Posts Tagged ‘INTEL’

CyberpowerPC Is Offering Intel’s Performance Tuning Protection Plan

February 1st, 2012

CyberpowerPC today announced it is the first U.S. computer manufacturer to offer Intel’s Performance Tuning Protection Plan, which provides an added layer of warranty protection in CyberpowerPC Black Mambathe event of CPU damage caused by overclocking.

The Performance Tuning Protection Plan is a chance to experiment with the overclocking features of your CyberpowerPC gaming rig without the fear of what may happen if you push the processor too far. The Plan will provide complete one-time replacement of the processor if you overclock or over-tweak the voltage and the CPU fails.

If your CyberpowerPC’s processor fails under normal usage, it will be replaced under the standard warranty; if it fails while running outside of Intel’s specifications, it will be replaced under the Performance Tuning Protection Plan. CyberpowerPC will offer the Intel Plan for all systems built with “K” and “X” Intel boxed processors. Intel launched the plan in January and it will last for six months.

As one of the first system builders to offer the Intel Performance Tuning Protection Plan, CyberpowerPC has teamed with world-wide leading motherboard manufacturer Gigabyte to offer the Intel Plan free to customers who purchase an Intel 2nd Generation K CPU and a Gigabyte Z68 motherboard.

CyberpowerPC also offers its in-house Venom Boost technology which overclocks the processor up to an additional 30 percent. For those who do not want to experiment, Venom Boost technology is a safe way to obtain maximum performance for gaming, multi-tasking and intense multimedia and business applications.

CyberpowerPC pairs every gaming rig with the most current video cards from NVIDIA and AMD to deliver cinematic visuals on the latest games. Customers can also opt to have CyberpowerPC’s Advance Hydro Liquid Cooling Kit installed in their system to keep overclocked CPUs and extreme gaming GPUs cooled and running quiet.

All CyberpowerPC’s gaming systems can be customized with a number of performance hardware and components such as Solid State Drives, Blu-Ray drives, gaming memory, gaming peripherals, business and productivity software, and more at the company website, www.cyberpowerpc.com .

CyberpowerPC assembles every system in the US. Each system is meticulously built including precise cable routing to ensure optimal airflow and a clean aesthetic appearance. CyberpowerPC loads every system with Microsoft Windows 7 Home Premium Operating System for an enhanced gaming and multimedia experience. All CyberpowerPC gaming systems include a 3-year limited warranty and free lifetime phone support.

Source:http://www.gamersdailynews.com/story-26784-CyberpowerPC-Is-Offering-Intels-Performance-Tuning-Protection-Plan.html

How to set up Intel Smart Response SSD caching technology

January 31st, 2012

When Intel launched the Z68 Express Chipset for second generation Core family processors, one of the chipset’s differentiating features was support for Smart Response Technology, or SRT, a solid state caching technology designed to enhance overall system performance and responsiveness. Smart Response Technology is not a feature specific to the Z68 Express chipset hardware, however. The technology is actually implemented fully in Intel’s Rapid Storage Technology drivers and software (v10.5 or newer), but is only enabled on the Z68 Express or newer 6-Series and 7-Series Intel chipsets.

Intel’s Smart Response Technology is a transparent caching solution that intelligently monitors both reads and writes to and from a standard hard drive and caches the most frequency accessed bits of data to a faster solid state cache. By mirroring the most commonly accessed bits of data to the solid state cache, and using said cache for subsequent transfers, Intel’s SRT technology can essentially offer solid state drive-like performance in a system that uses a standard hard drive for its main storage volume. For those that are not well versed on solid state drives, they typically offer near instantaneous access times with transfer speeds that dwarf even the fastest of hard drives. A modern SATA III SSD, for example, can offer reads and writes in the 550MB/s range with sub-1ms access times, whereas a 10,000 RPM hard drive may hover in the 160MB/s range under ideal conditions with multi-millisecond access times.

