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Intel teases 32nm Cloverview tablet processor, 22nm Ivy Bridge CPU
It hasn't even been a week since Intel rolled out Oak Trail, and it's already teasing us with yet another tablet-ready chip called Cloverview. What's more, we're also seeing unofficial details emerging for its next generation Ivy Bridge CPU. Starting from the top: PC World is reporting that Intel's Doug Davis introduced the Atom-based Cloverview at the firm's Developer Forum in Beijing Tuesday, touting its 32nm architecture and low power consumption. Meanwhile a set of rather convincing slides are showing off the 22nm stylings of Sandy Bridge's successor, Ivy Bridge. From the look of things, the CPU will support DirectX 11 graphics, USB 3.0, and 1600MHz DDR3 memory -- its desktop platform has been christened Maho Bay. Ivy Bridge is reportedly expected to arrive in the first half of 2012, but we're still waiting on Cloverview's ETA. Isn't silicon fun?
Anand Chandrasekher resigns from Intel after 24 years, leaves scandal mongers hanging
Well, as tech industry resignations go, this one's not exactly sensational, but Anand Chandrasekher's plan to leave Intel is no doubt a popular topic of conversation with chip makers this week. The chief of the company's Ultra Mobility Group (UMG) and the man behind Atom, apparently resigned "to pursue other interests." Intel Architecture Group's Mike Bell and Dave Whalen will co-manage UMG in Chandrasekher's stead -- and that's about it for sordid details. His resignation isn't apt to be marked by a Mark Hurd-style scandal, and we have a feeling this is a pretty straight forward changing of the guards, but, then again, we said the same thing when Dirk Meyer left AMD.
William Shatner explains what microprocessors are and do... from way back in 1976
For a man that spent the best part of his acting career representing a savvy dude from the future, William Shatner looks pretty well at home in the past as well. This video, dusted off from AT&T's Tech Channel archives, shows Shatner dressed in a casual tan ensemble and dropping some knowledge on the subject of microprocessors. Aside from the retro visuals and presentation, what's great about the vid is that the seemingly lavish claims about where computers could take us -- and their own move toward increasing importance, utility and ubiquity -- actually seem pretty tame in light of what we know today. Beam yourself past the break to see this golden nugget from the Bell Labs archives. [Thanks, Dan]
AMD compares upcoming Llano Fusion APU with Intel Core i7, puts the heat on Sandy Bridge (video)
So far, AMD's new Fusion chips have been all about the low-end, whether you're talking in terms of price, performance or power consumption, but the company has a vision for its future that has these new Accelerated Processing Units dominating every segment of the market. In order to do that, AMD will need to overcome Intel's latest generation of mainstream processors, the Core 2011 family we're more familiar with under the Sandy Bridge codename. Before you rush past the break and watch AMD's own comparison between said Intel hardware and the forthcoming quad-core Llano APU, be aware that processor performance can rarely be generalized from a single test alone and the one we're witnessing is specifically geared to highlight the Fusion chip's strengths. All that said, the workload demonstrated by AMD -- a 3D game, HD video playback (plus post-processing on the Llano rig), Excel calculations, and some 3D modeling, all running simultaneously -- is handled most impressively by the A8-3510MX APU, which even manages to use less power than Intel's 2GHz Core i7-2630QM. See the video after the break. [Thanks, Vygantas]
Intel to spend $5 billion on new 14nm fab in Arizona, create 4,000 new jobs this year
When Paul Otellini isn't too busy talking about being jilted by Nokia, he spends his time hosting presidents and splashing billions of dollars on new manufacturing facilities. Intel's CEO is wrapping his tumultuous week on a high note, having welcomed Barack Obama to Chipzilla's Oregon facility and treated the president to the happy news that Intel will invest $5 billion back into the US economy by building its most advanced fab yet -- which will introduce an impossibly small 14nm production process -- in Arizona, to begin operation in 2013. Construction starts in the middle of this year and is expected to create "thousands" of jobs, both temporary and permanent. Aside from that, Otellini has disclosed Intel's intention to create 4,000 new jobs in the US, mostly in R&D and product development. Music to Obama's ears, we're sure.
Apple expected to have strong Q1 2011 shipments despite Intel's glitch
Intel recently had a kerfuffle with its upcoming chipset lines, finding a defect in the 6 series and causing production of certain models to be delayed by as much as a few months. But if you're waiting to buy a brand new MacBook Pro, don't worry -- because Apple is careful about when it upgrades its hardware, Digitimes says that shipments of new laptops designed in Cupertino won't be delayed at all. The delay may affect other brands, simply because they play their profit margins a little closer to the bottom line, but because Apple's prices already have so much profit built into them, it won't have a problem even if it is affected by delays. According to reports, shipments are up yet again anyway. Sources in the supply chain say that targets from January of this year were met according to expectations, and orders may be even higher than expected for the rest of the quarter. So there's no shortage of good news along the supply chains for Apple.
