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iLuv's iEA15 adapter lets any headphones work with VoiceOver, iPhone
The suits in Cupertino already confirmed the existence of a proprietary chip in the new iPod shuffle headphones, but if you're squarely in the tin foil hat crowd, we've got one more shred of evidence to win you over. iLuv's newest adapter, the iEA15, outrightly asserts that it is "equipped with a remote control chip provided by Apple, Inc.," but it's the functionality of said adapter that has our interest piqued. Rather than settling for a set of VoiceOver-capable earbuds that you aren't really fond of, this here go-between enables any headphones with a 3.5 millimeter jack to connect with (and control) Apple's newest shuffle. Moreover, it'll play nice with the iPhone family as well, and the built in microphone enables you to handle a call without ever removing your 'buds. The frightening part is that no price and release date have been set, which probably means iLuv's lobbying to get that Made for iPod tax down in order to not charge $50 for this thing.[Via CNET]
Apple will design its own tablet Mac chips
Rumors have been crisscrossing the Internet about actions by Apple that point tellingly to the advent of an Apple tablet, or some kind of outsize iPod touch. VentureBeat is speculating that Apple may use chips they have developed themselves in the imminent $800 tablet computer.Following some of the back story to the rumor helps it make a little more sense: in 2008, Apple acquired P.A. Semi for $278 million and for seemingly no reason, other than extremely valuable and talented staff (P.A. Semi's founder was a lead designer of the StrongARM processor). Nonetheless, Apple quickly put the team to work developing processors for iPods and iPhones. What no one knew at the time, VentureBeat says, is that Apple actually broke the team in half, with the other half working towards a chip for their upcoming tablet. The tablet is speculated to have only a touch screen with no physical keyboard, and Apple is said to be aiming the tablet at high-end users to avoid the endless need to undercut competitors like Asus and Dell on the lower end. Likewise, more in-house chips could mean lower manufacturing costs for Apple.The impending in-house Apple chips also may imply doom for Apple's chip partner of a few years, NVIDIA, with whom Apple was reported to have a tiff a few weeks ago. Because of disagreements over the way NVIDIA handled issues with faulty chips in MacBook Pros, there was speculation that Apple may drop NVIDIA from future models and return to AMD. Now Apple has added itself to the list of contenders that will vie for processor production. Both the China Times and MacRumors have said that Apple plans to release the tablet for the holiday season, and that it has placed orders with a few companies for components of the tablet. If this web of gossip and hearsay that we're hearing through the grapevine is to be believed, there are more than a few breakthroughs to be had on Apple's end, and the longing for a tablet by some may finally (finally) be put to rest.
Leaked Intel roadmap specs upcoming Core i5 and i7 'Lynnfield' CPUs
Looking for something to print out and put on your wall that demonstrates the full extent of your Intel dedication? PC Watch has some mighty high resolution charts of the company's desktop and mobile CPU roadmaps, including a handful of chips that we haven't seen before. On the Lynnfield / desktop side, there's the Core i7 870 (2.93 to 3.6GHz) and 860 (up to 3.46GHz), due out second half 2009, with the latter having a greater range in available clock speeds and a less power hungry, 82 watt version due out next year. Listed squarely in the Q3 2009 column is one of the first spec'd Core i5-branded chips we've seen, the 750 (up to 3.2GHz), which also boasts a more energy efficient iteration due out sometime in first third of 2010. Looking to mobile, the three Core i7 Clarksfield processors that were recently rumored for September are also listed here for Q4 of this year as 720QM, 820QM, and 920XM, and on the more value end of the charts, Intel's Atom / Pineview series (N450 for mobile and D410 / D510 for desktop) is listed for release just after the stroke of 2010. There's seriously a lot to digest here, so if reading over large multi-colored tables full of data is your idea of a fun time, hit up the read link for a veritable gold mine of delight.[Via Electronista]
Apple rumored not to renew contract with NVIDIA for graphics chips
The relationship between Apple and NVIDIA, the manufacturer of the graphics chips in most Macs for quite some time now, appears to be souring at an exponential rate. Electronista reports that negotiations between the two companies to continue their business relationship are not going well, with Apple accusing NVIDIA of being arrogant. According to a source with access to NVIDIA, Apple is on track to cut NVIDIA off as a graphics chip provider for the next 3-4 years.If the two companies cannot reach an agreement, NVIDIA would continue to provide chips for models that currently use NVIDIA, but Apple would be likely to drop NVIDIA chipsets in updates to their product line, particularly in iMacs and MacBooks currently based on Intel's Nehalem architecture. A significant factor in the disagreement is the way NVIDIA handled the graphics failures of MacBook Pros carrying the GeForce 8600M video chipset, which had a tendency to overheat and eventually stop working. Apple had to extend the warranty on MBP models graphics chips sold from June 2007 to October 2008 to three years (the Apple support page on this issue can be found here).The relationship between Intel and NVIDIA hasn't exactly helped, either. Both businesses filed opposing lawsuits over NVIDIA's license to make mainboard chipsets with their own internal memory controllers. If Intel wins, NVIDIA could not make another chipset like its GeForce 9400M model that supports Core i7 processors, and would oust NVIDIA from Macs by exclusion. Neither Apple nor NVIDIA have publicly spoken on the matter so far. Apple does have a history of severing relationships almost without warning, as they dropped ATI (now AMD) from Power Mac G4s after the company revealed Apple's plans ahead of a Macworld keynote address. However, if Apple does indeed drop NVIDIA, they may have to return to AMD in order to maintain their current graphics standard.
