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ICYMI: AI in a USB stick, electric bike wheel and more
#fivemin-widget-blogsmith-image-784522{display:none;} .cke_show_borders #fivemin-widget-blogsmith-image-784522, #postcontentcontainer #fivemin-widget-blogsmith-image-784522{width:570px;display:block;} try{document.getElementById("fivemin-widget-blogsmith-image-784522").style.display="none";}catch(e){} Today on In Case You Missed It: Chip maker Movidius created an advanced neural networks USB stick to put AI into any device; the GeoOrbital wheel turns any dumb bike into a 20 miles per hour powerhouse; and Samsung has a pilot program to put a mother's heartbeat into her premature baby's incubator. An open source robot used for research is also really good at yoga. As always, please share any great tech or science videos you find by using the #ICYMI hashtag on Twitter for @mskerryd.
Intel settles antitrust lawsuit with New York attorney general, pays hardly anything
Intel's three-year tussle with the state of New York finally came to an end yesterday, with a settlement of relatively harmless proportion. Under the arrangement, Intel will have to shell out a mere $6.5 million to resolve a 2009 antitrust lawsuit filed by then-attorney general Andrew Cuomo. Cuomo, who has since ascended to the seat of governor, had accused the chipmaker of intimidating PC manufacturers and handing out billion-dollar kickbacks, as part of what he called a "systematic worldwide campaign" to assert its market dominance. The case has since been helmed by Cuomo's successor, current attorney general Eric Schneiderman, but its sails lost a lot of wind when U.S. District Judge Leonard Stark barred the state from seeking triple damages, limiting its claims to a three-year period, rather than the four-to-six that the state had been pursuing. As a result, Intel suffered only the slightest of financial blows.According to Reuters, the $6.5 million sum represents just five hours worth of profit for the company, which reported a net income of nearly $13 billion last year. Intel was pleased with the news, pointing out that the agreement doesn't require it to admit any wrongdoing. Schneiderman, on the other hand, seemed notably less enthusiastic, with office spokeswoman Jennifer Givner telling reporters that the state's lawyers still think they have a case against Intel, but "in light of the court's decision believe that no purpose is served by pursuing the matter further."
Intel inks licensing agreement with Plessey Semiconductors, gets into the sensor game
Intel signed a licensing agreement with Plessey Semiconductors today, giving it access to the UK chipmaker's array of sensors. Founded in 1957, Plessey produces cell phone radios, motion sensors and a host of other chips. The company also licensed its wireless LAN chipset to Apple back in 1994 and, in 1992, became the first licensee of ARM's architecture. Under the deal, Intel will receive the option to buy a financial security in Plessey at a later date, while Plessey, in turn, will be able to support a limited number of Intel's digital tuner products. It remains to be seen what Intel has in store with its new sensor licenses, but we're certainly looking forward to it.
Julius Blank, chip-making pioneer and Fairchild co-founder, dies at 86
Somber news coming out of Palo Alto today, where Julius Blank, the man who helped found the groundbreaking chipmaker Fairchild Semiconductor Corporation, has passed away at the age of 86. The Manhattan-born Blank (pictured third from left, above) began his engineering career in 1952, when he joined AT&T's Western Electric plant in New Jersey. As a member of the engineering group at the plant, Blank helped create phone technology that allowed users to dial long-distance numbers without going through an operator. It was also at Western Electric where he met fellow engineer Eugene Kleiner. In 1956, Blank and Kleiner left AT&T to work at the lab of Nobel Prize-winning physicist William B. Shockley, but departed just one year later (amid to start Fairchild, alongside a group of six other computer scientists that included future Intel Corporation founders Robert Noyce and Gordon Moore. At their new labs, Blank and his peers developed an inexpensive method for manufacturing silicon chips, earning them $1.5 million in capital from a single investor. As the only two with any manufacturing experience, Blank and Kleiner were charged with bringing the dream to fruition -- a task that required them to build the chips from scratch, beginning with the machinery for growing silicon crystals. They succeeded, of course, and in 1969, Blank left Fairchild to start Xicor, a tech firm that Intersil would later buy for $529 million, in 2004. But his legacy will forever be linked to those early days at Fairchild, where, as Blank described in a 2008 interview, he and his colleagues were able to experience the unique thrill of "building something from nothing." Julius Blank is survived by his two sons, Jeffrey and David, and two grandsons. [Photo courtesy of Joan Seidel / AP 1999]
Intel delivers record earnings yet again in Q2 -- let the boardroom bragging begin
We know, you've heard it all before, but the chip maker's once again reporting record revenues, reaching a whopping $13.1 billion in Q2 2011. If you're keeping track, that's up $2.3 billion, or 22 percent, from Q2 2010, and bests last quarter's earnings of $12.9 billion by 2 percent. Net income was up 10 percent year-over-year, but down three percent from last quarter, ringing in at $3.2 billion. As Intel humbly points out, this is the outfit's fifth consecutive quarter of record revenue. So, perhaps a little bit of gloating is in order.
