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Intel reports record $11.1 billion revenue, brings home $3 billion in bacon
Looks like Intel's having its best quarter ever all over again: this time, the company's reporting $3.0 billion in profit on a record $11.1 billion in revenue. Chipzilla attributes the surplus to three percent increases in laptop and server chips sales respectively, but none to Atom-based netbooks -- sales of Atom chips actually decreased by four percent. That may be more than you needed or wanted to know about the booming processor business, but humanitarians will be pleased to know it's not all about the silicon; Intel also hired 1,300 new flesh-and-blood employees last quarter to keep the machines running.
Marvell's quad-core Armada processor won't see tablets or phones, destined for a mystery game platform
Looks like that quad-core Armada processor won't be having apps for breakfast after all -- confronting Marvell's Jack Kang at Mobilize 2010, he told us the chips proved too power-hungry for devices without a dedicated cord. That doesn't mean we won't see them soon, however, as the man let slip that it's actually the quad-core chip that will appear in a new game system, though we can probably rule out the Nintendo 3DS for the same reason as the phones. Marvell's still hoping to get in the mobile market in a big way, though, and that's what the tri-core Armada 628 is all about, which uses low power profiles to save battery life. According to Kang, however, the system's actually a little more exciting than that -- its two up-to-1.5GHz cores kick in when the system's under a multimedia strain, but actually shut off completely for day-to-day use, relying instead on the third 624MHz processor which slowly sips your battery juice. All we know is, we'd better find out which devices will sport these chips, and soon -- our curiosity is beginning to gnaw.
Intel prices fresh Core i5 and i7 mobile parts
We'd say Intel is delivering its new chips like clockwork, but then our favorite timepieces don't usually leak anywhere near as often as Chipzilla's roadmaps. The now well known 2.66GHz Core i5-580M has finally been made official, costing $266, alongside an identically clocked family mate in the Core i5-560M, which will set bulk buyers back $225 a piece. From what we know of those two, the major difference is that the 580M can Turbo Boost its way to 3.33GHz whereas the 560M maxes out at a humbler 3.2GHz. Both are overshadowed, however, by the new i7-640M colossus, which runs at 2.8GHz by default and will reach 3.4GHz when called upon -- yours for only $346. Of course, should the 35W TDPs of those chips seem too gaudy for you, Intel's wisely dropping a pair of 18W parts as well: the Core i5-560UM slinks along at 1.33GHz and asks for $250, while the Core i7-680UM raises those numbers to 1.46GHz and $317, respectively. Finally, for the perfect balance of power and efficiency, the i7-660LM couples 2.26GHz (or 3.06GHz in Turbo mode) to a 25W thermal envelope. It matches the 640M with a $346 unit price. All these CPUs sport a pair of 32nm cores alongside a 45nm integrated graphics unit and there are absolutely no Performance Upgrade Card anywhere in sight!
Intel plans to shrink its Atom chip circuits to just 15 nanometers, and other glorious tales of wonder
Earlier this week at IDF Intel dropped some very, very tiny news on us... namely that the Atom SoCs will soon include circuits which are 22 and 15 nanometers in size. The smaller, 15 nanometer width is the size of about 60 atoms -- seriously. Intel's processors, which are categorized by the size of their circuitry, are currently 32 nanometers at their smallest. So, we'd say you should be on the lookout for them but... yeah, well, you know where we're going with this.
Globalfoundries takes ARM Cortex-A9 into 28nm land, looks forward to 20nm chips in 2013
Forget the numbers, here's what matters: Globalfoundries' new production capabilities will lead to "smooth production ramp-ups and faster time-to-market" for its customers. Now consider that this promise relates to scrumptious 28nm Cortex-A9 SOCs and feel free to rejoice. The chip fabricator has just declared itself ready to take orders for ARM's systems-on-chip built using its high-k metal gate 28nm fab process. This fulfills its pledge for mass production in the latter half of 2010, but lest you think Globalfoundries is resting on any nanoscale laurels, it also has a 20nm roadmap to tell you about. It's very simple, really: expect even smaller, even more power-efficient silicon in 2013. We don't know if the future will be bright, but it sure looks like it's gonna be small.
