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Intel fleshes out 45nm Yorkfield launch details
It's been quite a while since we've heard anything from Intel on the Yorkfield front, but that looks to have changed in a hurry, with the company now busting out a whole slew of specifics on the forthcoming processors. First up is news that Intel will be releasing an "Extreme Edition" of the 45nm quad-core processor on November 12th, well ahead of the January 2008 launch for its decidedly less-extreme counterparts. Helping the processor (dubbed the QX9650) earn that designation is its top of the crop 3.0GHz clock speed, along with 12MB of L2 cache, and an extremely hot 130W TDP rating, not to mention a price just shy of $1,000. If that's all a bit too extreme for you, you'll also be able to get your choice of 2.5GHz, 2.66GHz, or 2.88GHz models, each of which scale the TDP rating down to a more manageable 95W, with prices running $266, $316, and $530, respectively. Even further on down the line, Intel's announced details on three dual-core Wolfdale desktop processors, which clock in at 2.66GHz, 3.0GHz, and 3.16GHz. No word on a price for the low-end model just yet, but the 3.0GHz and 3.16GHz are apparently set to run $183 and $266, respectively, with a mid-range 2.83 GHz version expected to eventually round out the lot, according to DailyTech. As if that wasn't enough, Intel's will also apparently be slipping out a 65nm 2.4 GHz dual-core Conroe processor dubbed the E4600 on October 21st, although there's no word on what it'll cost.
Intel demos iPhone-like MID of the future
Intel just keeps banging out the hits from IDF. After the handful of McCaslin "next-quarter" and "coming-soon" UMPCs we saw from the chipmaker (and associates), Intel started busting out prototypes from its forthcoming Menlow chipset, using smaller, 45nm Silverthorne CPUs, and the 2009/2010 offering Moorestown... which is the bad-boy you're looking at in these photos is based on. In a rather obvious homage to the iPhone, the chip-kingpin presented this do-anything, go-anywhere MID (provided you can cram this French-bread-sized device into a pocket). The device will feature a 45nm CPU as well, plus all kinds of goodies like integrated WiFi and WiMAX, and apparently 24 hours of battery life on a single charge. Obviously, this product will probably never see the light of day (at least not in this form factor), but then again -- you never really know. Check a few more photos after the break.Read -- Intel shows concept iPhone running on Moorestown platformRead -- Intel's iPhone clone, we're not jokingRead -- Intel Details Next Generation "Menlow" MID, UMPC Platform
Intel readying slew of 45nm Penryn mobile CPUs?
Hot on the heels of Intel's mobile Core 2 Extreme X7900 comes word that the chip maker has eleven 45-nanometer CPUs in the backroom just waiting to take the laptop scene by storm. DigiTimes has it that Intel will indeed launch the five Penryns we heard about recently "in the first quarter of 2008," and also notes that Q2 holds six more chips destined for the Montevina platform. More specifically, "sources at motherboard makers" suggested that the Q2-bound processors will consume between 25 and 35-watts of energy, sport a 1,066MHz front-side-bus, boast between 3MB and 6MB of L2 cache, and feature clock speeds ranging from 2.13GHz to 3.06GHz. As expected, no model numbers have been assigned just yet, and considering that Intel "declined the opportunity to respond to this report," we suppose you should tuck this all away in the rumor folder for the time being.[Via TGDaily]
Intel's Wolfdale processor gets benchmarked
Calm down, you haven't overslept by a couple of months or anything, as the Wolfdale we're talking about here is in fact simply a 2.33GHz engineering sample of the forthcoming dual-core processor. Nevertheless, HKPEC labs was able to pit it against the 2.33GHz E6550, and the results weren't too shabby. In a slew of tests including PC Mark, CineBench, Science Mark, SiSoft Sandra, and individual application trials, the Wolfdale managed to best the E6550 in every single facet. Of course, it didn't exactly blow the current Core 2 Duo out of the water, but increasing performance by nearly 11-percent in Doom 3 and Far Cry, 5.53-percent in PC Mark, and around 8-percent in Office applications isn't anything to sneeze at. Still, we've got quite a ride ahead before seeing a finalized Wolfdale, but feel free to humor yourself with the preliminary benchmarks below.[Via The Inquirer]
Intel accelerates 45nm plans, hitting the market Q4 '07
Echoes of "take that, haters!" could be heard on Intel corporate Facebook accounts this morning as the company steals some thunder from AMD's recently announced roadmap and fancy fresh antitrust lawsuit. Intel will be launching new four core 45nm Intel Core Extreme "Penryn" processors in Q4 2007, a few months ahead of schedule. The top of the line proc is likely to hit 3.33GHz, run a 1333MHz system bus and hold 12MB of L2 cache. Only about 2-3% of Intel's chips will go 45nm in 2007, but that number should double by around Q2 2008, and it seems Intel needed to accelerate things to head off competition from AMD's upcoming Phenom processors. Prices and other precise launch dates are still a mystery at this point.[Via Silicon Investor]
Xbox 360 65nm chips out there, 45nm chips in the future