AMD Athlon, Phenom and Sempron names may be killed off in favor of Vision brand
AMD's long-awaited delivery of CPU-GPU hybrid chips in the form of its Fusion technology already had one victim in the company's branding strategy (we'll miss you, ATI!), but now we're learning that there may be even more redundancy slips being handed out. X-bit labs have uncovered documentation that claims AMD intends to consign its processor family names to the annals of history, going instead with different classes of its Vision brand. The Athlon, Phenom, and Sempron monikers we know today would be replaced by the A, FX and E series, respectively, with the Llano APU occupying the mid-range A sector, quad- and octa-core Zambezi chips slapped with the FX label, and the low end getting the leftover E tag. Since the current naming scheme really doesn't convey much useful info to non-initiates, this would seem to be a step in the right direction for AMD, but we just don't like to see old friends disappear without a trace. Guess the Athlon XP Thunderbird will just have to live on in our hearts instead.
AMD ships 1.3 million Fusion APUs, 35 million DirectX 11 GPUs, says it has 'momentum'
Hey, this interim CEO thing doesn't seem to be too hard at all. Thomas Seifert, the temporary solution to the problem created by Dirk Meyer's departure from AMD's top spot, has had a pretty comfy ride reporting the company's latest quarterly results. The pecuniary numbers themselves ($1.65b revenue, $375m net income) were tame and unexciting, but Seifert got to make a pair of juicy milestone announcements. Firstly, on the mobile and ever-so-efficient front, he noted that 1.3 million Fusion APUs (Accelerated Processing Units) have been shipped to partners since AMD started deliveries in November, and secondly, in terms of discrete graphics chips, he disclosed that the Radeon HD 5000 and HD 6000 series DirectX 11 GPUs have surpassed the 35 million units shipped mark. To give you some perspective on what that means, sales of Nintendo's bestselling Wii console are hovering somewhere around the same figure. So yes, AMD, your wagon has momentum, but shouldn't it have a driver too?
IBM forms new partnership with ARM in hopes of developing ludicrously small chip processing technology
We've seen IBM and ARM team up before, but this week both companies announced a new joint initiative to develop 14nm chip processing technology. That's significantly smaller than the 20nm SoC technology ARM hopes to create in partnership with TSMC, and makes the company's previous work with IBM on 32nm semiconductors look like a cake walk. The potential benefits, though, are faster processors that require less power, and feature lower per unit manufacturing costs Who knows if or when we'll see tangible results from the tag team, but if IBM's Watson can beat Jeopardy champions, further reducing the average size of a feature that can be created on a chip should be elementary, right? To read over the full announcement check out the press release after the break.
AMD announces speedy new quad-core, six-core Phenom II processors
AMD's already gotten official with its Atom-challenging Fusion processors that promise a whole host of benefits for mobile users -- namely 10+ hour battery life and significantly improved GPU performance -- but the chipmaker isn't about to leave its desktop CPUs behind here at CES. The company has also just announced its new 3.6GHz Phenom II X4 975 Black Edition and 2.9GHz Phenom II X6 1065T processors, the former of which is AMD's fastest quad-core processor to date, while the latter promises to combine high performance with a low 95W TDP (relatively speaking), and AMD's own Turbo CORE technology. What's more, unlike the Fusion processors, these are apparently both available immediately, and they've already garnered a few early reviews. Hit up the links below to check a few of those out, and head on past the break for the official press release.
