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Wednesday, April 22, 2009

Good Corporate Citizens: Five Major US Companies Call for Climate, Clean Energy Solutions


Today, five leading US companies joined Ceres investment group to launch a new coalition of corporate citizens calling on Congress to quickly enact strong U.S. climate and energy legislation that will spark a new clean energy economy and reduce global warming pollution. The new coalition issued several key principles for climate policy today, including proposals to stimulate renewable energy, promote energy efficiency and green jobs, cap global warming pollution and auction 100% of pollution allowances, and limit new coal-fired power plants to those that capture and store carbon emissions.

The group, which includes Nike, Starbucks, Levi Strauss, Sun Microsystems and Timberland, calls themselves Business for Innovative Climate and Energy Policy, or BICEP for short, and aims to flex some lobbying muscle to support climate and clean energy action.
The coalition’s goal is to work directly with key allies in the business community and members of Congress to pass meaningful energy and climate change legislation consistent with the following eight core principles:

Set greenhouse gas reduction targets to at least 25 percent below 1990 levels by 2020 and 80 percent below 1990 levels by 2050.
Establish an economy-wide GHG cap-and-trade system that auctions 100 percent of carbon pollution allowances, promotes energy efficiency and accelerates clean energy technologies.
Establish aggressive energy efficiency policies to achieve at least a doubling of our historic rate of energy efficiency improvement.
Encourage transportation for a clean energy economy by promoting fuel-efficient vehicles, plug-in electric hybrids, low-carbon fuels, and transit-oriented development.
Increase investment in energy efficiency, renewables and carbon capture and storage technologies while eliminating subsidies for fossil-fuel industries.
Stimulate job growth through investment in climate-based solutions, especially “green-collar” jobs in low-income communities and others vulnerable to climate change’s economic impact.
Adopt a national renewable portfolio standard requiring 20 percent of electricity to be generated from renewable energy sources by 2020, and 30 percent by 2030.
Limit construction of new coal-fired power plants to those that capture and store carbon emissions, create incentives for carbon capture technology on new and existing plants, and phase out existing coal-based power plants that do not capture and store carbon by 2030.
Recognizing that climate change will ripple across all sectors of the economy BICEP members aim to offer new business perspectives on climate solutions to balance the sometimes narrow viewpoints offered by some of the more engaged members of the business community.

BICEP members also apparently recognize that being a good corporate citizen requires more than just purchasing carbon offsets and building more sustainable products. Like individual citizens, a real commitment to a new energy future requires more than personal actions, it requires active participation in the political process.

“We can voluntarily change our own behavior in the hopes of mitigating impacts and are doing so," said Hilary Krane, senior vice president of corporate affairs at Levi Strauss & Co., "but we also believe that U.S. government leadership is essential if we are to create an environment in which every U.S. company recognizes the role it must play in addressing climate change."

"Nike understands the value of investing in innovative solutions to address the challenges of sustainability," added Sarah Severn a corporate responsibility director with the company, "so we are proud to be part of a coalition of companies that believes legislative action on climate change and clean energy is not only urgent but imperative to creating positive, long-term change."

As a native Oregonian, I can't help but contrast Beaverton, OR-based Nike's active commitment to good corporate citizenship with Oregon's other major employer: Intel. The microprocessor giant is Oregon's largest private employer, and while it launches ads touting their efficient processor designs and issues press releases about renewable energy purchases, Intel quietly lobbies to block progressive energy and climate policy at the Oregon legislature.

Intel is a key member of the Industrial Customers of Northwest Utilities group, a state lobbying organization that represents large electricity and natural gas users in Oregon and Washington. ICNU has consistently been on the wrong side of good energy policy - from the Oregon Renewable Energy Act of 2007 to the state's efforts to lead on climate policy - and is now forming a front-group called something like Oregon Industries for Balanced Climate Policy, gearing up to block progressive legislation in the 2009 Oregon legislature.

Unlike Nike, who puts it's lobbying muscle behind it's clean energy commitments, Intel tacitly and at times actively supports ICNU's efforts to stand in the way of Oregon's transformation into a clean energy leader. Intel should take queues from fellow Oregonians, Nike, and their semiconductor competitors at Sun about what good corporate citizenship means, and actively distance itself from ICNU's dirty deeds.

Until then, bravo to Nike and the BICEP members for leading the way.

Groups: The Nation

Intel: ARM's the reason the iPhone... sucks?


Okay, look, whether you adore or despise the iPhone, it's pretty hard to make a cohesive argument that it's slow or lags its competitors in offering the "full Internet." Somehow, though, a pair of Intel execs at the Intel Developer Forum in Taipei this week have whipped up a whole spiel based on the shaky claim that the iPhone's a dog for processing power and isn't capable of offering a rich Internet experience, going on to suggest that ARM architecture is to blame for the nasty pickle Apple's gotten itself into. Here's the best part, though: until only very recently, Intel itself was a huge player in the ARM game with its XScale line, now owned by Marvell. Isn't it too soon to harsh on a technology you so heavily bought into, guys? Of course, the moral of the story -- if you're buying the execs' line, anyway -- is that the iPhone wouldn't suck if they'd gone with an Intel stack, which they claim is a good two years ahead of the best that ARM has to offer. Said Intel's Pankaj Kedia, pressing on with the smack talk: "I know what their roadmap is, I know where they're going and I'm not worried." Of course, knowing the roadmap inside and out gets a little easier when you're a ginormous ARM licensee.

