Items tagged with 45nm

Intel made headlines last year when it announced that it would fab 22nm products for FPGA designer Achronix. This week, the company has unveiled an additional 22nm partner. Santa Clara will also be building parts for Tabula and will build that company's new Spacetime microprocessors. Tabula claims that its new chip "uses time as a third dimension to deliver unmatched capability and affordability. Tabula achieves this breakthrough by combining the Spacetime hardware that dynamically reconfigures logic, memory, and interconnect at multi-GHz rates with the Spacetime compiler that manages this ultra-rapid reconfiguration transparently." That's so meaningless it hurts. It's a reconfigurable FPGA that... Read more...
At yesterday's Common Platform technology day, IBM and the other members of the Common Platform Initiative made a major announcement. While plans to use gate-first technology at the 32nm/28nm node remain unchanged, the coalition will move to gate-last technology when it makes the jump to 20nm production. As semiconductor manufacturing has moved to ever-smaller process nodes, the difficulty of managing each transition has increased markedly. As a result, the major foundries have adopted divers methods of improving product yields and minimizing gate leakage. Examples of these methods include AMD's adoption of immersion lithography at 45nm, Intel's simultaneous decision to use double-patterning... Read more...
Heard the latest? The stock world is abuzz over the rumor that Apple might purchase ARM Semiconductor. The rumor apparently began in London and was fueled by the combination of Apple's recent spectacular quarter and the fact that English accents sound so darn sophisticated. The train of logic goes something like this:Apple has built its own custom SoC (the iPad's A4)Apple had a great quarterARM is the industry leader when it comes to designing low power processors for handheld devicesApple will buy ARMBritish Investors: Ruining your carpet since 1895This ironclad reasoning has boosted ARM's share price a respectable five percent, from $14.87 at the market's open Thursday morning to $15.63 as... Read more...
AMD revealed more information on its first Fusion-class product at ISSCC this week. The new chip will combine both a CPU and GPU on a single package, but don't use either nickname—AMD is  calling the new chip an "APU" or Application Processor Unit as part of its bid to shift product focus from the core components in a system to the tasks and workloads a system is capable of handling. Done properly, this could solve certain nomenclature confusions that have plagued the computer market from the very beginning, but we aren't holding our breath. Both AMD and Intel have tackled this type of rebranding before (think AMD Live! and Intel ViiV), with minimal success. For now, however, we'll roll... Read more...
At its earnings call last week, Intel detailed its strong 2009 finish after the decidedly uncertain start of the year. The company also gave general forecast information for what it expects in the first quarter of the year and for 2010 in general, and discussed the continuing growth of Atom and its 32nm product ramp. When Intel announced its third-quarter numbers and projected Q4 results last year there was some concern that the company might be overly bullish. As it turns out, this was scarcely an issue—Intel's gross margin of 64.7 percent broke company records. PC revenue, Data Center Group, and "other" Intel Architecture revenue all rose by 10 percent, 21 percent, and 22 percent respectively;... Read more...
Today we've got a look at Intel's new line of Core i5 Mobile processors, code named Arrandale. Like Pinetrail for netbooks, Intel's new Arrandale processor combines both an integrated memory controller (DDR3) and GPU (graphics processor) on the same package as the main processor. Though it's not a monolithic device but is built upon multi-chip module packaging, it does allow these primary functional blocks to coexist in a single chip footprint or socket. Targeted more to the mainstream market, Intel's Core i5 Mobile processor should by all rights offer the "trifecta" of technology innovation - higher performance, lower power and a better cost model. Let's have a look... Intel Arrandale Core i5... Read more...
Looking back at silicon innovation over the past decade, you'll notice three primary design targets that tend to dominate industry motivation and trends - power consumption, price and performance.  As processor technologies evolve and new technologies are invented, there are rare moments in time when an innovation can hit upon all three design targets, unless of course you're in marketing and actually believe all that Kool-Aid you're feeding the customer base.  Usually, true innovation is required to deliver lower power, lower cost and higher performance together, though through simple optimization and iteration, you can typically capitalize on one or two of the three.  For many... Read more...
The far-reaching effects of the global economic downturn could make it easy to blame the IC industry's problems on short-term market effects, but Doug Grose, CEO of GlobalFoundries, believes the fundamental problem confronting the industry is economic, not technical. According to Grose, "Only a handful of providers can afford the costs and keep up with Moore's Law...The IDM (Integrated Device Manufacturer) model is on a slow, dying path." The numbers behind Grose's rhetoric lend credence to the man's opinion though.  When AMD announced its own plans to split into two separate companies, it provided the following diagram: Expect to see that diagram again, and in the very near future. According... Read more...