A hybrid HDD / SSD caching solution also offers some usability benefits. Due to the relatively high cost of solid state drives, it is common for PC users to pair a mid-sized SSD in the 60GB – 120GB range to a larger hard drive. The smaller SSD is typically used for the operating system and frequently used applications and data, while the hard drive is used for bulk storage. A configuration like this offers excellent overall performance and storage capabilities, but requires the user to manage multiple drive letters and potentially move data manually from the SSD to the hard drive and back, if the SSD is running low on space. With a hybrid solution like Intel’s SRT, the SSD (or a portion of an SSD) is hidden from the OS and data is cached automatically. No additional drive letters are necessary and data is dynamically moved to and from the SSD based on individual usage patterns. The end result is a system that can offer SSD-like performance, with hard drive-like capacities, without the user having to manage multiple drive letters.

Hybrid solutions like Intel’s SRT also have some drawbacks, however. Like other SSD / HDD hybrid configurations, the data on the hard drive must be accessed multiple times before it is mirrored to the solid state storage volume for caching purposes. As a result, the SSD cache will offer little or no performance benefit to new or infrequently accessed data. With large file transfers, new application installations, file copies and the like, a system with Smart Response Technology enabled may perform as if it only had a lone, standard hard drive installed.

With that said, there are noticeable benefits to using SRT in the vast majority of circumstances. To do so, however, may require an OS reinstallation due to SRT’s requirements. For Intel’s Smart Response Technology to function, you must have a compatible chipset, the storage controller in the system must be configured for RAID mode and the proper Intel RST drivers must be installed (version 10.5 or later). If your system’s storage controller is configured in IDE or AHCI mode and Windows is already installed, switching to RAID mode may result in blue screens and a non-bootable system, without resorting to some driver and registry trickery.

Installing and enabling Intel’s SRT is ultimately, quite easy. Assuming a system with a single SSD and a single hard drive, connect both drives to the Intel-powered SATA ports in your system, then fire it up, an enter the system BIOS, and configure the SATA controller to RAID mode. Then restart the system and install Windows to the hard drive, ignoring the SSD for now. When the Windows installation is complete install the drivers necessary for you system’s components, including the Intel chipset drivers and Intel Rapid Storage Technology (SRT) drives – both can be downloaded at the Intel Download Center.

Once those drivers are installed, the system will restart, and the Intel RST control panel will be accessible via an icon in the system tray. Double-click the Intel RST icon and a control panel GUI will open. Within that control panel – provided everything is installed properly – there will be an Accelerate button at the top. Click on the Accelerate menu button, then select the SSD and define how much storage space to use. Intel’s Smart Response Technology can use up to 64GB of space on an SSD for caching purposes. With an SSD of 64GB or smaller, you can use the entire drive and the system will appear to the OS as having only a single drive. With an SSD larger than 64GB, you can use as much of the drive for SRT as you prefer (obviously larger caches will yield better performance with larger amounts of data), and the unused space on the SSD can be partitioned and assigned a drive letter.

Once the SSD is selected and capacity is defined, you can enable acceleration and choose an SRT mode. There are two modes available: Enhanced or Maximized. Enhanced is essentially a write-thru cache mode, where writes speeds are limited by the hard drive’s performance. Maximized mode acts as a write-back cache, however. A Write-back cache provides the highest overall performance, because writes are cached and written to the hard drive later.

So how much performance can you expect to gain by enabling Intel’s Smart Response Technology? We tested the technology with a Core i7-2600K powered system, with 4GB of RAM, a WD Raptor hard drive, and a 20GB Intel SSD, all running under Windows 7 Ultimate x64. With SRT disabled, the system put up a PCMark Vantage score of 12,138. With SRT acceleration enabled and operating in Enhanced mode, with the entire 20GB capacity of the SSD used, the system’s PCMark Vantage score jumped to 16,563. And with SRT operating in Maximized mode, performance in PCMark Vantage increased to 16,582 – a boost of about 36%. What the numbers don’t convey is the speedier “feel” of the system. The low access times and quicker transfers afforded by the SSD result in a much snappier, responsive system over one with a hard drive alone. The difference is like night and day.

Source:http://www.computerworlduk.com/how-to/applications/3333717/how-to-set-up-intel-smart-response-ssd-caching-technology/

Intel Donates Processors for Teaching, Research

January 28th, 2012

Intel, one of the world’s largest semiconductor chip makers, has donated a dozen computer processors to the Electrical and Computer Engineering (ECE) Department for use in research and teaching.