[Thanks, Renai L.]

Affordable Power and Performance


The Dell Precision T3400 is designed to deliver top-quality performance at a great price. With the latest 64-bit dual-core and quad-core Intel® CoreTM 2 Duo and Core 2 Extreme processors, the T3400 out performs older workstation technologies. Support for 800MHz memory, scalable up to 8GB1, can give you excellent data processing speeds and performance. And with support for dual native PCIe x16 graphics cards, you can enjoy incredible graphics performance or quad-monitor capability in a very affordable workstation.

2007's Top Products


Intel has been busy sending out a batch of 'Penryn' Core 2 Extreme QX9770 processors to every tech site in the known universe, and if you take a look at some of the reviews that have popped up you’ll spot a common theme. The QX9770 is the first desktop processor to run on a 1600MHz frontside bus (FSB) but right now there are no desktop chipsets that support this new speed.

On the server side, Intel has 1600MHz covered with its 5400 series of Xeon chips and chipsets, but we’re in new territory on the desktop as the X38 chipset's FSB tops out at 1333MHz.

Intel Keeps Mobile Engine Humming, Fueled By Silicon Technology Advances


INTEL DEVELOPER FORUM, Beijing, April 18, 2007 – Describing the latest trends in mobile computing at the Intel Developer Forum today, Intel Corporation executives said that personalization and content are key drivers behind increased demand for notebook PCs and mobile Internet devices (MIDs).

"The Internet is one of the driving forces in today's PC market and there is a desire for the Internet to be mobile," said David (Dadi) Perlmutter, Intel senior vice president and general manager, Mobility Group. "Intel is serving the market today with notebook PCs, and will expand its reach by adding WiMax to notebooks as well as small form factor MIDs in 2008."

Perlmutter continued by discussing the importance of high-performance processors to enable users to have mobile access to the internet. Intel continues to provide high-performance processors based on innovative silicon technology that delivers energy efficiency and great battery life needed by users on-the-go including the next generation Centrino processor technology "Santa Rosa."

Intel to deliver dual-core Atom chip next month


That news was revealed to this reporter by an Intel employee as senior vice president Pat Gelsinger was delivering his IDF keynote, which included more specifics about Nehalem, the family of chips the company plans to begin rolling out in the fourth quarter. Gelsinger, the general manager of Intel's Digital Enterprise Group, showed the first wafer holding individual eight-core processors, detailed the power-saving features of the Nehalem processors, and confirmed future mobile Nehalem processors.

Intel Pentium III 600 - RB80526PZ600256 (BX80526C600256)


New generation of Intel Pentium III processors with Coppermine core featured not only better manufacturing technology (0.18 micron as opposed to 0.25 micron for Katmai core), but also different cache architecture and new package type. Smaller size of the new core allowed Intel to put level 2 cache on the the same die as the core. While new cache was two times smaller than the L2 cache on Katmai processors, it was twice as fast and had a few additional performance improvements. Because external cache chips were no longer required for the new core, it became possible to put the core on smaller and cheaper Flip-Chip Ping Grid Array package.