According to reports, contract chipmaker Chartered Semiconductor Manufacturing has begun work on a 45-nanometer CPU designed specifically for a video game console, and the word on the street is that Microsoft is the company placing the order. The Singapore-based chip company, which produces the current Xbox 360 CPU, is set to begin work on the new design in late 2008 or early 2009. The smaller chip would mean lowered production costs, smaller power requirements, and a cooler operating temperature -- which would address a handful of problems the current Xbox design has. The newer 65nm chip which the company produces for Microsoft went into production over the last two quarters, and Chia Song Hwee, Chartered's president and CEO, said that "you would expect 45nm to come on stream about 18 months from that timeframe." So, expect to pass some time before any major changes beyond the 65nm come... perhaps Halo 3 will make the wait more bearable?[Via Joystiq]
65nm 360 chips in production 'last two quarters' - 45nm on the way
Though we're pretty confident the Xbox 360 price drop is coming sooner than "this Fall" – more like August 12th, if you want to be specific – we've had the entire Fall season marked on our Microsoft Executive Swimsuit calendar with "65nm chips" reminders. Those weary of the dreaded RROD have been looking forward to the smaller, cooler (and cheaper!) chips being included in the new systems, codenamed Falcon, but the extremely paranoid may want to hold off for the 45nm version. "As 65nm just started production in the last two quarters, you would expect 45nm to [begin production] about 18 months from that timeframe," said the President of Microsoft manufacturing partner, Charted Semiconductor. That means production on those new even smaller and even cooler chips won't begin until late 2008, early 2009. If that's too long to hold off, take comfort in knowing that those 65nm chips have been produced for some time, and should be making their way to retail Xbox 360s soon (astronotip: Fall starts on Sept. 23 this year, so mark your various themed calendars).
Panasonic begins production of world's first 45nm circuits
While some vendors are out there blowharding their 45nm processes, Panasonic is actually doing something about it. Today, Panasonic started mass production of the world's first 45nm system LSIs. More specifically, they've started manufacturing a 45nm-based UniPhier (Universal Platform for High-quality Image Enhancing Revolution) at their new semicoductor factory in Uozu, Japan. In other words, we're due to see more powerful A/V gear from Panny capable of processing a pair of 1080p displays in parallel, H.264 encoding, symmetric multi-processing, and high-performance 3D graphics from circuitry consuming about half the power and surface area of traditional 65nm-based processes. Really, what's not to love?
Intel CEO compares Silverthorne criticality with original Pentium
Intel's been throwing so many mobile processor codenames around in the past 12 months or so that we've resorted to hiring droids to constantly update pivot tables as chips are named and nixed from its ever-evolving roadmap. But being the weekend and all, it looks like we're stuck telling you about yet another presumably vital processor that's likely destined to hit cellphones, UMPCs, and other handheld computing platforms sometime in the not too distant future. According to an interview by Germany's FAZ, Intel's CEO compared the chip "to the original Pentium" in terms of importance to the company, and while Mr. Otellini didn't go into too much detail beyond that (can't blame him for keeping us curious), he did note that the firm hopes the 45nm CPU can infiltrate "10 to 20-percent of the mobile phone market."[Via TGDaily]
Intel touts 20x less power-hungry UMPCs, lays out processor roadmap
While we already have a pretty good idea of Intel's near-term processor plans, the company has now decided to give folks a glimpse a bit further into the future, laying out some its processor plans through the year 2010 at its spring analyst meeting this week. Among the more notable boastings by the company is a promised 20x reduction in UMPCs' power consumption by 2009-2010. That'll supposedly be made possible by its new "Moorestown" system on a chip, which is set to replace its still-to-be-released Menlow system. In addition to the lower power consumption, Moorestown also promises to reduce thermals by 9x and cut the actual size by the same amount. As for the rest of its roadmap, Intel is continuing to talk up its 45-nanometer manufacturing process, with the first such chip (code-named Penryn) still on track to ship this year. Don't get too used to those 45nm chips though, as Intel's says it's planning to release its first 32-nanometer chip, a Nehalem-based processor dubbed "Westmere," sometime in 2009.Read - RegHardware, "Intel web tablet SoC to cut power consumption by 20x"Read - InformationWeek, "Intel Road Map Stretches From Quad Cores To Mobile Internet"
Penryn CPUs benchmarked, don't slouch
So, 45nm sounds hip-cool and all, but what does that mean for performance? Intel's coming forward with some Penryn numbers -- with the help of Reg Hardware looking over its shoulder to make sure the tests are legit -- and it seems we're in for a decent speed bump, but not necessarily a revolution. Dual core and quad core 3.33GHz Penryns, each with a 1333MHz frontside bus, were pitted against the current desktop-leading 2.93GHz Core 2 Extreme QX6800 on a 1066MHz bus. Tests were run on top of a well decked test system, running Vista Ultimate. Naturally, the quad core Penryn took the top spot in all the tests, with varying margins depending upon which app was used -- no surprises there. The dual-core Penryn took third behind the spendy QX6800 for the most part, other than the single-threaded Half-Life 2 and the SSE 4-capable DivX test, which capitalized upon the media-friendly instructions Intel is adding to its new processors. Looks like we'll be seeing much more from these processors as more SSE 4 apps hit the market, but for now you shouldn't be feeling too bad about buying a QX6800 -- it's not obsolete by a long shot.
