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Seven Samurai chipmakers set to take on Intel

by Joseph L. Flatley posted Sep 4th 2009 at 3:58PM

You know, it's been nearly forty years since Intel introduced the first microprocessor, and even at this late date the company comprises a whopping eighty percent of the global market for CPUs. But not so fast! Like an electronics industry remake of The Magnificent Seven (which is, of course, an American remake of The Seven Samurai) NEC and Renesas have teamed up with a stalwart band of companies, including Hitachi, Toshiba, Fujitsu, Panasonic, and Canon, to develop a new CPU that is compatible with Waseda University professor Hironori Kasahara's "innovative energy-saving software." The goal is to create a commercial processor that runs on solar cells, moderates power use according to the amount of data being processed (a current prototype runs on 30% the power of a standard CPU), remains on even when mains power is cut, and, of course, upsets the apple cart over at Intel. Once a standard is adopted and the chip is used in a wide range of electronics, firms will be able to realize massive savings on software development. The new format is expected to to be in place by the end of 2012. [Warning: Read link requires subscription]

Intel denies rumors that Z-series Atoms are headed for the grave

by Laura June posted Aug 3rd 2009 at 10:22AM

Intel wants you to know that the rumor that its Z-series Atom chips are headed for the "discontinued" pile is not true. A few days back, we heard that the chips -- which were initially designated for MIDs but made their way into some netbooks -- could no longer be ordered from Intel. A spokesperson for the company, however, speaking with Register Hardware, said that the rumors were "100 percent inaccurate." We'll just have to wait and see how this all pans out, but we're still not feeling terribly positive about poor little MIDs' odds.

Ex-Seagate CEO joins startup Vertical Circuits, learns secret of the silver, gadget-shrinking ooze

by Ross Miller posted May 2nd 2009 at 9:51AM

Bill Watkins, the oft-outspoken former CEO of Seagate, has thrown his support behind tech startup Vertical Circuits, who claim to have an uncanny knack for shrinking gadgets with the power of voodoo -- or rather, a patented silver ooze, but we prefer our theories. The goo works as a replacement for gold wires to connect vertically stacked chips, cleaning up the internal cable clutter and leaving more room for better processor, bigger batteries, larger displays, or just a tinier form factor. Right now the focus is on stacking flash memory, but the group says they can use the same technique for processors and other chips. At this stage, there's no product or partnership to show for it, but if they're as good as they say, we hopefully won't have to wait long to see the fruits of their labor.

NEC and Renesas looking to join forces against semiconductor evil

by Paul Miller posted Apr 28th 2009 at 11:18AM

We're always up for a good semiconductor merger, and it looks like NEC Electronics and Renesas are prepping the biggest one we've seen this week. The two companies have agreed to team up, creating a combined force of $13 billion in yearly sales, and the largest chip company in Japan -- Renesas was already the product of a chip merger between Hitachi and Mitsubishi Electric. They'll still be behind Intel and Samsung in the overall game, but we won't hold that against them. Tokyo analysts believe this might lead to other "defensive" mergers by other Japanese chipmakers, but we'll have to wait and see. NEC and Renesas hope to finish talks by July and become a single company by April of next year.

[Via Electronista]

AMD announces GLOBALFOUNDRIES spin-off, forgets to name it something awesome

by Paul Miller posted Mar 4th 2009 at 11:13AM

AMD's finally dumped its fabrication facilities and technology onto a new spin-off brand, as expected. ATIC (Advanced Technology Investment Company) is on board as well, and the newly-formed GLOBALFOUNDRIES has $6 billion in investments to start out with, along with 2,800 employees. GLOBALFOUNDRIES will be primarily be building chips for AMD, just like usual, but will also be open to other gigs as a 3rd party chip builder -- its main rival TSMC just scored a deal with Intel to produce Atom chips on the cheap, a first for Intel who usually keeps production and processes in-house. First up for the new company? Churning out a 32nm process. We like the sound of that.

Bonus cellphone found in bag of Aldi potato chips, charger unfortunately absent

by Tim Stevens posted Mar 2nd 2009 at 11:46AM

When we were kids, a box of cereal wasn't worth eating if there wasn't a free toy buried in the bottom somewhere. Emma Schweiger of Janesville Township, Wisconsin has sadly forgotten those days, reacting in horror not joy when she found an unexpected free prize in her bag of potato chips purchased at Aldi. While rummaging through the greasy fragments she uncovered an aged Nokia handset, bereft of charge, covered in cholesterol, and sporting a T-Mobile SIM card. No address book has yet been retrieved to identify the phone's owner, but the discolored disc on the back where an adhesive belt clip had been applied is a pretty strong clue to how it came to its carb-laden cocoon. As for Schweiger, she's pledged to always pour her bag of chips into a bowl prior to eating -- which happens to also be the easiest way to get the toy out of a particularly unappealing box of cereal.

[Via Engadget Spanish]

New fabrication technique uses amorphous metals for building computer chips and killing machines

by Paul Miller posted Feb 14th 2009 at 11:04PM

Sure, the march toward the ridiculous in the nanometer scale has continued unabated, but silicon can (probably) take us only so far. Some scientist types at Yale have developed a new fabrication process using bulk metallic glasses (BMGs), which are "amorphous metals" that can avoid crystalizing when cooled in a specific way. The upshot is that the metal -- while seeming solid -- acts as a slow-flowing liquid, with no structure beyond the atomic level. The BMGs can therefore replace several steps in the chip-stamping process, since they're more durable than silicon, but are more pliable than normal metals. Right now the folks at Yale are making patterns as small as 13nm, with better processes to come.