Processor prices plunge as Intel piles pressure on AMD



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var PageContent= 'Intel Corporation, the world’s leading manufacturer of computer processors, is this week turning the pricing screw on closest industry rival Advanced Micro Devices (AMD) in an effort to further solidify its position of dominance while clearing the way for better technology.\n\nThat solidification arrives via a rush of hefty price cuts -- up to 50 percent -- applied to a variety of Intel’s existing microchips. According to Intel, around a dozen processors are covered by the price cuts, with the majority of those built on the company’s older 65 nanometer (nm) technology.\nIntel’s 65nm manufacturing process has since been superseded by its more advanced 45nm technology, and the sudden round of price cuts is likely to represent somewhat of a stock clearance as it continues to shift the spotlight from one to the other, reports Computerworld.\n“We’re transitioning from 65nm to 45nm,” commented Intel spokesman Patrick Ward via an official announcement posted to the California-based company’s Web site. “We’re in the process of refreshing our line. If you see a 65nm [processor], it’s older technology and we’re moving on from it.”\nIn terms of the most notable processors directly affected by Intel’s price cuts, the new listing reveals that 1,000-chip orders of the Q6700 Core 2 Quad have plummeted from $530 USD to $266 USD per chip, while the Xeon X3230 has also dropped form $530 USD to $266 USD.\nOther 1,000-chip orders benefiting from the price cuts include the Core 2 Duo E26850, which falls from $266 USD to $183 USD per chip, while the Xeon 3085 falls from $266 USD to $188 USD per chip.\nAnalyst reaction to Intel’s pricing adjustment suggests that the leading chipmaker, while obviously shifting from a 65nm to 45nm focus, is looking to expand its pricing-to-performance strengths when measured against the range of processors offered by AMD, which traditionally delivers cheaper chip alternatives to Intel’s line. \nWhen it comes to the advancement of 45nm technology, AMD is looking to ship its initial microprocessor entrants in 2008’s closing quarter, which will subsequently leave the company trailing Intel by around a year.';
PrintArticle();//-->
Intel Corporation, the world’s leading manufacturer of computer processors, is this week turning the pricing screw on closest industry rival Advanced Micro Devices (AMD) in an effort to further solidify its position of dominance while clearing the way for better technology.
That solidification arrives via a rush of hefty price cuts -- up to 50 percent -- applied to a variety of Intel’s existing microchips. According to Intel, around a dozen processors are covered by the price cuts, with the majority of those built on the company’s older 65 nanometer (nm) technology.
Intel’s 65nm manufacturing process has since been superseded by its more advanced 45nm technology, and the sudden round of price cuts is likely to represent somewhat of a stock clearance as it continues to shift the spotlight from one to the other, reports Computerworld.
“We’re transitioning from 65nm to 45nm,” commented Intel spokesman Patrick Ward via an official announcement posted to the California-based company’s Web site. “We’re in the process of refreshing our line. If you see a 65nm [processor], it’s older technology and we’re moving on from it.”
In terms of the most notable processors directly affected by Intel’s price cuts, the new listing reveals that 1,000-chip orders of the Q6700 Core 2 Quad have plummeted from $530 USD to $266 USD per chip, while the Xeon X3230 has also dropped form $530 USD to $266 USD.
Other 1,000-chip orders benefiting from the price cuts include the Core 2 Duo E26850, which falls from $266 USD to $183 USD per chip, while the Xeon 3085 falls from $266 USD to $188 USD per chip.
Analyst reaction to Intel’s pricing adjustment suggests that the leading chipmaker, while obviously shifting from a 65nm to 45nm focus, is looking to expand its pricing-to-performance strengths when measured against the range of processors offered by AMD, which traditionally delivers cheaper chip alternatives to Intel’s line.
When it comes to the advancement of 45nm technology, AMD is looking to ship its initial microprocessor entrants in 2008’s closing quarter, which will subsequently leave the company trailing Intel by around a year.

Intel roadmaps 3.2GHz desktop 'Nehalem' CPUs


Intel will introduce a trio of desktop processors based on its next-gen 'Nehalem' architecture in Q4, the latest whispers from Asian motherboard-maker moles allege.

The fourth quarter will see the introduction of a pair of mainstream desktop quad-core parts and a single Extreme chip, aimed at gamers.
All three chips are codenamed 'Bloomfield'. The Extreme part is set to clock at 3.2GHz and connect directly to 1333MHz DDR 3 memory. The other two Bloomfields will run at 2.93MHz and 2.66GHz, respectively, and connect to 1066MHz DDR 3.

NVIDIA GeForce 8800 For Laptops Coming Soon


The laptop version of the NVIDIA’s GeForce 8800 video card will be launched soon, according to Fudzilla.
Designed for use in gaming notebooks, the GeForce 8800M will be offered in Dell’s upcoming XPS (M1730) 17-inch laptop reportedly, which will also feature the Intel Core 2 Extreme processor option.

Intel Core 2 Extreme X7900 Officially Announced


Intel officially announced today the Core 2 Extreme X7900 laptop processor at the 2007 Games Convention in Germany.
Designed for use in “Santa Rosa” platform-based gaming/high-performance notebooks, Intel’s Core 2 Extreme X7900 has two processing cores clocked at 2.8GHz. As same as the earlier introduced Core 2 Extreme X7800 at 2.6GHz, the X7900 mobile CPU features 800MHz front-side bus and 4MB of L2 cache. It is also overclockable.

Inside Intel's Harpertown Processor


Apple yesterday announced significant updates to their Mac Pro and Xserve lines featuring Intel’s “Harpertown” processor–but what’s in a name?
Intel’s quad-core Xeon 5400-series â€Å“Harpertownâ€‌ processors run at up to 3.2GHz and are based on the new 45-nm Intel Core microarchitecture. The new chips are known for high performance and energy efficiency.
Apple’s previous Mac Pros were equipped with either a) two dual-Core Intel Xeon 5100 â€Å“Woodcrestâ€‌ processors running at 2.0, 2.66, or 3.0GHz, or b) two quad-core Intel Xeon 5300 â€Å“Clovertownâ€‌ processors running 3.0GHz in an “8-core” configuration. More on the whole Xeon family is here.
The biggest benefit over the previous generation Xeons are Harpertown’s 64-bit 1.6GHz dual independent frontside buses (up from 1.33GHz). These buses deliver processor bandwidth up to 25.6GB per second (up from 21.3GB/s). Then there’s 12MB per processor of L2 cache with 6MB shared between pairs of processor cores (up from 8MB per with 4MB shared).