Intel going 3D for future CPUs
Seems like everything's going 3D these days. Thanks a lot, James Cameron. Now even Intel's getting in on the act, but in a manner that sounds like it has more useful applications than the latest Sony TVs or Nintendo's 3DS. As a bonus, you also don't have to wear any goofy-looking glasses. The New York Times reports Intel has developed a technology called Finfet (or fin field-effect transistor) that will allow Intel to manufacture three-dimensional CPUs. Until now, the conductive area of the transistors used in CPUs has been two-dimensional, which means that in order to pack a higher number of transistors within the same space, the transistors had to shrink to smaller sizes. Over the years, manufacturing tolerances have traditionally been the limiting factor in how small a transistor can get, but these CPU building blocks are now approaching a size where physics itself becomes a barrier to making them any smaller. Intel's Finfet aims to work around this problem by building "fins" into the transistor structure, making the transistor's conductive area three-dimensional. Intel expects chips using this design to be 37 percent faster than current low-voltage chips while consuming half the power. Not all chipmakers are convinced that going 3D is the right solution, and a few of them are taking a "wait and see" approach to Intel's Finfet technology. Intel plans to start producing chips using Finfet later this year, but there's obviously no indication yet when or even if chips using Finfet will find their way into future Macs. Intel's also admitted that the consumer "ecosystem" isn't a favorable market for Intel today, which may mean the chipmaker has its eye on crafting a Finfet-based competitor (or replacement) for Apple's A-series chips used in iOS devices.
Rumor: Apple buys Intrinsity
We've heard a few times now that Apple was ready to pick up some smaller, innovative hardware companies, and the rumor mill now says that chipmaker Intrinsity was purchased by Apple late last week. Rumors first hit on April 1st about the company being sold to a bigger buyer, and on Friday at least one employee was saying the buyer was in fact Apple. There's still no official word of a sale, as far as we can tell, but maybe Apple is waiting for a certain press conference to reveal that a new company will be providing chips for future, oh I don't know, iPhones. Intrinsity certainly fits the bill for the kind of company that Apple would want to buy with all its cash -- it's behind some of the fastest mobile processors out there, and that's certainly what Apple is looking for. It's also unencumbered by other ownership (which means Apple can pick it up outright), and it's got that nice mix of innovation and quality that Apple usually looks for. In short, even before the event on Thursday, we can probably expect to see Intrinsity behind some of Apple's processors in the future -- if they haven't made a few already. [via Engadget]
Is Intrinsity Apple's latest chipmaker acquisition?
