support a maximum data transfer speed of 7.0 gigabits per second and boast a maximum bandwidth of 28 gigabytes per second. What’s more, according to Samsung, the shift to a 50nm manufacturing process also increases production efficiency by a full 100 percent, and allows the memory to operate at 1.35 volts, which is a 20 percent reduction compared to current GDDR4 memory. From the looks of it, however, manufacturers will have to make do with a 32Megabit x 32 configuration (also configurable as a 64Mb x 16 device) initially, although Samsung says it plans to expand the 50nm process throughout its graphics memory line-up by the end of the year.

[Thanks, Shattered Ice]

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South Korean scientists get one step closer to graphene-based gadgets

Graphene-based gadgets are coming, we just know it. Trouble is, we’re still a long, long ways away. That said, a team of South Korean scientists are bringing us ever closer to bendable, durable gizmos by creating a graphene film with a diameter of 10 centimeters by “adopting a conventional chemical vapor deposition (CVD) technique.” Furthermore, the crew’s development of what’s being called the “world’s first circuit patterning technology for the graphene film has the potential to replace silicon-based semiconductors.” If this is just way too heavy for your mind to digest on a Friday, here’s the skinny: the newfangled manufacturing process has, for all intents and purposes, overcome the limitations of graphene, which could not be made large enough for commercial applications in the past.

[Image courtesy of ScienceFriday, thanks Agustin]
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AMD announces ATI Mobility Radeon HD 4000 series graphics chips

NVIDIA has already given its laptop graphics offerings a bit of a boost at CES, and now AMD has followed suit, with it taking the wraps off its new ATI Mobility Radeon HD 4000 series chips. As you may have guessed, these are based on the same core architecture as AMD’s 4000 series of desktop graphics cards, and they promise to be as much as twice as fast as their 3000 series predecessors. Helping out significantly on that front is the use of GDDR5 memory, a first for laptop graphics, as well as an increase in the number of stream processing units (800 on the top end HD 4870 and 4850), and a new, cooler 55nm manufacturing process. In addition to those top end graphics options, AMD will also introduce a couple of new 4600 series cards, which use the same GDDR3 memory and 320 stream processing units as before, but are able to fit in tighter enclosures and use less power. Look for the first laptops equipped with the graphics to start rolling out by the end of March.
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[CES 2009] Anybot

anybot-qa

By David Ponce

Traveling can suck. It’s much more gratifying to sit in your leather throne in your corporate office and order your minions from a distance. Enter QA, from AnyBots, a $30,000 telepresence self-balancing robot that can take you (virtually) to your Singapore child labor camp precocious workforce facility and see how things are going without ever having to leave the comfort of wherever you call home. Once powered up, you log into QA and move it around at will. You face shows up in its chest, your voice is heard through its speakers and more importantly the look of abject subordination is seen (and transmitted back to you, live) on the face of your cowering middle-managers through its soulless camera-eyes. You can make it bend and look around, and even has a laser that you can use to point to things that need to be done.

QA has a battery life of 4 to 6 hours, depending on usage and can move around at speeds of up to 6mph. Currently the company is small and is looking for investors, or any sort of financial help that would allow it to streamline their manufacturing process and drop that kick-in-the-gut $30k price tag.

[ AnyBots ]

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VIA’s dual-core Nano still on track, but it’s not the Nano 3000


We know, we can’t imagine how this naming convention could be confusing at all, but VIA’s vice president of corporate marketing Richard Brown has stepped forward to clarify things a bit. In short, that Nano 3000 we heard about a few days back will not be dual-core, but the firm is still lining up a dual-core version of its Nano processor in order to totally slay Intel’s Atom in the future. According to Mr. Brown: “The Nano 3000 isn’t dual-core. It’s a different version of the Nano that’s based on a more advanced manufacturing process.” So, the take-home here is that VIA actually has a couple of new chips in the pipeline worth keeping an eye on, and we’re even told that the Q4 release date for the still-elusive dual-core CPU remains solid. CES 2010 sure seems like a swell launching pad, no?
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VIA’s low-power Nano 3000 rumored to rival Intel’s Atom


Not that we didn’t already have a hunch that VIA was working up a dual-core Nano, but it seems that details are beginning to firm up just a bit. According to a new report over at China-based HKEPC, the dual-core Atom-killer will be dubbed the Nano 3000, and while it will still rely on a 65-nanometer manufacturing process, the power consumption should be much lower than existing Nano chips. Furthermore, it’ll reportedly boast SSE4 instruction support, integer / floating point enhancements and improved internal cache performance. The writeup has it that samples could begin shipping out as early as this quarter, with mass production expected to get going in Q3. So, is it safe to say this whole “netbook” thing has grown some legs, or is the Tamagotchi-like crash just around the bend?

[Via CNET]
google.com/translate?u=http://www.hkepc.com/2160

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