Marvell says Armada chips will power new game platform
Marvell's been teasing potent little processors for over a year now, but we've yet to see the firm's Armada appear in anything we'd actually want... but co-founder Sehat Sutardja just let slip that Marvell silicon will power a genuine game console of some sort. "Approximately 15% of the sequential increase [in quarterly sales] was due to the initial production revenue from our ARMADA application processors, primarily as a result of a major customer preparing to launch a new gaming platform," he told investors in a conference call last week, which roughly translates to "We just sold a load of processors for a new game console, yo" if our business-speak is correct. While there's absolutely nothing connecting this transaction to Nintendo's 3DS (which was confirmed to have a Pica200 GPU), we honestly can't think of a single other game platform slated to launch anytime soon -- so don't be surprised if there's a quad-core Armada 600 under that variably-stereoscopic hood. [Thanks, Roxanne]
AMD's Bobcat and Bulldozer, 2011 flagship CPU cores, detailed today
One of these days AMD is gonna have to stop talking about its Atom-killing Bobcat and Xeon-ending Bulldozer cores and finally release them. But, until that happy moment arrives in 2011 (fingers crossed), we'll have to content ourselves with more presentation slides. First up, the Bobcat core is AMD's long overdue play for the netbook/ultrathin market. Pitched as having 90 percent of the performance of current-gen, K8-based mainstream chips, AMD's new mobility core will require "less than half the area and a fraction of the power" of its predecessors. That sounds like just the recipe to make the company relevant in laptop purchasing decisions again, while a touted ability for the core to run on less than one watt of power (by lowering operating frequencies and voltages, and therefore performance) could see it appear in even smaller form factors, such as MIDs. The Bobcat's now all set to become the centerpiece of the Ontario APU -- AMD's first Fusion chip, ahead of Llano -- which will be ramping up production late this year, in time for an early 2011 arrival. The Bulldozer also has a future in the Fusion line, but it's earliest role will be as a standalone CPU product for servers and high-end consumer markets. The crafty thing about its architecture is that every one Bulldozer module will be counted as two cores. This is because AMD has split its internal processing pipelines into two (while sharing as many internal components as possible), resulting in a sort of multicore-within-the-core arrangement. The way the company puts it, it's multithreading done right. Interlagos is the codename of the first Opteron chips to sport this new core, showing up at some point next year in a 16-core arrangement (that's 8 Bulldozers, if you're keeping score at home) and promising 50 percent better performance than the current Magny-Cours flagship. Big words, AMD. Now let's see you stick to a schedule for once.%Gallery-100088%
Intel acquires McAfee for $7.68 billion
digg_url = 'http://digg.com/tech_news/Intel_acquires_McAfee_for_7_68_billion_Engadget'; Well, we got our copy of McAfee Antivirus for $29, but it looks like Intel had something a little more substantial in mind. The latter has picked up the Santa Clara-based security / antivirus company for a cool $7.68 billion, which works out to $48 per share in cash. Intel informs us that it will function as a wholly owned subsidiary (under the control of its Software and Services group). This comes hot on the heels of the company's acquisition of TI's cable modem unit, and possibly signals a new focus on security for connected devices. "The cyber threat landscape has changed dramatically over the past few years, with millions of new threats appearing every month," said McAfee CEO Dave DeWalt."We believe this acquisition will result in our ability to deliver a safer, more secure and trusted Internet-enabled device experience." This has added a wonderful new phrase to the Engadget lexicon (and possibly even a name for our new garage band): Cyber Threat Landscape. PR after the break.
Leaked Intel roadmap details Sandy Bridge CPUs, expands SSD lineup?
If a set of supposedly leaked slides are legitimate (and they sure look convincing to us) then the shape of Intel's dirt-brown 2011 plans has finally been revealed. As you can see immediately above, Chipzilla's 25nm flash process is just about ready to double the size of the company's award-winning consumer SSDs, bring up to 400GB of "enterprise-grade" multi-level cell memory to the enterprise space, and create a series of netbook-sized mini-SATA drives with the remains of the 34nm silicon. On the processor front things are a little more iffy, but it seems safe to say that the naming scheme has changed, as the silicon wafers you'll slot into a Q67 Express motherboard will have an extra digit (and often a letter) affixed to the end. Instead of a Core i7-870, you'll see the likes of Core i7-2600, i7-2600S, i7-2600K and i5-2500T, with the K (as in the past) affording you an unlocked multiplier for overclocking and the S equaling reduced power consumption, or vastly reduced for the T models. German publication ComputerBase -- which found and subsequently pulled the slides -- somehow managed to dig up nearly full specs for desktop and laptop CPUs as well, and though we can't verify their legitimacy, you're welcome to marvel at the idea of a 3.5GHz processor running on just 35 watts by visiting the source link below. %Gallery-99426% [Thanks, Aristo]
Silicon chips get speed boost with a lead start
In tennis, the materials of the tennis court affect the performance of the ball. Such is the case, on a much, much smaller scale, for electron movement across circuitry. Silicon chips give resistance that lowers the speed limit, while atom-thick sheets of carbon (a.k.a. graphene) have a special property whereby free electrons are almost weightless and can travel up to 0.003 times the speed of light -- sounds great, but it's hard to produce in bulk. Cut to Han Woong Yeom and Pohang University of Science and Technology in South Korea. His team has added a thin layer lead on a silicon chip, lowering the electron mass (and thus proportionally raising its speed) to 1/20th compared to standard silicon. Still a ways to go for graphene speeds -- by a factor of three, according to Yeom -- but it's also more likely to mass production.