Intel wants AMD dead, claims lawyer


The Video and Audio code samples illustrate sample codec implementations using Intel IPP functions.Image and 2D Signal Processing: Intel IPP is the premier library of image and 2D signal processing algorithms, and includes a rich selection of algorithms operating on images and regions within images (ROIs):
Transforms:WaveletFourier (FFT/DFT, real/complex)Windowing (Hamming, Bartlett)Discrete Cosine (DCT)Filtering Functions:General linear filteringConvolution/Deconvolution (LR and FFT)Box, Min, Max, MedianWiener FiltersFixed Filters (Prewitt, Sobel, Laplace, Gauss, Scharr, Roberts)Sharpening/Hipass/Lowpass FiltersGeometric Transforms:Resize, Mirror, Rotate, ShearAffine transformsPerspective transformationsBilinear warpingCoordinate remapping
Image Statistics:Sum, Integral, Tilted IntegralMean, Min, Max, Histogram, StDevImage MomentsImage Norms (L1, L2, infinity)Image Quality Index calculationProximity Measures (Cross-correlations, Square Distance)Threshold/Compare OperationsImage Arithmetic/Logic Operations:Alpha compositionArithmetic operations (add/sub/mul/div/sqrt/sqr/ln/exp/abs)Logical operations (AND, OR, XOR, Shift, NOT)Image Data Exchange/Initialization:Copy/Set/TransposeChannel swappingJaehne/Ramp/Zigzag initializationMemory allocation for multiple image typesComputer Vision: Intel IPP includes optimized functions for many key computer-vision operations, for applications in security, machine control, media management, media annotation and more:
Feature Detection (Corner, Canny Edge Detection)Distance TransformsImage GradientsFlood FillingMotion Templates generationOptical Flow calculation (Lucas-Kanade)
Pattern Recognition (Haar classifiers)Pyramid functions (Gaussian/Laplacian pyramids)Universal Pyramid functions Camera Calibration3D ReconstructionIntel IPP based optimization is automatically included in the popular OpenCV open-source computer-vision library, for enhanced performance on real-time tasks, and Intel IPP was a key software component in the winner of the 2005 DARPA Grand Challenge.Color Conversion: Today’s explosion of digital media in multiple formats brings the need to convert digital media among different color representations. Intel IPP provides a rich set of optimized color-conversion routines on 32/24/16-bit-per-pixel formats:
Color Model Conversion:RGB, YUV, YCbCr, BGR, CbYCr, HSV, LUV, Lab, YCC, HLS, SBGR, YCoCg,YCCK, XYZ, CMYKColor Format Conversions:YCbCr422, YCbCr420, YCbCr411, CbYCr422, BGR565, BGR555, BGR565Dither
Lookup Table Conversions (Linear/Cublic/Palette)Color to Greyscale Conversions (Fixed/Custom coefficients)Image Bit Resolution ReductionsColor Twist Conversions (integer/float pixel values)Gamma Corrections (Forward/Backward)String Processing: Build optimized text database management, search and retrieval, or document indexing processing into your applications using Intel IPP’s optimized string operations.
Substring substitution/insertionString concatenation/splittingUpper/lower case conversions
String/Substring matchingRegular Expression matchingHash value calculation

Intel Integrated Performance Primitives (Intel IPP) Components in the H.264 Codec Process Flow


The Video and Audio code samples illustrate sample codec implementations using Intel IPP functions.Image and 2D Signal Processing: Intel IPP is the premier library of image and 2D signal processing algorithms, and includes a rich selection of algorithms operating on images and regions within images (ROIs):
Transforms:WaveletFourier (FFT/DFT, real/complex)Windowing (Hamming, Bartlett)Discrete Cosine (DCT)Filtering Functions:General linear filteringConvolution/Deconvolution (LR and FFT)Box, Min, Max, MedianWiener FiltersFixed Filters (Prewitt, Sobel, Laplace, Gauss, Scharr, Roberts)Sharpening/Hipass/Lowpass FiltersGeometric Transforms:Resize, Mirror, Rotate, ShearAffine transformsPerspective transformationsBilinear warpingCoordinate remapping
Image Statistics:Sum, Integral, Tilted IntegralMean, Min, Max, Histogram, StDevImage MomentsImage Norms (L1, L2, infinity)Image Quality Index calculationProximity Measures (Cross-correlations, Square Distance)Threshold/Compare OperationsImage Arithmetic/Logic Operations:Alpha compositionArithmetic operations (add/sub/mul/div/sqrt/sqr/ln/exp/abs)Logical operations (AND, OR, XOR, Shift, NOT)Image Data Exchange/Initialization:Copy/Set/TransposeChannel swappingJaehne/Ramp/Zigzag initializationMemory allocation for multiple image typesComputer Vision: Intel IPP includes optimized functions for many key computer-vision operations, for applications in security, machine control, media management, media annotation and more:
Feature Detection (Corner, Canny Edge Detection)Distance TransformsImage GradientsFlood FillingMotion Templates generationOptical Flow calculation (Lucas-Kanade)
Pattern Recognition (Haar classifiers)Pyramid functions (Gaussian/Laplacian pyramids)Universal Pyramid functions Camera Calibration3D ReconstructionIntel IPP based optimization is automatically included in the popular OpenCV open-source computer-vision library, for enhanced performance on real-time tasks, and Intel IPP was a key software component in the winner of the 2005 DARPA Grand Challenge.Color Conversion: Today’s explosion of digital media in multiple formats brings the need to convert digital media among different color representations. Intel IPP provides a rich set of optimized color-conversion routines on 32/24/16-bit-per-pixel formats:
Color Model Conversion:RGB, YUV, YCbCr, BGR, CbYCr, HSV, LUV, Lab, YCC, HLS, SBGR, YCoCg,YCCK, XYZ, CMYKColor Format Conversions:YCbCr422, YCbCr420, YCbCr411, CbYCr422, BGR565, BGR555, BGR565Dither
Lookup Table Conversions (Linear/Cublic/Palette)Color to Greyscale Conversions (Fixed/Custom coefficients)Image Bit Resolution ReductionsColor Twist Conversions (integer/float pixel values)Gamma Corrections (Forward/Backward)String Processing: Build optimized text database management, search and retrieval, or document indexing processing into your applications using Intel IPP’s optimized string operations.
Substring substitution/insertionString concatenation/splittingUpper/lower case conversions
String/Substring matchingRegular Expression matchingHash value calculation