There's cheerful news from Sunnyvale today; AMD is claiming to now lead the discrete mobile GPU market with a 36.5 percent market share gain and a whopping 87.2 percent more units sold in the first six months of 2009 compared to the first six months of 2008. At this point, AMD claims to hold 53 percent of the discrete mobile market, and credits the jump in sales to the strong positioning of the ATI Mobility HD 4000 series. AMD points to design wins with HP (the dv6T), Acer, Samsung, Asus, and MSI, but the HD 4570 also tips up as the default option on Dell's Studio 15 and on HP's ProBook series. "As consumers’ increasingly demand greater visual computing capabilities in their notebooks, the market... Read more...
T-RAM and GLOBALFOUNDRIES enter into Joint Development Agreement for application of T-RAM’s Thyristor-RAM embedded memory to advanced technology nodes MILPITAS, Calif. - T-RAM Semiconductor Inc. (T-RAM) and GLOBALFOUNDRIES announced today that they have entered into a joint development agreement targeted toward the application of T-RAM’s Thyristor-RAM embedded memory to advanced technology nodes.According to Gregg Bartlett, Senior Vice President of Technology and R&D at GLOBALFOUNDRIES, “We are pleased to be jointly developing T-RAM memory for 32nm and 22nm technologies. T-RAM’s embedded memory technology shows a great deal of potential for use in low-power, high-performance dense cache applications... Read more...
In response to Intel’s recent price cut on select quad-core and dual-core processors, AMD has slashed prices on its new AMD Phenom II processors, which have only been available for two weeks. Apparently the price drop isn’t solely as a result of Intel, however. It appears that the price reduction was also a reaction to the low demand of high tech products globally. After the price cut, the Phenom II X4 920 chip’s price is $195 and the Phenom II X4 940 Black Edition processor runs $225. These prices are 15-17% below the initial prices set by the company just two weeks ago when it formally launched its first 45nm desktop products. While many e-tailers were the first to display the new prices, AMD’s... Read more...
Although the lion's share of news these past couple of days pertains to Intel's Core i7 unveiling, information about AMD's next salvo of desktop processors has slowly been leaking as well. According to a story posted today on the Digitimes website, AMD will be launching a pair of new 45nm quad-core Phenom processors sometime this month..."AMD is planning to launch two 45nm quad-core desktop CPUs (Deneb) – the Phenom X4 20550 and 20350 for socket AM2+ systems with core frequencies of 3GHz and 2.8GHz, respectively in November this year, according to sources at motherboard makers.  The company will also launch six 45nm triple-core CPUs (Heka and Regor) including 14x00, 12x00 and 1xx00e series.... Read more...
Preliminary news regarding AMD's upcoming 45nm Phenom processors has been trickling out for the last few months, but other than some basic information about the manufacturing process, code names, and socket, concrete details about the processors themselves has been scarce.  Just the other day, however, a post in a Chinese discussion forum--itocp.com--shed some light on the stock performance and overclockability of an early 45nm Phenom sample.If the information in the post turns out to be true, and all indicators at this point are that it is, the chip used for their experiments has a default clock speed of 2.2GHz, with 2MB of L2 cache (512KB per core x 4), and 6MB of shared L3 cache, which... Read more...
According to Digitimes, who always seem to know someone inside everywhere, VIA will roll out their own dual core processors by the end of next year, and will manufacture their processors using 45 nanometer scale architecture.VIA has also revealed more details of its initial-launch Isaiah-based processor, which will feature a core frequency of 2GHz, a V4 Bus speed from 800-1333MHz, and two 64KB L1 cache and 1MB L2 cache pairs with 16-way associatively. The CPU will be manufactured by Fujitsu adopting a 65nm process. The CPU is pin compatible with the company's C7 processors.Taiwan-based VIA is the largest independent manufacturer of motherboard chipsets in the world.... Read more...
AMD Demos 45nm Native Quad-Core Processors for Server, Desktop — Customer Testing of Product Samples Underway — HANNOVER, Germany. -- March 4, 2008 --AMD (NYSE: AMD) demonstrated at the CeBit electronics exhibition its first 45nm quad-core chips running multiple operating systems and a range of processing intensive applications. The processors were produced in Dresden, Germany, in AMD’s Fab 36 300mm manufacturing facility, using an advanced 45nm process co-developed with IBM. AMD 45nm transistors are engineered to enable greater performance-per-watt capabilities in AMD processors and platforms. AMD combines new processes and materials with leading edge technologies, such as immersion lithography... Read more...