Intel set to overhaul desktop CPU range with new models, lower prices
This might be about as shocking as sunny weather in España, but Intel appears set to slash some prices and bump some speeds in its desktop CPU portfolio this quarter. According to DigiTimes and its beloved motherboard maker sources, the desktop dominator intends to introduce a six-core Core i7-970 chip, at a $885 bulk purchase price that should bring the hexacore entry price down from the i7-980X's $999 perch, along with a 2.8GHz i5-760 priced at $205, and -- intriguingly -- a quad-core i5-870S designed specifically for small form factor machines and costing an appropriately inflated $351 a piece. Finally, there's word of a most welcome price tumble for the 3.06GHz i7-950, which moves down to the $294 slot currently occupied by the 2.8GHz i7-930. All this crazy talk seems to reiterate earlier suggestions coming out of HKEPC, so we advise hitting both source links and drawing your own conclusions.
Intel mulling WebM hardware acceleration in Atom CE4100 chip
Hey Google, shall we try the other box? Maybe it has hardware acceleration built in for your new WebM video format? Intel's Wilfred Martis has told IDG News that his company is keeping a close eye on Google's new VP8-based format, and should it prove popular enough, hardware acceleration for it will be built into the CE4100 and other Atom chips headed to TVs and overpowered cable boxes in the future: Just like we did with other codecs like MPEG2, H.264 & VC1, if VP8 establishes itself in the Smart TV space, we will add it to our [hardware] decoders. Not exactly astonishing news, as Google TV is still likely to proceed on those chips with WebM getting decoded by software in the mean time, but at least Intel's absenteeism from the WebM hardware partner list can now be explained as simple precaution, rather than some deeper division between the companies.
Intel Core i7-875K and Core i5-655K unlock multipliers, better performance
Intel's back in its familiar saddle today with the unveiling of a pair of new CPUs, marking the start of a new K-series that will cater to the overclocker inside all of us. The Core i7-875K is a 2.93GHz quad-core unit, which can scale heights of 3.6GHz via Turbo Boost, or even higher if you have the patience, tenacity and appropriate cooling to make it happen. Review action for this chip shows it to be Intel's premier offering short of the enthusiastically overpriced and overpowered Core i7-980X. Even more affordable will be the Clarkdale-based Core i5-655K, which trots along at 3.2GHz (with a 3.46GHz gallop option), but response to it was a little more muted. It's a dual-core CPU, after all, and if you don't plan on exploiting that unlocked multiplier to achieve some madness above 4GHz, you might be better off looking elsewhere. In amidst all the mad benchmarking, we've also found a review of a Falcon Northwest i7-875K rig as well, so give it all a read if you're mulling over a desktop upgrade. Read - Tech Report Read - AnandTech Read - PC Perspective Read - Hot Hardware Read - TweakTown Read - Legit Reviews
Samsung's ARM roadmap lays coordinates through 2013: Aquila, Venus, and Draco (oh my)
Ah, leaked company presentation slides, they have a clarity only Mr. Blurrycam would despise. EETimes got a batch of them from Samsung dated November 2009 making the rounds, but more important than revealing its equal love for both Roman and Greek mythology, we get a glimpse at its then-planned ARM chip roadmap (yeah, another one) through 2013. In a nutshell, for the Cortex A9 crowd we've got the 800MHz dual core "Orion" due for mass production in Q1 2011, a 1GHz single core "Pegasus" for Q4 2011, a 1GHz dual core "Hercules" for Q1 2012, and for sometime in 2012 / 2013, a 1.2GHz dual core "Draco" and quad core "Aquila." Fear not, Cortex A5 fanatics, you've got gifts as well, in the form of 600MHz single core "Mercury" and dual core "Venus" chips, slated for 2010 / 2011 and 2012 / 2013, respectively. We don't expect the nomenclature to extend beyond internal usage, but frankly, who cares -- it's the devices that count, and unfortunately all we can do is doodle our future gadget hopes and dreams onto scraps of paper while we wait.