Nanometer wars heat up, Toshiba and Intel enter unofficial race
Think the megapixel race is bad? Now we've another to worry about, with both Toshiba and Intel hastily approaching 0.01nm technology in order to make chips faster, more nimble and smaller. According to undisclosed sources at Digitimes, Intel has actually canned production plans for its 45nm Havendale processors, which were originally slated to slip into machines later this year. The cause? It's heading straight to 32nm, reportedly hoping to ship its Clarkdale line in Q1 2010 with entry-level prices ranging from $60 to $190. In related news, Toshiba is joining the likes of IBM, Samsung and Globalfoundries in an effort to dish out chips based on 28nm process technology. Needless to say, the move is being made in an effort to "stay relevant in an area dominated by the likes of Intel Corp and Texas Instruments." Now, if only we could get one of these potent, low-power chips inside of a netbook, we'd be pleased as punch.Read - Intel cans Havendale in move to 32nmRead - Toshiba speeds to 28nm
Ralink and Celeno team up on HD WiFi home networking wares
We've known for some while that Celeno had a thing for high-def over WiFi, and that favoritism has never been more clear. Today, the outfit is announcing a partnership with Ralink that will hopefully lead to an array of WiFi home networking designs that are optimized for HD video distribution. The first solution will combine the CL1300 and CLR230 802.11n chipsets along with Ralink's RT2880 and RT2850 chips. Unfortunately, it doesn't seem as if Celeno is announcing any set-top-boxes to contain said solution just yet, but hopefully that's just a few months away. Hey, CEDIA ain't too far off, is it? Full release is after the break.
eASIC eDV9200 H.264 codec promises HD for all devices
We've already got HD in places that the cast of Step by Step would've sworn was never possible way back when, but eASIC is far from satisfied. To that end, it's introducing a new H.264 codec aimed to bring high-def capabilities to all manners of devices, including (but certainly not limited to) toys, baby monitors, public transportation, wireless video surveillance and wireless webcams. The highly integrated eDV9200 is said to "dramatically lower the cost of entry into the high-definition video market, enabling a new class of low-cost applications to fully leverage the benefits offered by HD technology." Best of all, these guys aren't just blowing smoke, as the chip -- which captures streaming data directly from a CMOS sensor, compresses it, and transfers it to a host system or to a variety of storage devices -- is priced at just $4.99 each in volume. HD oven timers, here we come!
AMD reorganizes, ATI now fully assimilated
It looks like the final step in AMD totally subsuming ATI has been taken. The company announced a reorganization around four specific pillars: products, future techology, marketing, and customer relations. The restructuring also marks the end of Randy Allen's tenure, as the SVP of the Computing Solutions Group has decided to leave for unspecified reasons. ATI holdover Rick Bergman, who had also be head of the subsidiary known internally as the Graphics Product Group, will head up the products division with the goal of unifying the GPU and CPU teams (not necessarily the products). We highly doubt this means ATI branding is going anywhere -- it's far too valuable for AMD. Will Bergman's lead help the company reclaim its position among the top ten chip makers? Give Fusion the kick in the pants it needs? Only time will tell.