HP unveils new Pavilion desktop lineup, packs new Intel and AMD chips
It's a song as old as rhyme, as Mrs. Potts would say: new AMD and Intel chips are out, and there are new desktops to take advantage of them. HP's playing its part with three new budget-friendly Pavilion desktop series: the p6700 (starting at $300), s5700 ($330), and HPE-500 ($600). They all offer a wide range of configurations, with the standard-sized p6700 starting out at a Pentium E5700 proc and ranging up to an Athlon II 445 triple-core processor, the slim s5700 ranging from Athlon II 260 dual-core up to Phenom II 511 dual-core, and the HPE-500 blazing away with Phenom II 1045T six-core chips and discrete Radeon HD 6450 graphics, on up to Phenom II 1090T six-core and Radeon HD 6770 graphics. All of the desktops have "Beats Audio," an Envy feature that HP is spreading out across its product line. Other than that little perk, there are few surprises in any of these when it comes to specs and options: prepare to be generally nonplussed. Still, with these new (cheap!) chips from AMD and Intel, budget buyers should get a lot more power for their buck when these desktops land on January 9th... until the next round of procs comes out, of course. %Gallery-112424%
Intel's 2nd Generation Core processor family announced, includes 29 new CPUs and enhanced graphics
They're here! That is, Intel's Sandy Bridge mobile and desktop processors herein known as the 2nd Generation Core processor family or more simply as Intel Core 2011 processors to us. After months of teasing and on-stage demos, Chipzilla is finally unleashing the details of its new Core i3, i5, and i7 processors, and considering there are 29 new CPUs in total as well as new integrated graphics options (now known as processor graphics) there's quite a bit to digest. Hit the break for our rundown of the new platform and a look at some of Intel's newest performance and graphics-focused features. %Gallery-112306%
Researchers create ultra-fast '1,000 core' processor, Intel also toys with the idea
We've already seen field programmable gate arrays (or FPGAs) used to create energy efficient supercomputers, but a team of researchers at the University of Glasgow led by Dr. Wim Vanderbauwhede now say that they have "effectively" created a 1,000 core processor based on the technology. To do that, the researchers divvied up the millions of transistors in the FPGA into 1,000 mini-circuits that are each able to process their own instructions -- which, while still a proof of concept, has already proven to be about twenty times faster than "modern computers" in some early tests. Interestingly, Intel has also been musing about the idea of a 1,000 core processor recently, with Timothy Mattson of the company's Microprocessor Technology Laboratory saying that such a processor is "feasible." He's referring to Intel's Single-chip Cloud Computer (or SCC, pictured here), which currently packs a whopping 48 cores, but could "theoretically" scale up to 1,000 cores. He does note, however, that there are a number of other complicating factors that could limit the number of cores that are actually useful -- namely, Amdahl's law (see below) -- but he says that Intel is "looking very hard at a range of applications that may indeed require that many cores." [Thanks, Andrew]
Intel Sandy Bridge CPUs and motherboards now on sale in Malaysia, what Consumer Electronics Show?
Let us all warmly greet the Core i5-2300, the i5-2400, and the Core i7-2600, three desktop-bound members of Intel's upcoming Sandy Bridge CPU brigade. You'll note that all three are fully dressed in their retail attire in an image coming from Malaysian electronics store Compuzone, which also has a full pricing and speed breakdown for these central processing units. The 3.4GHz Core i7 part costs 939RM ($301), followed by 609RM ($195) for the 3.1GHz 2400, and 585RM ($188) for the 2.8GHz 2300. It seems like Intel's up to its old tricks again, letting some stock roll out early in distant Asian locales. At least this should mean there'll be plenty to go around once the CES 2011 launch of these chips is out of the way. Hit the source for more details and to scope out pricing for the new LGA1155 motherboards. [Thanks, Melantha]
2011 to bring 200 PCs combining GeForce GPUs and Sandy Bridge, first laptops to be quad-core
What's NVIDIA got up its sleeve for CES, you ask? A whole host of Sandy Bridge laptop and desktop machines, by the sound of its latest press release. The green giant of graphics has proudly announced a new record of 200 OEM design wins for Intel's incoming CPUs. The big draw of Sandy Bridge is that it's the first processor to include an integrated GPU embedded directly within its die, which is projected to improve power efficiency and overall performance -- though clearly it hasn't been impressive enough to get PC vendors to abandon discrete graphics chips. If anything, they seem to be going in the other direction and insisting on a discrete GPU as well. In other news, whether with or without NVIDIA's help, the first Sandy Bridge laptops will feature quad-core parts. Such is the word directly from Intel, with one insider adding that the dual-core debutants will get their chance a month after CES, around the middle of February. Skip past the break for NVIDIA's boastful PR or hit the source for more on Intel's plans.