Intel's 2011 CPUs require new motherboards, start saving those pennies now?
Hoping Intel's 32nm Sandy Bridge CPUs will unify your computing world next year? Bit-tech reports they may also drain your pocketbook. Anonymous sources told the site that Intel's spiffy new CPU / GPU / memory controller integrations will use two new sockets, LGA-1155 and LGA-2011; if true, you'll need to buy a new motherboard to match. Aside from packaging the aforementioned GPU and memory controller on the same die, LGA-1155 rumors don't hold any surprises thus far, but the enthusiast-grade LGA-2011 chips will supposedly sport a quad-channel DDR3 memory controller (like Nehalem EX) and the long-awaited PCI Express 3.0 for 32 lanes of graphics-gobbling bandwidth. We also hear new southbridges will have native SATA 6G. Honestly, these rumors are so tame as to be entirely credible. Let's dream up something ridiculous, like Intel actually supporting USB 3.0.
iPad component cost re-estimated
Now that the iPad is actually out and we know what's in it, iSuppli has adjusted its guesstimate for the actual price of the hardware to US$259.60. That's significantly more than the original estimate that was made a while back; iSuppli says that the iPad uses more silicon chips than expected, including three separate chips to control the touchscreen itself. That price is the 16GB Wi-Fi model (that retails for $500); the higher memory models obviously cost more (up to $348.10 for the 64GB Wi-Fi model). Still, Apple is making a solid profit on the per-unit price. There's no question that the iPad will make money no matter what, but there are tons and tons of other factors to include in this. On the flip side of the equation, this price doesn't include shipping out iPads to all of Apple's various stores, money to pay employees, and of course, all of the backend software and hardware design that went into actually creating these devices in the first place. Of course, in terms of profit, the price that you pay for the device at checkout is just the beginning; there's a lot of money also flowing over the App Store, and in iBooks and so on. Just looking at the hardware costs won't get you very far. Apple has money moving all over the place around this device.
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]
iPad misses out on Office romance, but gains a $900 app and more
Stephen Elop, el presidente of Microsoft's business division has stated that his company has "no current plans" to port its Office productivity suite over to the iPad. Contenting itself with a "wait and see" approach, the Redmond outfit isn't willing to completely close the door of possibility, but earlier hopes of seeing family favorites like Word and Excel on the iPad might have to be doused for the time being. Should that hamper the enjoyment of your new slate, you might want to console yourself with the extravagantly priced SiteClone Publisher, also available for the iPhone, which converts $900 of your hard-earned cashola into a tool that downloads data off particular sites while online, so that the user may access that content even without a connection. Doesn't sound worthy of a tenth of its price, but maybe the government and corporate entities it's aimed at will appreciate it more. Finally, Apple Insider is reporting whispers that Apple retail employees will be getting freebie iPads at some indeterminate point in the future, while NeoSmart has a particularly insightful breakdown of the differences between PowerPC, x86, and ARM CPU instruction sets. Hit up the links below for the full edifying experience.
Intel putting some ultra-thin laptop CPUs on hold to gauge demand?
Rumors of Intel delaying processors to avoid stepping on some of its other processors' toes? Stop us if you've heard this one before. This latest instance concerns some unspecified ultra-thin laptop CPUs that Intel has reportedly now put on hold until the third quarter of the year and, according to DigiTimes, a launch then will still depend on what demand looks like at that point. All of this is supposedly at least due in part to Acer's decision to shelve some of its ultra-thin laptops that would have used the processors, and instead focus on thin-and-light Calpella-based laptops. No word from Intel, of course, but past history suggests we could see some further back and forth before things finally shake out.
AMD six-core CPU prices and clock speeds unearthed
The gang at DigiTimes have always struck us as processor obsessives -- constantly out on the streets, roughing up mobo manufacturers, getting them to spill their secrets (they probably look like Gene Hackman in Night Moves). And they've sure been busy, this time digging up some dirt on AMD's six-core Phenom II line. Hitting shelves as soon as the second quarter this year, the X6 1035T will clock in at 2.6GHz, the 1005T at 2.8GHz, and the 1075T at 3GHz. There is also a Phenom II X6 1095T possibly coming to fruition in the fourth quarter of the year, but we don't have any data on that one yet. According to Alien Babel Tech (where we did our undergrad, by the way) the 1055T is will retail for $199, while the as-of-yet unknown 1090T black edition will retail $295. As always, we recommend that in lieu of an official announcement you take all this with a grain of salt. [Thanks, Blurib]