WSJ: Apple moving into chip design
Papermaster. Drebin. Koduri. A law firm specializing in intellectual property? The backcourt starters for the Toronto Raptors? Three key graphics-chip experts now all on the Apple payroll? If you had option C on your answer card, congratulations: now you get to join the WSJ and Forbes in reading the tea leaves about what Apple's dream team of silicon-savvy engineering talent will be building in the secure labs deep in the dwarven mines under 1 Infinite Loop.Apple's body-snatching spree, particularly focused on veterans of the GPU team at processor maker AMD, aligns with the purchase of PA Semi last year in expanding the company's hardware design capabilities. While there's no Apple product yet on the market featuring chips designed by the new squadron, the expectation is that future iPhones and mobile devices will benefit from Apple-only silicon; graphics capabilities built into these new and exclusive chips would be, presumably, unmatchable by competitors in the mobile space.The WSJ notes that over 100 LinkedIn profiles for chip engineers who recently worked at Samsung, Intel or other hardware companies now indicate they are sporting Apple employee badges (yay for transparency!). With the current economic climate triggering layoffs and shrinkage at many high-tech enterprises, Apple's combination of marketplace strength and Scrooge McDuck-esque giant pile of cash is allowing it to build a brain trust in hardware that rivals its legendary software expertise.What kind of super iPhone or magic Mac do you think will be built around these chips and this team?
Intel Core 2 Quad S-Series shaves power consumption to 65W
In a relatively hush-hush manner, Intel recently slipped out energy saving versions of its Core 2 Quad Q8200, Q9400 and Q9550 CPUs, all of which are suffixed with a simple "s." Put simply, these S-Series chips are built using the same 45 nanometer process technology as used on the regular models, and aside from TDP, all the specifications are exactly alike. The difference comes in power consumption, as the S crew sucks down just 65 watts compared to 95 watts in the standard issue models. Tom's Hardware had a chance to handle, benchmark and report on these new power sippers, and lucky for you, they found performance to be equal to that of the higher power chips. Granted, you'll have to pony up a few extra bucks in order to treat Mother Earth (and your energy bill) better, but at least we're working down the power ladder instead of the other way around.[Via Tom's Hardware, thanks Jonathan]
Graphene chip could hit 1,000GHz, make your Core i7 feel totally inadequate
8GHz (with the help of liquid nitrogen) not quick enough? Leave it to the folks at MIT to make sure your zaniest desires are well taken care of. As research forges ahead on graphene, carbon nanotubes and buckyballs (remember those?), gurus at the university have discovered a breakthrough that could eventually lead to microchips that make existing silicon-based CPUs weep. In fact, the research could lead to practical systems in the 500 to 1,000 gigahertz range. The magic all ties back to advancements on a graphene chip known as a frequency multiplier, and while the nitty-gritty of all this is far too complicated for the layperson to grasp, all you really need to know is this: finally, you can rest assured that you'll one day own a chip capable of handling Duke Nukem Forever.[Via InformationWeek]
Intel rated leading chip manufacturer again, AMD slips out of top ten
This economic crisis has been tough for nearly every business worldwide, perhaps best evidenced by the number of corporate spats we've seen develop lately as everyone gets more and more protective of their respective turfs. While Intel and NVIDIA have lately been engaged in an epic war of PowerPoint presentations, fewer disputes have been bigger or longer-running than the one between Intel and its more direct competition, AMD. That "us inside" company just earned some bragging rights, being named the biggest processor manufacturer in the world again by iSuppli, with a 13.1 percent global market share. AMD, which came in tenth last year, dropped down to the number twelve position in 2008 after its revenue declined 7.8 percent compared to 2007. News was also bad for Texas Instruments, which dropped a position largely thanks to the success of mobile processors from Toshiba and Qualcomm. Don't be so glum, TI, maybe successes from Russell Crowe's favorite flavor of pico projector will make up for the difference.
AMD ships 50 millionth 'Hollywood' graphics processing chip for Wii
A recent AMD press release brought word of yet another hardware milestone for Nintendo -- earlier today, AMD shipped its 50 millionth "Hollywood" chip, the graphics processor for the Wii. With such a large number of units sold, the "Hollywood" has become AMD's most successful (and likely most profitable) gaming console chip in the company's history.It's safe to assume by AMD's missive that Nintendo has manufactured around 50 million Wiis -- though their most recent LTD numbers place the console's sales around 45 million. Since Wiis stay on store shelves an average of fourteen seconds, this can mean only one thing: Someone, or something, has stolen five million Wiis. As usual, we blame the Nazis.
AMD nets final approval to create The Foundry Company
After having to delay the final vote earlier this month due to a lack of participation (d'oh!), AMD has dotted the final 'i' in its attempt to spin off semiconductor manufacturing. Said company, along with the Advanced Technology Investment Company, have now secured the final approval necessary to create The Foundry Company. Stockholder approval was the only remaining hurdle to be jumped, and the joint venture transaction is expected to fully close by March 2nd of this year. By the numbers, AMD stockholders approved a proposal to issue 58 million shares of its common stock along with warrants to purchase 35 million shares of its common stock and 35 million shares of the company's common stock upon exercise of those warrants to an affiliate of the Mubadala Development Company PJSC (perplexing, we know). Now, let's see if AMD can keep up with Intel's own $7 billion investment.