This one's still strictly in the realm of rumor for the time being, but there's a growing amount evidence cropping up suggesting that Apple may have acquired another processor design firm. The company in question this time is Austin-based Intrinsity, which specializes in ARM processors, and has suddenly seen its website replaced with an old school "under construction" image -- supposedly due to "scheduled maintenance." That wouldn't be much to go on by itself, of course, but EDN is reporting that it has a "solid rumor" that Intrinsity has indeed been sold, and a number of Intrinsity employees have apparently already changed their current employer status on LinkedIn to Apple only to promptly change it back. There's even some speculation that Intrinsity may have actually contributed as much or more to the A4 processor in the iPad than P.A. Semi has, although any confirmation of that will likely have to wait until an official announcement -- if there's one to come at all, that is.
Hector Ruiz steps down as AMD CEO
Don't say the writing wasn't already littering the walls, because it was. Just months after AMD hacked its workforce by 10% and let its CTO walk away without being replaced, the company's second CEO after Jerry Sanders has spent his last day in AMD's biggest corner office. Hector Ruiz has decided to walk away from his role in the flagging outfit, leaving his right hand man (that would be Dirk Meyer) to take over whatever there is to take over. Of note, Mr. Ruiz will still have ties with the company as he remains on its board of directors as "executive chairman," though it's hard to say how much influence he'll have from there. Really though, what's next?[Thanks, nehemoth]
Details emerge on Apple's acquisition of chip designer P.A. Semi
There weren't a whole lot of firm details on the reasons behind Apple's acquisition of chip designer P.A. Semi to be had back when the deal was announced last month, but it seems that a bit of the veil of mystery may now be lifting, at least if the word EETimes is hearing from its unnamed source is to be believed. Apparently, Apple was keen to have P.A. Semi's crack chip-making team design a new chip for them, but P.A. Semi had "more or less burnt through its venture capital funds," leaving them unable to take on the project. According to EETimes source, that meant that the only way to get P.A. Semi involved was for Apple to pay off all of P.A.'s investors and bring the company in-house, something they were able to do for a mere $280 million or so. Of course, as EETimes points out, the big question remaining is exactly what it is that Apple wants P.A. Semi to help it out with, and that's a detail we'd expect to take considerably longer to trickle out.[Via Mac Rumors]
AMD denies Ruiz raise, says it's just a misunderstanding
Last week, we reported that Hector Ruiz -- CEO of chipmaker AMD -- had received a 7.4-percent raise even though the company has been struggling as of late and its stock has dropped considerably over the past year. Now, according to reports, the rumors of the pay increase have turned out to be the product of a misinterpreted SEC filing -- or so say the public relations people at Advanced Micro Devices. Apparently, the confusion stems from a pay raise that the honcho received in 2006; somehow the change in figures halfway through the year led to a proxy statement of $1,046,358 -- the supposed new salary. The "clarification" still leaves a few questions unanswered, but at least for now we can sleep soundly knowing that Hector Ruiz, the highest paid CEO in the semiconductor industry, will only be earning a paltry $1,124,000 this year.
AMD's financial woes don't stop Hector Ruiz from nabbing a raise
In most jobs, if you cost the company money and generally screw up, you can expect a solid dressing-down from the management and then a swift boot out the door. Unless you run a major corporation like AMD. If you're Hector Ruiz, CEO of the ailing chipmaker, you can freely and openly admit to fouling up the works and still get yourself a tidy raise, it seems. "We blew it and we're very humbled by it and we learned from it and we're not going to do it again," Ruiz said on Thursday, just before the board of directors raised his $1,046,358 salary to $1,124,000 -- a 7.4-percent gain. Oh, did we mention the nearly $13 million in stock options too? Hey, just because you tacked on $3.7 billion dollars in long term debt and your stock plummeted 56.2-percent doesn't mean you're doing a bad job... although we can't think of another way to describe it.