“At an ISSCC session yesterday afternoon, IBM announced details of a smaller, lower-power version of the Cell BE processor that powers Sony's PlayStation 3. The Cell BE is currently fabricated on IBM's 65nm SOI process, but IBM will soon move the console chip onto the company's much-ballyhooed, next-generation 45nm high-k process.”The move to 45nm should offer a power savings of 40% as well as shrink the die area down another 34%.  The end result is chips that should run cooler and cost less once the manufacturing process has the inevitable kinks worked out.  That's a boon to gamers, but we have a sneaking suspicion that IBM cell-based blade servers might also find 45nm Cell BE chips... Read more...
As with all rumors, please take the following news item with a  grain of salt until we can receive official confirmation or denial from AMD.For those of you who've been hoping for a more competitive high-end CPU landscape, it seems that your wishes might be met as early as the end of this year:“...the inputs from trusted Far Eastern friends about the 45 nm desktop parts say that, if AMD does its job right, we're gonna have a quad-core 6MB cache part running at 3.2 GHz with DDR2-1066 memory a few months before year's end.”It makes a lot of sense for AMD to be throwing their effort into getting 45nm parts shipping as quickly as they can.  At this point their 65nm technology is producing... Read more...
“IBM has licensed its next-generation technology for manufacturing processors to Semiconductor Manufacturing International Corp., the largest Chinese chipmaker, the companies said Wednesday. The partnership spotlights the growing technical abilities in China, a country that's already a manufacturing powerhouse for lower-tech products. Terms of the IBM deal weren't disclosed.”Acquiring 45nm technology could very well be the first step in China's eventual entry into the mainstream CPU arena.  There are already numerous home-grown chips being developed and even manufactured in China, but it would seem likely that Chinese firms would want to break into other markets instead of just serving as... Read more...
We've gotten more than a few inquiries from readers, since we launched our Intel Core 2 Extreme QX9650 (aka Yorkfield) article, about whether or not the new 45nm quad-core chip from Intel will play nice in legacy motherboards.  The party line from Intel is that while technically, Yorkfield quad-core processors are not supported by chipsets like the 975X and P965, some motherboard manufacturers may choose to validate and support the product.  We've recently been able to prove out that on at least one 975X board, the Asus P5W64WS Pro, using one of Intel's new 45nm Core 2 Extreme QX9650 processors and more than likely any 45nm quad-core Intel processor is a go... Read more...
Over the course of the past few months, we've brought you detailed analysis on Intel's forward-looking products based on their 45nm Penryn core architecture.  At the time, these products were not officially launched in the various sales channels.  Today Intel has announced official full availability of a number of new processors based on their bleeding-edge 45nm High-k metal gate silicon process technology that offers both lower power consumption and higher clock speeds... INTEL’S FUNDAMENTAL ADVANCE IN TRANSISTOR DESIGN EXTENDS MOORE’S LAW, COMPUTING PERFORMANCE Sixteen Eco-Friendly, Faster and ‘Cooler’ Chips Incorporate 45nm... Read more...
INTEL’S FUNDAMENTAL ADVANCE IN TRANSISTOR DESIGN EXTENDS MOORE’S LAW, COMPUTING PERFORMANCE Sixteen Eco-Friendly, Faster and ‘Cooler’ Chips Incorporate 45nm Hafnium-Based High-k Metal Gate Transistors SANTA CLARA, Calif., Nov. 11, 2007 – Built using an entirely new transistor formula that alleviates the wasteful electricity leaks that threaten the pace of future computer innovation, Intel Corporation today unveiled 16 server and high-end PC processors. In addition to increasing computer performance and saving energy use, these processors also eliminate eco-unfriendly lead and, in 2008, halogen materials. Called the biggest transistor advancements in 40 years by Intel Co-Founder Gordon Moore,... Read more...
According to a story published on DigiTimes, 45nm notebook processors derived from the upcoming 'Penryn' core will account for 50% of Intel's total shipments by the second quarter of next year.  We've known for quite some time that Intel's 45nm parts were slated to arrive this year with production ramping up in '08, but information claiming that the company plans to ship 45nm mobile CPUs in such quantity is a new development. "45nm-based Penryn processors for Santa Rosa Refresh will launch in first quarter of 2008 and are expected to account for 20% of total notebook CPU shipments for the quarter. In the second quarter, CPUs supported by the Montevina platform will launch and account for... Read more...
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