The Fastest Desktop PC Ever

In the words of LT Pete "Maverick" Mitchell, "I feel the need....the need for speed!" Well, at least that's what Intel is feeling as it just announced that it will be putting its absurd 72-core Knight's Landing supercomputer chip into production. However, that isn't even the most exciting part. The most exciting part is that the Knight's Landing, which is Intel's fastest chip to date, will be going into desktop workstations that will contain enough computational power to make Doc Brown's overloaded speakers look like a kids karaoke machine.

PC World recently reported that the company is planning on shipping a "limited number of workstations" that will come equipped with the super-fast supercomputer chip in the first half of 2016. As a result PC makers will have the ability to adopt Intel's supercomputer silicon in desktop models on a greater scale, according to Intel's Charles Wuischpard. I don't know about you, but I'm not sure I can handle a chip like this being in something that is sitting in my room or my office. But then again the power is very alluring.

The main question that is going to be on everyone's mind is, of course, what kind of specs we can expect from the Knight's Landing chip. This chip differs from the ones currently in your desktop in the fact that this supercomputer processor puts all of its cores onto a single piece of silicon. Then, all of these processors are bundled up with 16GB of on-package MCDRAM memory into a PCI-E add-in card. This is very similar to the ridiculous Nvidia GPUs that are currently being installed on supercomputers around the world.

Once you have all of this packed together and installed inside your computer you are left with a piece of hardware that is capable of computing single-precision calculations at a rate of 8 teraflops, or double-precision calculations at over 3 teraflops. PC World also noted that this chip will be used by the United States Department of Energy inside of its 9,300-core Cori supercomputer and, in addition to that, Intel has also claimed that 50 different manufacturers will ship systems that use this chip in time.

In the meantime the desktop workstations, which are essentially jacked up versions of the CAD, graphics and film editing computers that are used in offices where money is as abundant as air, will be made available to researchers who are interested in using a supercomputer but are otherwise unable to gain access to one. The idea is that these individuals will be able to develop and test code on the workstation before shipping it out, error-free, to a supercomputer somewhere in the future. I highly doubt that you will be getting something like this in your iMac anytime soon, though Intel is, at the very least, attempting to put this chip into the hands of people that would otherwise have no access to such a device.

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HP Envy 34 All-In-One Has Brilliant 34-Inch Curved Display

HP has just released its newest all-in-one PC, the beautiful Enfy 34. This computer offers something unique, however, that other all-in-ones do not and that is a 34-inch curved panel. This is definitely a fancy computer to look at and, as a result, isn't cheap.

HP has added Intel's latest 6th-generation Skylake CPU and the screen itself is an IPS display, allowing for wide viewing angles. The screen also comes with a 3440 x 1440 resolution as well as 4.9 million pixels and a 21:9 aspect ratio. According to HP, the Envy 34's display offers 99% of the sRGB color gamut and also has Technicolor certification.

As far as CPU options are concerned, the Envy 34 comes with a Core i5 or Core i7 Skylake dual-core with integrated graphics standard. If this isn't quite good enough for you then you can always opt for the GeFOrce GTX 960A. Nvidia typically special OEM versions of its GPUs, which generally means that this version will be a bit slower than the consumer model.

In terms of RAM storage there is included 8GB or 16GB of DDR4 with storage options ranging from 128GB SSDs to as much as 2TB hard drives and hybrid drives. Naturally, the lower specs come with the base priced model of the Envy 34, which in this case will run you $1,800 USD.

If the Envy 34 seems a bit too big for you liking, the you will be happy to know that HP is also offering 27-inch and 24-inch models, known as the Envy 27 and Envy 24, respectively. Both of these versions mirror the internal hardware of the Envy 34, with the Skylake Core i5 and Core i7 chips as well as similar RAM and storage options. However, on these devices HP is giving consumers the option of AMD Radeon R7 or Radeon R9 graphics.

In addition to that, the panels on the Envy 27 and Envy 24 are flat, instead of curved. Both are Technicolor certified and have resolutions from standard 1080x1920 HD up to Ultra HD 4K. The Envy 24 starts at $1,000 with the Envy 27 starting at $1,200.