The donation, worth nearly $14,000, consists of six Intel Core i5-2500 and six Intel Xeon E7540 processors.

“These are powerful processors,” says Assoc. Prof. Yan Luo, who received the chips in behalf of the department. “They have multiple cores that can speed up computations of large-scale applications, which require a lot of CPU cycles.”

Luo says the chips will be used for scientific computations, modeling and simulations, machine-learning algorithms, high-performance network packet processing and virtualizations.

“We will also use them to teach undergraduate and graduate students how to write parallel programs,” he says.

Luo has had long-term involvement with Intel’s research labs and educational programs.

“In 2010, the company donated to the department two computer servers with powerful processors for use by our students in the lab,” he says.

The Cornell Cup Competition

Intel and Cornell University are hosting for the first time this year the Cornell Cup USA, a national competition that empowers undergraduate and graduate students in science and engineering to become inventors of the newest innovative applications of embedded-design technology.

UMass Lowell is one of 24 teams that have been selected to compete in the Cup’s finals, to be held in May at Walt Disney World in Florida. Other finalists include teams from UMass Amherst, MIT, Georgia Tech, Worcester Polytechnic Institute, UC Berkeley, Columbia, Penn State, Purdue and USC. The overall winner will receive a $10,000 prize.

UMass Lowell’s entry — called the “JouleCycle” — is a gaming system that helps people exercise regularly, achieve caloric balance and control obesity.

“Obesity is recognized as a serious public health problem that leads to many illnesses, such as diabetes and heart disease,” says Luo. “According to the Centers for Disease Control and Prevention, about a third of U.S. adults and 17 percent of children and adolescents aged 2 to 19 years are obese.”

The JouleCycle is built around a human-powered bicycle and an Intel Atom development board that uses no battery. The game player generates the electricity needed to run the Atom board and its customized hardware and software by pedaling.

“To make the game interesting and enjoyable, the power generated by the player determines the game’s themes and levels,” he says.

The JouleCycle Team consists of ECE seniors David Cote and John Foley, ECE sophomore Andrew Hajj and Mechanical Engineering master’s student Michael McGinley. Profs. Yan Luo of ECE and Hongwei Sun of Mechanical Engineering are the faculty advisers. The team received $2,500 in funding from Intel to build the system and help cover travel expenses to Florida.

Source:http://www.uml.edu/News/stories/2011-12/Intel-chip-donation.aspx

Axioo Neon NHM Use World’s First Core i7

January 23rd, 2012

In the early 2012 ago, Toshiba is proud to launch Neon HNM, claimed as a product of the notebook 14 inches, carrying the world’s first Intel Core i7 processor technology 2nd Generation.

At the time this advanced Toshiba notebook offered in Computer Electronic Show 2012 event held in Las Vegas on the last 6 to 9 January 2012.

This as evidence that Toshiba products capable lined with products that have strong global brands and has a big name in the industrial market information and technology world. Over time, Toshiba is committed to continuous users, it continuously presents the work of the nation, the product products with latest technology.

With the Intel HD Graphics 3000, Toshiba Neon HNM upgradable processor can deliver faster graphics performance than previous generation technology, without the need for additional graphics hardware.

This is where the advantages to enjoy a visual presentation is more lively, more detailed, more agile, richer colors, and more natural. The screen of 14 inches, to facilitate work and entertainment feel more comfortable and roomy. More stable with the support of HD Audio technology and SRS Surround Sound.

There are several advantages that are felt in menunjuang productivity and connectivity you in using the Toshiba Neon HNM is upgradable processor, such as the 500GB HDD, 4GB RAM, HDMI port, WiFi, Bluetooth, and e-SATA combo port.

Axioo Neon HNM upgradable processor is still the same like Axioo Neon HNM first launched in the outside view. This device also has a number of excellent features such as Multi-Gesture Hexapad for navigation and precision.

There are also buttons SoCoNet, for easy access to social networking in a single click. This feature is well suited to users in the country who enjoy social networking.

Through this press release, we convey the good news about the presence of Neon HNM upgradable Processor Toshiba and Toshiba Booster Pack. Our product has been launched by the end of 2011 ago. Still a warm conversation, here we say that the HNM upgradable notebook processor currently only available for I3 only.