CSR fits WiFi, Bluetooth, FM, and GPS into CSR9000 wireless chip
We don't know if CSR's latest all-in-one chip benefits from the recent acquisition of GPS chipmaker SiRF, but the CSR9000 does manage to bundle the location-based technology with WiFi, Bluetooth, and FM. It's also boasting low energy output and small form factor. The company says it's already sampled it for key, unnamed customers. Those canoodling in Barcelona can check out a live demonstration of the chip running on Android at the company's booth.
Probabilistic logic makes microchip more energy efficient
We'll be straight up with you -- there's a lot of fancy work going on with this one that laypeople will have a tough time grasping, but the long and short of it is this: a team from Rice University (Krishna Palem pictured) and Nanyang Technological University have created a microchip that "uses 30 times less electricity while running seven times faster than today's best technology." Already crying snake oil? Not so fast. By trashing the traditional set of mathematical rules (that'd be Boolean logic) and instead applying probabilistic logic, researchers have figured out how to deliver similar results with a fraction of the energy. The tech is being dubbed PCMOS (probabilistic CMOS), and could eventually end up in embedded systems and even cellphones. In the case of the latter, this type of chip will be able to display streaming video on a minuscule display with more artifacts than usual, but due to the small screen size and the human brain's ability to piece together nearly-perfect images, the errors involved would be all but forgotten. Meanwhile, your battery bar would still be nearly full. We always heard there was beauty in imperfections -- now, at long last, we finally get it.
Creative Zen Zii screenshots unearthed, possibly faked
As you know, we've been hearing some mind-blowing Zii hype lately. If this latest rumor has any weight to it, among earth-shattering revelations unearthed in Creative's booth at CES will be a Zii-powered Zen. Of course, screenshots like these can be faked all too easily -- but really, why would anyone bother? What we have here is something that resembles previous Zen interfaces, formatted landscape rather than portrait, with what appears to be a widescreen display. Really, guys? Is this what passes for "revolutionary" these days? Call us jaded, but it's rather hard for us to believe that any PMP would have the power to "better lives beyond our imagination." Unless, of course, you're talking about the MySpace MP3 player. We so want one of those.[Thanks, Oscar M.]
Creative sheds some hype on Zii 'stem cell computing'
Pretty big talk, Creative, for such a mysterious product. According to information gleaned from an email that's making the rounds, Zii is "revolutionary" -- in fact, it's about to change everything you know. Everything. The company says they've invested over 10 years, over one billion dollars, and 10,000 man-years (that's a lot of men! and years!) on "stem cell-like silicon that is able to grow and multiply into different solutions and ecosystems," which will "better lives beyond our imagination." Has your mind been blown yet? No? Just wait until you "discover incredible recession-friendly business opportunities that enable you to thrive and prosper." Just what we need in the midst of these turbulent times. Of course this begs us to ask the question: if life as we know it is over, couldn't they have spent a little time coming up with a name other than Zii? And might there be a better place to announce this epoch-making discovery than booth #30651 at CES?[Thanks to everyone who sent this in]
Samsung growing its own 4G chipsets
You know those annoying little stickers you get on new handsets proudly boasting that they're packing 3G technology from Qualcomm? Yeah, well, those have already started to go away as manufacturers have turned to competing chipsets -- but Samsung buyers definitely won't need to peel those off anymore in a year or two when the Korean giant starts rolling out its WiMAX- and LTE-based phones. Its own homegrown WiMAX silicon is already available in sample quantities to both its own phone guys and other companies, and LTE versions are on the way (though it's not clear whether the LTE stuff will be ready in time for their very first phone models to use the technology). Ultimately, Samsung hopes to shave costs and avoid a few pesky royalty payments by doing things in-house, and seeing how every single phone in a few years is going to need one of these two technologies on board, we'd say this is a good place to start.[Via GigaOM]
Creative's Zii actually a CES-bound processing chip
While our vivid imaginations certainly had something more invigorating than this in mind, we suppose Creative could still surprise us at CES 2009. The curious Zii website we peeked a few days back is reportedly referring to an all new processing chip, and while eipZENter isn't being too forthcoming with details just yet, we are told that it will likely be "one of the biggest projects Creative has invested in." If that's just too vague for your tastes, try this: "[Zii] is completely different from the X-Fi audio chip and it will be used in a variety of upcoming products." Alrighty then.[Thanks, Swild]