As far as all-in-ones are concerned, the Envy 34 from HP is definitely one of the best looking. What it's got underneath the hood is nothing to shake a stick at either. Solid RAM, solid storage space, solid processor, and a solid graphics card(s) are sure to make this all-in-one be at the top of many a computer lover's list.

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10TB SSDs Are No Longer A Dream But A Reality

Toshiba and Intel recently came out with a big announcement that is going to make flash memory devices and SSDs a whole lot cheaper. Both of the companies just announced new memory chips called "3D NAND" chips. These new chips are stacked in layers in order to hold more data than a standard single-plane chip that is generally used. Toshiba also said that they have created the very first 48 layer NAND chip with a 16GB capacity and way faster speeds and reliability. This doesn't come to any surprise, considering they were the first company to invent flash memory, and they created the world's smallest NAND cells at 15nm. The new products won't make their way into new devices for about a year, but they are already sending engineering samples to manufacturers.

Intel and their partner Micron are working on even bigger chips than Toshiba. They have their own 32 layer NAND chips that should see use in devices around the same time that the ones from Toshiba. So far they have a 32GB chip made and a 48GB version that is currently in development. Micron says that the chips could be used to make gum-stick sized M.2 PCIe SSDs up to 3.5TB in size and 2.5-inch SSDs with 10TB of capacity. Now that all of this is happening, it means that companies like Samsung are going to have some serious competition. They have been using the 3D NAND technology for quite some time, but Intel and Toshiba are doing it bigger, better, and cheaper.

No matter what, this is nothing but fantastic news for consumers everywhere!

Source found here

Steve Appleton, CEO of Micron, Dies in Plane Crash

In a very sad announcement, it has been discovered that CEO and Chairman of the Board at Micron Steve Appleton died in a plane crash earlier this morning in Boise, Idaho. 51-year old Appleton was in the process of flying an experimental fixed-wing plane at the time of the accident.

According to a statement from Micron regarding the loss, "Steve's passion and energy left an indelible mark on Micron, the Idaho community and the technology industry at large." Appleton had been working for Micron for 29 years since he started in 1983 and had served the company as a Production Manager, Director of Manufacturing, Vice President of Manufacturing and Chief Operating Officer.

Based in Boise, the company is the largest memory chip manufacturer in the United States and one of the largest in the world. Micron has plants scattered across several states including Idaho, Utah and Virginia and also operates a joint manufacturing venture with Intel. Micron, for those who don't recognize the name, is responsible for brands like Lexar as well as Crucial.

Mr. Appleton began work for Micron when he was only 22, where he worked the overnight shift at the company's factory. From there he climbed the ranks until he reached the top spot of Micron CEO in 1994. However, Micron wasn't Appleton's only venture as the CEO was also a stunt pilot, triathlete and tennis player.

Our thoughts and prayers go out to Mr. Appleton's friends, family and coworkers in this difficult time.

Source: CNET - Micron CEO Steve Appleton dies in plane crash
USA Today - Micron CEO Steve Appleton dies in crash of small plane

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Intel Unleashes New 320 Series SSD with Increased Capacity

Intel has just announced their newest product, the Intel SSD 320 Series, which represents a significant upgrade to Intel's existing lineup of solid-state drives. According to Intel, this series of SSD can have up to 600GB and improves performance all while having a better price than the current X25-M Series. This new SSD definitely fulfills Intel's promise of their 25-nanometer multilevel cell flash manufacturing process. This process increased production in 2010 and increased SSD capacity points while also reducing production costs by cramming 8GB of storage onto a single 167mm flash die.

For those of you who don't know, that is twice the capacity that could be produced by the previous 34nm process. Intel has done a lot of work with the 320 Series. Everything you know about the SSD has been redesigned. It now uses an all-new Intel controller and even supports 128-bit AES encryption. This series also enhances data reliability through extra arrays which amplify the error correction that is already in the flash. Then it adds a failsafe in order to enable the drive to complete writing a file even if it has been interrupted by a loss of power.

With all these new features, the new SSD should not have any problems appealing to the target audience of consumers and business users. Intel expects the 320 Series to even find a place in data center and server applications as a replacement for the 15,000 rpm hard drives. Intel has not yet released a retail pricing, however, they do expect the drives to sell in quantity for $89 (40GB), $159 (120GB), $289 (160GB) $529 (300GB) and $1,069 (600GB). If you want a comparison, the Crucial RealSSD 300 (256GB) currently sells for $475 while the Intel X25-M (160GB) goes for about $410.