Sourcehttp://cybertech.cbn.net.id/cbprtl/cybertech/detail.aspx?x=Tech+Info&y=cybertech|0|0|2|11856

Intel, AMD in for rough 2012

January 19th, 2012

Hard-drive shortages may be the least of Intel Corp’s worries in 2012: the top chip maker and distant rival Advanced Micro Devices Inc, face a steady crumbling of global personal computer demand.

Intel warned last month that the damage wrought by flooding in Thailand — the world’s largest producer of computer drives — persists and would curtail December-quarter earnings.

But some on Wall Street think the short-term blip in storage supply blurs a deeper problem. Analysts increasingly believe that demand for PCs may even fall short of the industry’s scaled-back expectations as consumers tighten their belts or opt instead for gadgets such as Apple Inc’s iPad.

“The hard drive supply issue is masking global macro demand issues. How much weakness in demand is being covered up by the hard drive shortage? I don’t think demand has materially gotten better,” said Evercore Partners analyst Patrick Wang.

Despite hopes Microsoft Corp’s long-awaited Windows 8 might give the lumbering industry a shot in the arm, many experts expect the PC industry to struggle through at least the first half of 2012 as hard drive plants in Thailand hit by catastrophic floods last year repair damaged production lines.

IHS iSuppli in December cut its 2012 forecast for PC shipment growth to 6.8 percent from 9.5 percent, but some analysts call that estimate optimistic.

Longer-term, analysts say Silicon Valley icon Intel needs to come up with an answer to Apple and the new breed of increasingly powerful gadgets, such as tablets, that are luring PC users away.

Intel is expected to post fourth-quarter revenue of $13.718 billion, down from $14.3 billion in the previous quarter. It is seen forecasting revenue of $12.799 billion for the current March quarter, according to Thomson Reuters I/B/E/S.

Santa Clara, California-based Intel’s net income for the fourth quarter is seen dipping 4 percent, year over year.

Intel’s processors still turn up in four-fifths of the world’s PCs, but the company that once lorded over personal computing has so far been shut out of a booming market for tablets and smartphones, such as Apple’s iPad and Google Inc’s Android smartphones.

Hoping to safeguard its position, Intel this year will kick off its largest marketing campaign since 2003, with “Ultrabooks” – instant-on laptops it hopes can stand up to the likes of Apple’s Macbook Air, while giving off some of the technological chic the iPad and other tablets exude.

The super-thin devices impressed some at last week’s Consumer Electronics Show in Las Vegas, but many remained skeptical consumers would be willing to shell out premium prices to buy them instead of cheaper, run-of-the-mill laptops.

“Intel’s (quarterly forecast) numbers look achievable, but going forward, I still think there’s too much optimism on PC units and too much optimism in the near term on Ultrabooks,” said Brad Gastwirth, co-founder of ABR Investment Strategy, an independent research firm.

Uptick in the cards?
Boosting optimism about a recovery in the wider chip sector, ASML Holding NV said on Wednesday demand for its lithography tools was improving, pushing its shares to an 11-year high.

ASML’s performance suggests a rebound after a recent selloff in chip inventories and hints at the end of a slump in orders for semiconductors – especially for components used in smartphones and tablets.

But for now, PCs makers face uncertain demand and some buyers might hold off until Intel’s new Ivy Bridge chip hits the market, expected around April.

The world’s largest chipmaker has long argued that emerging markets such as China will take up the slack as the United States and Europe battle economic malaise.

But Kevin Cassidy, an analyst at Stifel Nicolaus, expects Intel’s PC processor shipments to stay flat this year. It is expected to expand its revenue a meager 2 percent in 2012, according to Thomson Reuters I/B/E/S.

Even Windows 8 could weigh on Intel’s 2012. Some experts say it will create new competition for Intel, with Microsoft’s flagship operating system compatible for the first time with power-sipping ARM Holdings Plc chips – widely used in tablets.

Billed as Microsoft’s biggest refresh since switching from its text-based DOS system to a graphics interface over 20 years ago, Windows 8 is expected to lead to a crop of laptops made by Intel rivals such as Qualcomm Inc and Nvidia Corp using chip designs licensed from Britain’s ARM.