Intel NG80386SX-25


25 MHz100-pin plastic QFPIntel 80386SX microprocessor was a cost-effective version of the 80386DX. The SX processor had 16-bit external data bus - this allowed the CPU to work with cheaper 16-bit hardware, but at the same time it made access to 32-bit memory data slower. The 80386SX also had 24-bit address bus, which limited CPU's physical memory to 16 MB. Because the processor didn't work with 32-bit buses like the 80386DX, it didn't require as many signal pins. The 80386SX processors were manufactured in 100-pin package, or 32 pins less than the number of pins on DX package.

Intel's second-generation Classmate


The second-generation Classmate will be sold directly to the public. While Intel created the reference design (right), OEMs in various regions will be responsible for manufacturing and sales. First to announce is Portland-based Computer Technology Link (CTL), which says it will sell the Classmate as the 2Go PC (seen above) for prices ranging from $300 to $500.The Classmate now includes new features intended to help it compete with other mini-laptops, such as Asus's hot-selling Eee PC. While Intel has retained the three-pound device's kid-friendly rounded corners, it switched from the original Classmate's round touchpad to a conventional-looking square design. The Classmate also now includes a right-shift key, which was previously missing.

Intel plans research efforts in France


Parisآ - Intel, the giant US chip manufacturer, plans to pursue research efforts for future technology for high performance computers in France, in cooperation with the French Commission for Atomic Energy (CEA,) the French government said late Friday.
The University of Versailles-Saint-Quentin near Paris is to be involved in the project, the presidential offices said after a meeting between President Nicolas Sarkozy and Intel board chairman Craig Barrett.

Sorting through Intel's SoC drawer


The QuickAssist Accelerator ties the SoC into Intel's QuickAssist Architecture, its framework for application-specific co-processors that connect to the host computer's CPU via the standard frontside bus. This is not so very different from what AMD is proposing with its Torrenza programme, which, in part, is about establishing a framework for application accelerators that connect to the AMD CPU via the HyperTransport bus.
Intel's own take on HyperTransport, QuickPath Interconnect, is due to debut late next year as a key element of its 45nm 'Nehalem' processor architecture, and the use of the 'Quick' prefix - QuickPath, QuickAssist - may not be entirely coincidental.
Incidentally, Intel and IBM are working to deliver the same kind of approach, but using PCI Express add-in cards. That project, codename fans, is called 'Geneseo'.
Canmore, of course, doesn't need any of this, so is likely to come to market much sooner than Tolapai, especially if Intel's keeping the enterprise SoC waiting in the wings until Nehalem-based machines debut at the end of 2008.

Intel's MID UMPCs: So long XP/Vista, hello Linux


Big news on the UMPC front this morning folks. Looks like Intel is shedding the Origami gorilla (read: Microsoft) as they prep a Linux-based platform to compete with Vista and XP-based UMPCs. Intel will unveil their new MID (Mobile Internet Device) platform at the Intel Developer Forum in Beijing later this week. Unfortunately for their marketing department, they've already posted the slides. Unlike UMPCs which target mobile professionals, MIDs will target "consumers and prosumers" and feature a range of screen sizes from 4.5 to 6-inches with resolutions from 800 x 480 to 1024 x 600. Yup, these are the same devices we spotted under the in-house name of McCaslin sporting Intel's codenamed "Stealey" class of dual-core, battery-friendly processors. Intel's reference designs run a tweaked, 500MB version of China's RedFlag MIDINUX which boots in about 18 seconds (less than 5 seconds from standby) to a mix of open-source and proprietary code including Google Maps and web-based office and enterprise applications. Data access will be provided via HSDPA and WiFi. More GUI shots and reference designs in the gallery below.