AMD's Bobcat APU benchmarked: the age of the Atom is at an end
So small, and yet potentially so disruptive. AMD's 1.6GHz Zacate chip, bearing a pair of Bobcat modules, has been taken off the leash today, resulting in a torrent of benchmarks pouring down onto the internet. While perusing the sources below, you might think to yourself that it's not exactly a world beater, sitting somewhere in the middle of the pack on most tests, but compare it to Intel's dual-core Atom D510 -- its most immediate competition in the target sub-$500 laptop price range -- and you'll find a thoroughgoing whooping in progress. The highlight of these new Fusion APUs is that they integrate graphics processing within the CPU chip, and Zacate didn't disappoint on that front either, with marked improvements over anything else available in its class. The resulting chips might still not have quite enough grunt to earn a place in your daily workhorse mobile computer, but their power efficiency and netbook-level pricing goals sure do look delightful. Or dangerous, if you're Intel. Read - AnandTech Read - Tech Report Read - PC Perspective Read - Hot Hardware Read - Legit Reviews
AMD publishes CPU roadmaps through 2012, runs a quad-core Bulldozer through the laptop realm
Heard of Trinity, Krishna, Wichita and Komodo? You have now -- they're the codenames of brand-new processors that AMD plans to ship in 2012. AMD dropped preliminary details on the basic platform lineup earlier this week, and it looks like there are some sweeping changes in store -- like the fact that every single chip will have a DirectX 11 capable GPU on board in true Fusion style. Also, if you thought Bulldozer was a desktop processor and Bobcat limited to laptops, you'll be interested to know that's not at all how it's going to work -- powerhouse notebooks and mid-range towers can get the same four high-end cores in the form of a 32nm Trinity APU, while Krishna and Wichita mop up the low-end and hopefully address low power consumption scenarios with 28nm silicon. Of course, there's a little something extra for the desktop enthusiast, and that's where the octa-core Komodo will come in (picture after the break). AMD's also enacted one other very important change, and that's to provide the handy-dandy AMD Codename Decoder™ for telling all these platforms apart. You'll find it at our more coverage link. We kid you not.
Intel Chief River laptop platform to support USB 3.0, arrive in 2012?
Another Intel processor platform that sounds like a campground? Of course it is! This one is pretty far out -- like 2012 far out -- but if Digitimes is to be believed Intel's actually gearing up to reveal its Chief River laptop platform at CES in January. Said to be based on the 22nm Ivy Bridge processors and have native support for USB 3.0 (finally!), the platform would follow Huron River / Sandy Bridge, which is set to start shipping in laptops in early 2011. (Side note: Digitimes also mentions that we should start seeing Sandy Bridge laptops at this year's CES, which lines up with what we've heard from our own sources.) The word from motherboard manufacturers is that Chief River wouldn't actually go into mass production until September 2011 and start shipping in systems until January 2012, which makes quite a bit of sense given Intel's annual timing on these things. Either way, we should be finding out more in a couple months in Vegas -- heck, you never know, Intel may even tell us a bit about its 2013 laptop platform. Shall we give them a hand with potential names?
New satellite receiver design teases a glorious, dish-less future
Satellite dishes have come a long way in terms of design and size over the years, but Marcel van de Burgwal -- a grad student at the Netherlands' University of Twente -- has now invented a way to ditch the dish altogether. Channeling his inner Doc Brown, his invention revolves around an array of virtually flat antennas that receive satellite signals without the help of a concave backing. His design also conveniently eliminates the need to physically aim the receiver for reception -- much to the joy of actuaries everywhere. Instead, this task is performed by a network of small basic processors integrated into a single chip, which then bear the heavy calculation work of electronically aiming the receiver. The obvious impact of this design on consumer technology is that satellite receivers could soon make their way into all manner of handheld devices (read: smartphones). In fact, Marcel has already tested the chip's performance as a digital radio receiver for smartphones with successful results. That sounds like great news to us, but we understand if the branding folks at Dish Network are slightly less thrilled. For more details, hit the source link below.
AMD sees a tablet chip in its future, and an end to the core-count wars
AMD told us that it wasn't terribly interested in the iPad market, and would wait and see if touchscreen slates took off, but CEO Dirk Meyer changed the company's tone on tablets slightly after reporting a $118 million net loss (on $1.62 billion in revenue) in a Q3 2010 earnings call this afternoon. First revealing his belief that tablets will indeed cannibalize the notebook and netbook markets, he later told investors that he actually expects AMD's netbook parts to start appearing in OEM slates in the next couple of years, and that AMD itself would "show up with a differentiated offering with great graphics and video technology" when the market becomes large enough to justify an R&D investment. Elsewhere, AMD CTO of servers Donald Newell prognosticated that the number of individual CPUs on a chip won't go up forever: "There will come an end to the core-count wars," he told IDG News. Just as the megahertz race was eventually defeated by thermal restrictions, so too will the number of cores on a chip cease to increase. " I won't put an exact date on it, but I don't myself expect to see 128 cores on a full-sized server die by the end of this decade," he said. So much for our Crysis-squashing terascale superchip dreams, we suppose.