Analysts say ARM-powered laptops are unlikely to meaningfully dent the PC market this year. But they warn the arrival of Windows 8 on tablets could entice more consumers away from laptops to tablets capable of running Windows-compatible applications such as Microsoft Word and PowerPoint.

And any delay by Microsoft in launching Windows 8 risks creating postponing PC purchases further as consumers await the release, they warned.

Fears of falling PC sales hurt the shares of Microsoft, Dell Inc and Intel for much of 2011. Intel’s stock has recovered over the past three months, partly due to the chipmaker’s still relatively high 3.3 percent dividend yield.

While still trading at a relatively low 10.6 times expected earnings, the shares recently hit a 52-week high.

AMD is expected to post $1.715 billion in revenue for its fourth quarter when it reports on Tuesday and to forecast $1.595 billion in revenue for the current quarter.

Sunnyvale, California-based AMD has not lowered its December quarter earnings forecast to account for the hard drive shortage, but it may get a boost from added sales as it ships extra orders to catch up from a September setback in manufacturing its new “Llano” processors, analysts say.

In recent quarters, Intel surprised investors with resilient growth in emerging markets, helping offset the tougher U.S. and European environment and analysts are hedging their bets.

“I think there’s a chance they’ll come out and guide (above expectations). If that were to happen, I’d expect the stock to pop. But I don’t think the stock has legs here because there’s really nothing to follow through with on that

Source:http://timesofindia.indiatimes.com/tech/news/hardware/Intel-AMD-in-for-rough-2012-Analysts/articleshow/11553109.cms

The Intel Classmate evolves now is dual core

January 16th, 2012

Presented for the first time in 2007 the platform of Intel Classmate comes well in its fifth generation , acquiring characteristics similar to those of a netbook, but adding to them a carrying handle, a water-resistant keyboard with anti-microbial optional and scratch-resistant surfaces.

In spite of the great names only appear on the list of Lenovo firms making a classmate PCs, their sales figures seem to have finally achieved satisfactory numbers, since the last report, Intel says that they have sold “more than six million “, and in March 2011, there were only three million units sold. This new version, however, shows no radical changes. The design is virtually identical to the previous one, with a cover that can be flipped to turn your computer into a tablet. The new classmate, however, is now faster thanks at Intel Atom N2600 , based on a dual core platform Cedar Trail and made 32nm. This, combined with a six-cell battery, allows the classmate to reach an autonomy of 12 hours if used as a notebook, or 11.5 hours if used as a tablet.

But there’s also the classmate new multi-touch capacitive display , thanks to the presence of a stylus and the ability to recognize the writing give the user the impression of “writing paper”, as stated by Intel. Those who wish to contain costs, can still opt for the previous resistive touch panel. The Convertible Classmate version (notebook-tablet) has a display resolution of 1,024 x 600 or 1,366 x 768 pixels, whereas the only notebook offers resolution of 1,024 x 600 pixels. The rest of the features can be customized by OEMs, who can use regular hard drives or SSDs and put a webcam 0.3, 1.2 or 2 megapixels.

The hardware for both versions of the Classmate, however, includes an SD slot, a VGA port, two audio jack and two USB 2.0 ports, with the ability for OEMs to integrate a third USB 2.0 port or HDMI port. Inside there are also two PCI slots Mini , a 10/100 Ethernet network port, the wireless adapter 802.11 b / g / n and, optionally, also the WiMax connectivity. There is also a TPM module with software theft, and LabCam, working with the integrated webcam that can provide you with “anti-shake features, the acquisition and management of media, noise filter, store and save notes,” according to intel. As for the operating system, the classmate you can have both Windows 7 and Linux, and is also available on McAfee Antivirus software.

Source:http://www.hwjournal.net/notebook-netbook/il-classmate-di-intel-evolve-ora-e-dual-core-9288

Intel moves beyond PC era, touts Android phone

January 11th, 2012

During his keynote speech at CES, Intel Chief Executive Paul Otellini said we’re moving beyond the era of the personal computer — to the era of “personal computing.”