Intel D945GCLF (with integrated Atom 1.6Ghz CPU) BOX


The Atom-CPU is a perfect basis for a low-cost system. It works very energy saving and therfor is perfect for mobile usage. But also can be used as a server, Car-PC or Multimedia solutions. Atom-CPU mainly was developed for the upcoming „Mobile Internet Devices“ (MID), which are fielded between notebooks and cell phones. „The processors were equipped in 45nm production with the worlds smallest transistors“, said Intels Vice President Sean Maloney. As IT-world currently is crying for „GreenIT“ schreit, this mainboard can be the answer. For example Intel was able to reduce the power consumption of the CPU from precessor D201GLY2 from 20W to 2.05W, which is really incredible ! Here other mainboards can not compete with !

Intel Celeron 366 - FV80524RX366128 (FV524RX366 128)


All Intel Celeron processors in PPGA package were based on Mendocino core. Mendocino was the first Intel x86 core that integrated level 2 cache with the core (Pentium Pro had level 2 cache on a separate die, and Pentium II processors used external cache chips). The core had only 128 KB of level 2 cache, but smaller cache size was partially compensated by faster cache speed - it was running twice as fast as the Pentium II level 2 cache. The Mendocino core didn't require external cache chips, therefore it could fit on smaller and cheaper Plastic Pin Grid Array (PPGA) package. To work with the Celeron PPGA package Intel designed new 370-pin socket - socket 370, or PGA370.

Intel, The Atom, And The Netbook Market


The Atom chip is, for the moment, in almost every netbook around. It is easy to forget that the Atom is a mere six months old. Pann’s reluctance is sensible, in this light, but as for netbooks not being used by owners on a daily basis, I’m skeptical. After all - are netbooks not the ultimate tools for commuters?
To expect an owner of a netbook to use it as a replacement for his main working machine is unrealistic - netbooks were never meant for that. Mobile users will use netbooks for short amounts of time - in the train, while on break, waiting at a bus stop - which conforms well to Pann’s “fine for an hour” statement

Enhanced Halt State technology


Let's proceed to the main tabbed pages of the application – that's how they look in a couple of minutes of operation when the CPU is not loaded. On the left picture you can see that the processor supports TM1, TM2, ODCM and C1E. Only TM2 and C1E are currently enabled (i.e. by default). The C1E effect is already noticeable – just compare the current FID and VID values of the processor with the nominal ones. The first one is at minimum, the second is somewhere between minimum and maximum. You can see the FID/VID history on the right picture – at minimum CPU load, FID remains on the constantly low level (14x), VID varies within a wide range, its average value being about 60% of the nominal one. In fact, VID changes may fail to reflect the real changes of CPU voltage, because VID is just a voltage value requested by a processor, but a motherboard is actually free to do anything with this request (change nothing, first of all). Nevertheless, we monitored real CPU voltage changes in our tests as well (using Hardware Monitor from Intel Desktop Utilities, which relies on readings of motherboard sensors). It was approximately 0.1V lower than VID values.

Intel prepares its new mini ITX motherboard offering


Intel is poised to take on VIA’s mini ITX motherboards with its upcoming Little Valley D201GLY, which is part of its Intel Desktop Board Essential Series. The new D201GLY is the first Intel branded motherboard to feature a SiS chipset. Intel previously used ATI chipsets in its D103GGV and D102GGC2 budget motherboards, however, Intel kicked ATI to the curb after the acquisition by AMD. The upcoming Intel D201GLY motherboard is an all-in-one solution with an integrated processor, similar to VIA’s EPIA series. It features the SiS662 north bridge paired with the SiS964L south bridge. The SiS662 features integrated SiS Mirage 1 graphics. The integrated graphics core is AGP8x-based and features hardware accelerated DVD decoding. It is not Vista Premium ready. Intel integrates a Yonah-based Celeron processor on the D201GLY. The integrated processor is a Celeron 215 in a BGA 479 package. Intel clocks the Celeron 215 at 1.33 GHz on a 533 MHz front-side bus. It also has 512KB of L2 cache. Despite being Yonah-based, the Celeron 215 is a single-core processor.Other notable features of the Intel D201GLY include DDR2-533/400 MHz memory support, one PCI slot, 10/100 Ethernet, six USB 2.0 ports and optional S-Video output. Expect Intel to release the D201GLY with the integrated Celeron 215 in the end-of-May or early-June timeframe.

Inside Intel's Santa Rosa platform


At the heart of Intel's new mobile platform is the processor, chipset and wireless combination codenamed Santa Rosa. Business notebooks built on the Santa Rosa platform will be branded Centrino Pro, while consumer systems will carry the existing Centrino Duo branding. Intel has upgraded all three platform elements, in its continuing efforts to increase notebook performance while reducing power consumption. However, not all of the components are very different to their previous versions.