Forget Santa Rosa, how about a quad-core Penryn?
Honestly, we don't exactly know how to take the news that Intel's already looking beyond next month's Santa Rosa release to a reported quad-core Penryn mobile processor. On one hand, our eyes relish the opportunity to play the latest titles at the highest resolutions whilst bragging aimlessly to our online pals, but then again, we don't look forward to the presumed third-degree burns that could likely develop from tossing these in such tight quarters. Nevertheless, Intel managed to drop a few more details in regard to its mobile CPU plans, and noted that Santa Rosa's successor would likely be based on the 45-nanometer Penryn design and offer high-end gaming notebooks a ridiculous amount of power. Additionally, an Intel exec showcased the future chip's ability to be user-overclocked, suggesting that it would be "your responsibility to take care of cooling." Of course, if Intel could buddy up with IBM's miracle-working cooling solutions, the forthcoming chip could manage to breathe a bit easier, but we've got until "the first half of 2008" to see about all that.
More dirt on Intel's Penryn / Nehalem architecture
While you've been off dreaming of long-range WiFi, Intel's not forgotten about its Penryn / Nehalem architectures, and thanks to an uber-boring slideshow presentation, we now know more than ever about the forthcoming duo. As expected, there isn't much new on the oft detailed Penryn front, but the fresher Nehalem most certainly piqued our interest; while built on the same 45-nanometer technology as its predecessor, Nehalem is being hailed as "the most dramatic architecture shift since the introduction of the front-side bus in the Pentium Pro in 1996." Attempting to back up such bold claims came news that HyperThreading would be native to Nehalem, and it would "share data at the L1 and potentially, the L3 cache levels," allow eight-core CPUs to clock down to two / four, and boast scalability options to satisfy a wider market. Most intriguing, however, was the "optional high performance integrated graphics" that could reportedly be included on the same processor die, which could certainly prove interesting if crammed into, say, a UMPC. So if you're still not satisfied with the highlights, and don't get enough mundane PowerPoint action from your corporate employment, be sure to hit the read link when your friends aren't looking.
Intel reveals 45nm processor for UMPCs
The future of the UMPC is quite the group effort, with Microsoft spearheading the OS, hardware manufacturers experimenting with daring designs and lackluster sales, and of course chip types like Intel trying to get every last ounce of performance per watt out of their silicon. To that end, Intel has just announced its sixth 45nm chip, which is apparently "extremely low-power," and aimed squarely at those teensy UMPC batteries. Ars Technica conjectures the chip is the long-rumored "Perryville" processor, a single-core version of Penryn with 2MB of L2 cache, but right now we don't even know if the new chip is single or dual-core, just that it should be appearing in "UltraMobile" devices in the "latter part of the year."