“The devices themselves are less relevant,” he said. “The more important question is, “Are we creating a better experience.’ That’s the ultimate litmus test for all of us in the industry and at CES.”

Otellini outlined four “essential qualities of computing”: It has to be engaging and devices have to think as fast as we do; experiences have to be consistent regardless of the size and location of the device; devices need to be aware of our preferences and identity; computing experiences must also be secure while keeping personal data personal.

In his first dive into products, Otellini emphasized smartphones, an area where the company has been trying to gain traction. He said the company’s new smartphone hardware is coming first to China, in Lenovo’s new K800 smartphone.

Liu Jun, senior vice president of Lenovo (at left), came on stage to show the device, which has a 4.5-inch HD screen and Android software. It’s coming to the Chinese market in the second quarter.

“This is only the first step — I firmly believe Intel and Lenovo will achieve great success is the mobile” market, Jun said.

Otellini then showed Intel’s phone reference design that hardware companies can use to quickly build their own Android phones with 8 megapixel cameras, 1080p video, 8 hours of talk time and 14 days of standby time.

The device is less than 10 millimeters thick, has HDMI ports and NFC payment capability.

Otellini said the reference platform outperforms many currently shipping phones in browsing speeds, Javascript performance and energy consumption.

Sanjay Jha, chief executive of Motorola Mobility, came on stage to show its support for Intel’s mobile hardware.

“We’re thrilled” to build high-performance mobile products based on the mobile Atom hardware, Jha said, then announced a multi-year partnership with Intel.

Intel-powered Motorola devices should enter the validation phase this summer, Jha said.

Chris Aubrey, Addidas marketing vice president, then came on stage to demonstrate a wall-sized interactive touchscreen display powered by Intel i7 processors.

“We’re giving consumers access to an endless aisle of products,” Aubrey said.

Customers can touch the screen to play games, socialize through online networks and also peruse and purchase shoes. When they’re ready to complete the deal, they enter their size and a clerk toting a tablet will appear with the shoes.

During a two-week test in London the system increased sales by five times, Aubrey said.

Otellini then went back to the PC era, demonstrating a reference design for an Intel Atom-based tablet running Windows 8.

“The combination of Windows 8 on Intel architecture promises to bring great new experiences to tablets,” he said.

At the same time, people are expecting more from their PCs, he said, leading into a pitch for the Ultrabook laptop category that Intel’s promoting.

More than 60 new Ultrabooks are now being developed by PC makers, in addition to more than a dozen already on the market, Otellini said.

Jeff Clarke, Dell vice chairman, came on stage to announce Dell’s new XPS 13 Ultrabook. The laptop is less than a quarter inch thick at its thinnest point. The case is aluminum with a carbon fiber base and weighs less than 3 pounds.

“We think this is what next-generation computing looks like going forward,” Clarke said.

Clarke said it’s similar in size to an 11-inch notebook but has a 13-inch screen. He said it has nearly nine hours of battery life on the device, and it’s designed to be always connected so it continually receives updates. Inside it has Intel i5 or i7 processors, and Dell will begin taking orders in February.

Then Otellini showed a reference design for convertible laptops with displays that tilt forward — on a tall hinge — to the front edge of the palmrest, where they can be used as a video display or for touch computing. The display also folds all the way down to form a tablet, with the lid lying screen-side up over the keyboard. Inside the system runs the new “Ivy Bridge” processors built using Intel’s 22 nanometer manufacturing process.

Intel showed the reference design running both Windows 7 and Windows 8.

To raise the profile of Ultrabooks and the brand, Intel is sending musician will.i.am on a global tour to create songs in different cities and upload and share them with his Ultrabook.

Will.i.am came on stage with his aluminum Ultrabook and talked about the tour and the hardware, then played part of the first song he created on the tour, in Tokyo.

“I love it — I love DJ’ing with it, I love creating with it,” will.i.am said, after Otellini asked how he liked the laptop.

Will.i.am went on to explain how music today is created and played with computers.

“This is the new ghetto blaster,” he said.

“Wow,” Otellini said, after he finished laughing and the hubbub in the room died down.

Source:http://seattletimes.nwsource.com/html/technologybrierdudleysblog/2017205360_ces_2012_intels_big_show.html

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