Can Nvidia Take The Chipset Crown?


Intel's Core 2 Duo processors have been available for about six months now, and the response has been very favorable for Intel. In fact, many people send us emails asking our views on the best platform for Core 2 Duo systems. Until now the answer has been an Intel chipset, but competition has emerged: Nvidia's nForce 680i SLI core logic wants to be the undisputed champion for Core 2 Duo processors. Of course, we wanted to know whether it really is or not...
First of all, we have to make very clear that although today's chipsets support varying features and target different user segments, you won't notice any difference in performance between a motherboard using a P965, 975X or nForce 680i SLI chipset when you start Windows to attend to your daily business. Only if you belong to the feature-aware, performance-hungry or overclocking-savvy crowds will you appreciate the huge overclocking margins and plethora of tweaking options.
Intel's P965 and 975X chipsets represent the establishment, both because most Intel-based systems are powered by Intel's very own chipsets, and because Intel processors have traditionally run best with an Intel chipset. Although the 975X has been available for over a year, it is still the high-end product - it is paired with the ICH7 southbridge, and thus offers a nice range of interface options. However, the P965 is the latest core logic product, utilizing the ICH8 southbridge family with even more goodies. There is a large variety of 965 and 975 motherboards available today.
Nvidia has been in the chipset arena since 2001. Although its first nForce chipset failed, the nForce2 and following generations were increasingly successful. Today, the nForce 4 and 5 series are considered among the best choices for Athlon 64 solutions, and Nvidia is hoping that the nForce 6 will give it a big share of the Intel market. It is the larger business space, but also more difficult to get into: Nvidia already tried its luck with the nForce 4 Intel Edition, but even though the product was great, it couldn't take significant market share from Intel.
The nForce 6 chipset is supposed to be better than the Intel chipsets in every way: better overclocking, better storage subsystem, better dual x16 PCI Express SLI graphics as opposed to Intel's dual x8 PCI Express Crossfire support, better networking support and better memory auto-configuration. Let's dig into this new chipset and find out if it delivers.

Inside Intel's Penryn Processor


On Monday Intel announced the first mobile quad-core processor called Penryn. The new silicon is the cousin to the Penryn desktop processor, the Core 2 Extreme QX9650, announced on 12 November 2007.
The next generation transistors, used in the new Penryn processors (Intel Core 2 Duo, Intel Core 2 Quad and Xeon family) feature “new high-k + metal gate material that will allow for higher frequencies, lower resistance, less leakage and lower power consumption.”

Google is ditching Intel and going to AMD


The word on the street is that Google has been and will continue buying AMD products over Intel. Google currently owns 200,000 servers and AMD could start to see a lot of business from Google as they continue to expand or need to replace/upgrade the existing servers. The funniest part is that Intel's Chief Executive is on Google's board. It looks as though AMD continues

Intel to Launch Core 2 Extreme CPUs for Gaming Laptops


Intel will launch the first gaming laptop-use Intel Core 2 Extreme processor in Q2/Q3 2007, according to the Chinese HKEPC.

The HKEPC’s report based on Intel’s plans says that the first Core 2 Extreme mobile CPU will be the X7800 model featuring 2.6GHz speed, 4MB of L2 cache and a 800MHz front-side bus. It is said that these Intel’s next generation dual core CPUs for mobile gaming will be overclockable, and will be 64-bit capable like current Core 2 Duo processors for notebook’s (codenamed Merom).

Intel launches P45 chipset, says it's OK to overclock


Computex Intel is to give free rein to overclockers to tweak the settings that can be applied to its 'Eaglelake' chipset, the P45, the chip maker has revealed.
Launched today at Computex in Taipei, the P45 will come with Intel's Extreme Tuning Utility (ETU), an app that the company said would bring "overclocking to the mainstream". The tool uses Wizards to allow users to adjust a range of system speed parameters to try to boost performance. It'll also operate automatically.

Officially, the P45 supports frontside bus speeds of up to 1333MHz and DDR 3 memory clocked at up to 1066MHz, but both can be tweaked with ETU.
The chipset also supports PCI Express (PCIe) 2.0 to host either a single x16 add-in card or a pair of x8 boards. The accompanying ICH10 or ICH10R southbridge chip adds six PCI slots to the picture, along with six 3Gb/s SATA ports and an eSATA connector, all of which can be disabled by corporations that don't want extra drives added to their PCs.
Likewise, any of the 12 USB ports can be blocked.
The ICH10R variant adds RAID 0, 1, 5 and 10 to the user's drive configuration options. Both southbridges support HD audio and sport on-board Gigabit Ethernet. It'll also automatically adjust system cooling fans to reduce noise whenever possible.
Intel also launched the P43 today, which is almost entirely identical to the P45 - it simply lacks the ability to host two graphics cards, limiting the user to a single x16 PCIe slot

File:Intel Pentium III-M Processor Logo.svg


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Intel / Orange County Choppers Bike Photo - Low Front 3/4 Angle OCC Image