AMD slips out of iSuppli's top 10 semiconductor suppliers
iSuppli -- the market research firm that keeps us up to speed on exactly how much each iPod pads Steve's wallet (among other things) -- has recently published its list of top players in the 2007 semiconductor market, and lo and behold, AMD isn't even in the top ten. It's noted that while Intel's chip revenue is expected to rise 7.7-percent in 2007, AMD's sales are predicted to sink some 22.7-percent for the year. Of course, AMD had only risen into the upper echelon of this list for the first time last year, but now it has fallen back to 11th, trailing the likes of Samsung, Toshiba, STMicroelectronics, Infineon, Sony, NXP, Intel and Texas Instruments. If you're interested in seeing the details behind the numbers, be sure and hit the read link below. Oh, and please do keep the fanboy comments respectable, will ya?[Via PCWorld]
Eight-year-old tests chips for Actel, owns an oscilloscope
Sure, you had a paper route when you were a kid; heck, we bet you were even good at it. Well listen up buddy, your fond memories of childhood success are about to be completely disintegrated by Carson Page, an eight-year-old from Austin, Texas who really works for a living... evaluating chips for Actel. The boy, who's been working with the company since he was seven, apparently has a knack for the technical side of things, so much so that the chipmaker has been using him on a regular basis to suss out bugs, test software, and generally act like a super-genius at the drop of a hat. Apparently, the interest in technology comes from his father, a tinkerer who owns an electronic design company. Mark Nagel, a field applications engineer for Actel says about the kid's work, "We would ask what he liked and didn't like about it and he could explain it on a very high-end level," adding, "It's amazing; when you talk to him it's like you're talking to a regular guy doing design." A regular guy, indeed. [Warning: read link requires subscription][Via CNET]
Is AMD readying three-core processors?
According to reports that have been slowly making their way through the chip manufacturing community, everyone's favorite underdog, AMD, is planning on launching a new line of three-core processors sometime in the near future. Sure, it sounds weird, but apparently the technique for creating a triple-core CPU is akin to "switching off" one core in a four-sided chip, and the process can yield significant speed enhancements while keeping costs reasonable. Reports speculate that the three-core model could happen partially due to the need to salvage bad four-core chips, but also because the triple-core concept is easy to market, and resistance from Intel will be low. Word on the street is that the new chips will appear on the consumer side to begin with, and might migrate over to the enterprise / server domain if there's sufficient movement on sales. Browse on over to the read link and feast your eyes on a succulent sea of technical mumbo-jumbo.[Via Techmeme]
HDMI-equipped Xbox 360 Premiums still carry 90nm chips
Well it appears that despite all of our wishing, hoping, and positive-thinking exercises, Microsoft has failed to deliver on a small dream of ours, namely, 65nm chips for the new HDMI-rocking Xbox 360 Premiums. Despite signs pointing otherwise, new photos show that this batch of systems continue to carry the Zephyr motherboard layout, which uses the older, hotter 90nm chips, though the boys in Redmond have addressed the heat issue a little bit with the addition of a second "daughter" heatsink attached to the CPU by heatpipe. The new 65nm "Falcon" boards -- which chipmaker Taiwan Semiconductor Manufacturing Company (TSMC) confirmed are in production -- are still on their way according to the rumor mill, slated for release sometime this Fall. Interestingly, Microsoft and TSMC have just laid plans to produce the Xbox's graphics-memory subsystem using the chip manufacturer's 90nm embedded DRAM spec. We won't speculate on when we'll start seeing that addition appear, however.
Hynix boldly plans to topple Intel, AMD within a decade
In a fairly tame show of initiative, Hynix, a South Korean company you've probably never heard of, has announced its plan to become the world's leading chip producer over the next ten years. The company, currently the world's fifth largest memory chipmaker, claims it will boost sales from last year's $7.7 billion to $18 billion in 2010 (the year we make contact), and to $25 billion by 2012 (when the Mayan calendar ends and we're all supposed to eat it). Hynix plans to gain ground by eagerly developing new technologies, and with the introduction of a new type of memory chip called Phase-change Random Access Memory (PRAM, but not of Apple fame). Analysts say PRAM will become the industry's main memory source, replacing flash storage over the next decade. Meanwhile, architects in Korea are working feverishly to design a room in the new Hynix headquarters large enough for president Jong-Kap Kim's head.