IBM moves to 65nm Cell chip production
IBM announced today that it is beginning production a 65nm version of the Cell processor, which is a good bit smaller than the 90nm version used today. A smaller chip could also lower power consumption and lower production costs.This news should not, however, get your hopes up for a price drop in the near future. The PlayStation 3 continues to be a hefty loss leader for Sony, estimated to cost $840 to manufacture. Sony is also gearing up to rip the PS2 hardware out of the PS3s to help with the European launch.Historically, consoles have never seen a price drop in its first year. Will the rumored 2009 price drop, coinciding with the 45nm Cell chip, prove fruitful? It's certainly a lot more likely than seeing the console slash prices anytime soon.[Via Engadget; thanks, Michael Chomiczewski]
Intel, IBM announce insulation "overhaul" for faster, cooler chips
Intel and IBM are acting oh-so-smug right now about their respective achievements in insulating 45nm transistors, allowing the chips to run faster, leak less power and generate less heat. Intel, which hinted at such improvements in June, knocked out the first press announcement, promising to start implementing the technology in the second half of 2007, and IBM scrambled to catch up, announcing that it was "on the verge" of a similar discovery, and was working with AMD to start building comparable chips in Q1 2008. Intel is calling this the "biggest change in computer chips in 40 years," and while that sounds like hyperbole to us, there's no denying that 45nm is the new hotness, and bully for Intel for making it work. The actual technology -- at least Intel's method -- replaces the silicon dioxide insulators which leak too much energy when sliced too thin, but when made thicker reduce the electrical charge that passes through, reducing performance. Now Intel is using a hafnium-based insulator, which improves conductivity and reduces leakage simultaneously. Just for kicks, Intel is also tossing in a new metal alloy for its gate electrode, to replace the old silicon gate. IBM confirmed it is also using hafnium insulators, but couldn't help getting in a cheap-shot metaphor: "It's the difference between can openers and Ferraris," according to Bernard S. Meyerson, VP and chief technologit for systems and technology at IBM. Man, those technologists can really bring the smack.[Thanks, Lee G.]
Intel sez Penryn's done, lookout for 45nm Wolfdale / Yorkfield
If you're desperate for some positive Intel news after hearing those less-than-inspiring margin forecasts earlier today, the chipmaker is once again keeping itself on track in regard to pumping out its forthcoming 45-nanometer processors. While we were briefed on the dual-core Wolfdale and quad-core Yorkfield just a few weeks back, Intel is now claiming that its Penryn-based chips are "complete" and will play nice with Windows Vista, Mac OS X, and Linux operating systems when they hit the shelves. Both chips are (still) slated to hit production during the second half of this year, with manufacturing to hit full stride during 2008. Penryn is supposed to "extend the Core 2 architecture" by playing host to the next set of Intel's Streaming SIMD Extensions (SSE), and will also lend a hand in the future development of Montevina, and just in case you're the (way) forward-looking type, you can expect Penryn's successor -- dubbed Nehalem -- to roll out in late '08.
Intel adds new desktop processors to roadmap
It looks like those playing along with Intel's roadmap at home have a bit of updating to do to their scorecards, with HKEPC Hardware revealing a few new details on the chip maker's plans for the new year. The biggest bit of news this time around concerns Intel's new 45nm dual-core desktop processor, now codenamed "Wolfdale," which will have a thermal design power rating (TDP) of 65W, in line with current Core 2 Duo processors. Look for it to launch sometime in the fourth quarter of this year. Intel has also firmed up a few more details on its quad-core Yorkfield processor, with it clocking in with a 95W TDP and apparently still on track for a (late) Q3 release this year.[Via Reg Hardware]
Japanese chip makers team up for 45nm
Looks like Intel and Texas Instruments aren't the only ones with some chip bragging to do, since Toshiba and friends are joining forces to standardise a 45nm manufacturing method, and possibly even share manufacturing plants in the future. The deal marks the end of a plan by Toshiba, Fujitsu, NEC, Renesas to build an independent microchip foundry. The Japanese chip makers scrapped the plan because it supposedly wouldn't have made any money in the ultra-competitive space, but analysts aren't so sure this recent cooperative plan will help these smaller manufacturers compete against the big boys like Samsung, Intel and TI. Sony has agreed to team up in 45nm development with the four manufacturers, in continuation of a deal with Toshiba and NEC, but there's no word if any of these smaller outfits have made similar process breakthroughs to those that Intel and Texas Instruments were bragging about on Monday.
Intel and TI brag about chip tech advancements
Two of the biggest names in chips, Intel and Texas Instruments, have taken this fine Monday to announce independent advancements made by their R&D departments in the never-ending search to continue Moore's law. TI kicked things off by unveiling their new 45nm manufacturing process that uses some immersion lithography trickery to trump Intel's current 65nm chips by 30 percent. They plan to use the tech for memory chips. Intel, of course, is not to be outdone, and announced a new better way to insulate circuits. Their new "tri-gate transistors," which should be on the scene by 2010, reduce the power leak problems experienced when transistors are dropped lower than 90nm. The tech could cut power consumption by as much as 35 percent or boost performance by 45 percent. "This will be an option for chips somewhere beyond 45 nm--in the 32 or 22 nm mode--so that gives us confidence we can continue scaling Moore's Law into the next decade," said Intel's Mike Mayberry. The tech also does away with the troublesome carbon nanotubes that IBM has been proposing, which are currently too costly to produce chips with. Now we're just waiting for AMD to announce a 22nm chip due next week and for half the cost, then our day will be complete. Don't let us down, guys!Read - Intel "tri-gate transistors"Read - AMD 45nm manufacturing