A collaboration between technology giant Intel and the custom bike gurus at Orange County Choppers, this wild one-off chopper was built in order to celebrate Intel's 30 year involvement in embedded computing (which refers to non-desktop, laptop, or mainframe applications.)
The bike features a ruggedized control unit built by Black Diamond Advanced Technology which incorporates digital gauges, integrated audio and video systems, GPS navigation, and wireless connectivity. Cameras replace rear-view mirrors, and the bike doesn't need a key because it uses fingerprint recognition technology to distinguish its owner.
Just as impressive as its technology is the chopper's V-Quad engine (inspired by the Quad-Core Intel Xeon processor 5300 that powers the bike's computer system.) Built by Nelson Engineering, the powerplant is essentially two conjoined V-Twins, and produces an astounding 250 horsepower. A massive 240mm front and 300mm rear tire round out this ambitiously constructed bike

Intel® Desktop Board D975XBX


The Intel® Desktop Board D975XBX is designed to deliver the best experience for advanced gamers and power-users. Based on the Intel® 975X Express Chipset and Intel® Pentium® processor Extreme Edition, this board delivers the ultimate performance for those seeking the most raw power. Enjoy intense, heart-pounding realism when playing the latest PC games with smooth, eye-popping graphics enhanced by ATI* CrossFire* support and crystal-clear Intel High Definition Audio. The Intel® Desktop Board D975XBX supports Intel® Core™2 processor with Viiv™ technology∇ and comes with the software required to help meet Intel® Core™2 processor with Viiv™ technology brand verification requirements.

Intel Core 2 Quad Q9550 Processor BX80569Q9550 - 2.83GHz, 12MB Cache, 1333MHz FSB, Yorkfield, Quad-Core, Retail, Socket 775, Processor with Fan



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B-roll video shows


The breakthrough silicon laser chip & manufacturing- Lab researchers working on the experiment- Demonstration by Intel researcher Mario Paniccia- Soundbites by Intel scientists and university researchers

Intel announces Centrino Atom platform for mobile devices


Intel has announced the branding for its forthcoming range of low-power processors designed for handheld devices. Formerly referred to by the codenames of Silverthorne and Diamondville, the chips will now go by the moniker Atom.
The Intel Atom uses the same instruction set as the Core 2 Duo processor, but it’s a completely new design that represents Intel’s smallest-ever processor. The Atom is just 25mm2 with 47 million transistors, compared to 410 million on the latest 143mm2 Core 2 Duo. The new chip will run at speeds up to 1.8GHz and draw between 0.6 and 2.5W – the Core 2 Duo draws around 35W.

Intel's AMD Antitrust Rebuttal: We're Not Bad, You're Just Stupid


Intel fired back at AMD in rebutting its antitrust lawsuit, saying the company has only itself to blame for not being competitive as a microprocessor supplier, with an inability to ship products on time, which helped to earn the company a bad reputation as a supplier with a poor track record of manufacturing investments:
Advanced Micro Devices Inc.'s failure to compete effectively with Intel in the microprocessor market is a "direct result of AMD's own actions or inaction," and weren't caused by any illegal actions by Intel, the microprocessor market leader said in court documents filed Thursday.
The filing in U.S. District Court was Intel's first formal response to AMD's lawsuit filed in June that charged Intel with using bribery and coercion of computer makers and retailers to limit the use of AMD processors.

New CULV Platform To Be Launched By Intel


Santa Clara (CA) - DigiTimes is reporting a new Consumer Ultra-Low Voltage (CULV) platform will be delivered by Intel sometime in Q2′2009, with 10 million units shipped by year’s end. HP is also planning Atom-based products for a mid-year introduction as well. It is believed Intel’s targeting AMD’s Yukon platform with the offering.

Intel confirms Centrino 2 brand


Even though it's actually version 5
By Tony Smith in ShanghaiGet more from this author
3rd April 2008 01:00 GMT
IDF It's official: Intel's 'Montevina' incarnation of Centrino will indeed be branded Centrino 2, as expected.
Up to the release of Montevina, due this coming May, there have been four versions of Centrino. But apart from briefly adding the word 'Duo' to the brand, Intel hasn't to date offered any clear indication to consumers that marked a new version of the platform from its predecessors.

That hasn't played well with notebook vendors and suppliers who have had to fall back on the chip giant's own codenames - 'Santa Rosa refresh', for instance - to differentiate one Centrino generation from another. Clearly, that doesn't tell buyers anything, and laptop makers have been crying out for a new approach that does.
Enter 'Centrino 2', using a simple version number in the tried and trusted way to show product A is generation X and product B is generation Y.
Montevina machines will go out under the Centrino 2 brand. Intel is planning to release some 15 45nm Core 2 Duo processors that tie into its 'Cantiga' chipset, the foundation of Montevina. Cantiga ups the platform's system bus speed to 1066MHz and adds support for DDR 3 memory. As before, Wi-Fi is part of the package, now augmented with WiMax as an optional extra.