[Via Physorg]

More details leak on AMD's Fusion platform, Fusion now officially the Palm OS II of CPUs

by Joshua Topolsky posted Aug 4th 2008 at 10:53PM

In yet more news about the perpetually forthcoming Fusion CPU / GPU combos from AMD, new details have been leaked regarding the chips' sizes, configurations, and other bits of insufferably tedious details that only Professor Frink could truly love. According to this latest report, the "first" Fusion processor will be called "Shrike," sport a dual-core Phenom CPU, an ATI RV800 GPU, and a footprint of just 40nm. Another chip, codenamed "Falcon," will debut in 2010 at a 32nm size, based around a platform known as "Bulldozer," and will be launched to combat Intel's 32nm offering. Of course, we've been hearing about these chips since 2006, so we're not exactly on the edge of our seats hearing new details of what essentially amounts to vaporware.

Intel patents cosmic ray detectors on-a-chip. What a relief.

by Paul Miller posted Mar 9th 2008 at 1:10AM

That great perpetrator of worldly ills, the cosmic ray, has at last met its match. Intel has patented the concept of an on-chip detector of cosmic rays which would auto-correct for soft errors caused by the cosmic ray's interference. Apparently Intel is concerned that cosmic rays -- those perky particles from space that blast through the Earth's atmosphere and tamper with your precious bodily fluids -- are going to become "a major limiter of computer reliability in the next decade" as chips get smaller and smaller. The rays have already been proved to interfere with electronics in small ways, so while Intel doesn't have method for building an actual cosmic ray detector yet, they're certainly getting a jump on the problem with this patent. We know we'll certainly be sleeping better at night.

[Via Slashdot]

Sony selling Cell chip facilities to Toshiba for $835 million

by Paul Miller posted Feb 20th 2008 at 9:46AM

We're pretty sure there's a load of irony here somewhere, but we just can't put our finger on it. Sony is selling its chip manufacturing facilities -- including ones that build the Cell and RSX chips that go into the PS3 -- to Toshiba, and the $835 million deal goes down April 1. (No, this is not some April fool's joke, just really awkward timing.) Toshiba's also in a $16 billion partnership with SanDisk to produce flash memory, so it's looking like with the inclusion of Sony's chip capacity we're looking at quite the chip giant. We had wind of this Sony deal last year, but it looks like things finally got official just as all this "HD DVD losing the format war" stuff went down. No hard feelings, right Toshiba?

Fujitsu will spin off chip division, say reports (now official)

by Evan Blass posted Jan 21st 2008 at 3:41AM

Fujitsu Limited, which is known for many fine products from laptops to degaussers, is allegedly poised to spin off one business it is not so well known for, its semiconductor division. Both NHK and the Asahi Shimbun are reporting that the Japanese firm will cut loose the organization "in a few months and form a new company by consolidating its chip production bases in Japan." According to Japan Today, while accounting for 10% of the multinational conglomerate's sales, the division continues to see heavy losses due to steep development costs, and may eventually have to merge with one of its rivals in order to survive.

Update: It's official. Fujitsu says it will form a new subsidiary in March. The consolidation efforts will be complete in September to a tune of ¥10 billion (about $93 million).

Eight-year-old tests chips for Actel, owns an oscilloscope

by Joshua Topolsky posted Oct 6th 2007 at 4:11AM

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?

by Joshua Topolsky posted Sep 16th 2007 at 10:09AM

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]

NASA develops extreme-heat-resistant CPUs

by Joshua Topolsky posted Sep 12th 2007 at 12:07PM

Finally, you can wave goodbye to your heat-sinks, mods, and water-cooled contraptions, because NASA is on the scene with a new CPU that can rock 1,700 hours of uninterrupted processing at the low, low temperature of 500 degrees... Celsius. According to reports, scientists at the space agency have developed a chip which they call the "silicon carbide differential amplifier integrated circuit," taking the approach of using more heat-resistant materials, rather than external and extraneous cooling technology. "This new capability can eliminate the additional plumbing, wires, weight and other performance penalties required to liquid-cool traditional sensors and electronics," says Phil Neudeck, a NASA electrical engineer, adding, "It's really a significant step toward mission-enabling harsh environment electronics." The agency believes that the new technology will lead to improvements in safety and fuel efficiency, as well as reduced jet engine emissions, though team leaders say they're mainly hoping to, "...seriously jack up our WoW rigs."

Tilera debuts its sixty-four core processor, melts faces

by Joshua Topolsky posted Aug 20th 2007 at 1:34PM

Chipmaker Tilera, clearly bored with the peasant-like core counts of two or four as offered by such pedestrian competition like Intel and AMD, has decided to turn the game up a notch with their latest diabolical creation: the 64-core processor. That's right folks, Tilera's TILE64 is a new RISC CPU aimed at integrated systems like routers, switches, video conferencing, and set-top boxes that can best Intel's finest by a factor of 30, and casually rocks a bandwidth of something like 32TB per second. The new chip circumvents bottleneck problems that can plague CPUs like Intel's multi-core processors by utilizing a unique "mesh" architecture which allows each core to be decentralized and thus able to communicate more freely with any partner in the grid. Tilera believes the technology might open the door to hundreds or even thousands of cores using the new system. Of course, this is a RISC CPU, so clearly the applications in which it will be used differ somewhat from Intel's offerings, but nevertheless, it remains a tantalizing development in the world of multi-core R&D.

[Via TG Daily]