Intel has stated that they expect the 160GB SSD 320 Series to sell for "about $100" less than the X25-M. A year ago a 256GB SSD would run you around $750, so if Intel's expected volume prices can become retail prices, we may just see a new lineup that could help adapt SSD into a more mainstream item.

Source: PCWorld - Intel 320 Series SSD Boosts Capacity, Drops Cost

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Intel's Light Peak to Debut Thursday

The technology world loves rumors, in fact, I think that they live, breath, eat and sleep rumors. I feel that if there were no internet rumors, then we would have a lot of depressed computer people out there with nothing to do to fill their free time. It's quite sad really. But, alas, we have another rumor floating around the internet that all the little techies are drooling over and that is the rumor that Intel will officially launch its Light Peak high-speed connection technology this Thursday.

This great speculation comes from Intel telling the media that it will "host a press briefing to discuss a new technology that is about to appear on the market." CNET apparently has "an industry source familiar with details of the event" and says that it will indeed be Light Peak. Other speculation surrounding this news is concerning whether or not this launch will have anything to do with the new MacBook Pros also set to be launched on Thursday.

Rumors have been circulating since late 2010 about Apple possibly incorporating Light Peak into its 2011 MacBook Pro models. Since then, there have been leaked spec sheets floating around as well as product photos of a 13-inch MacBook Pro which would back up this rumor if it is true. If this is true, then Apple plans on renaming it "Thunderbolt". However, it is unclear whether or not Intel will adopt this nomenclature as well.

Whether you decide to call it Thunderbolt or Light Peak is up to you, but know that it is a single interface designed to replace the SCSI, SATA, USB, FireWire and PCI Express ports on a computer. The technology, which is copper-based, supposedly delivers 10Gbps bi-directional data transfers and is the main reason some people have speculated Intel has been so slow to adopt native USB 3.0 support on its motherboards, something Intel has not surprisingly refuted.

Source: Maximum PC - Intel to Debut Light Peak on Thursday, Apple Calls it "Thunderbolt"

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New Fab 42 from Intel

On Friday, February 18, Intel announced that they will be constructing a brand new $5 billion fab in Arizona. The fab will be used for the manufacturing of chips using a 14-nm manufacturing process and leading edge 300-mm wafers.

In the statement that Intel released on Friday, it was said that the new fab would be called Fab 42. Construction of the facility will begin sometime in the middle of 2011. Intel is saying that Fab 42 will be "the most advanced, high-volume manufacturing facility in the world." It should be finished in 2013.

The announcement about Intel’s latest investment was made on the same day that President Obama toured an Intel facility in Hillsboro, Oregon. While at the facility, Obama decided to go ahead and name Intel’s chief executive Paul Otellini as a member of the Council on Jobs and Competitiveness. Going along with this, it is definitely not coincidental that the new fab that Intel is constructing will create "thousands of construction and permanent manufacturing jobs" that go right along with Otellini’s new position.

One of the biggest advantages that Intel has had in the past has been its strong manufacturing line. They have constructed several different fabs around the world. These fabs have really helped to keep Intel in competition with their rival AMD, who has been trying to undermine Intel by designing more efficient chips.

The new 14-nm fab that is being constructed by Intel will be considered one of the most advanced semiconductor fabs compared to any in its category. According to PCmag, the fabs will be “putting out chips that will incorporate linewidths that are twice as fine as Intel's current ‘Sandy Bridge’ processors, which use a 32-nm process.” As of right now, a comparison cannot be made between the chips that Intel is putting out currently and those that will be made with the new process, but we can say that the new chips will most likely use less power or run much faster than the versions that Intel is currently releasing.

"The investment positions our manufacturing network for future growth," said Brian Krzanich, senior vice president and general manager for Intel's manufacturing and supply chain operations, in a statement. "This fab will begin operations on a process that will allow us to create transistors with a minimum feature size of 14 nanometers. For Intel, manufacturing serves as the underpinning for our business and allows us to provide customers and consumers with leading-edge products in high volume. The unmatched scope and scale of our investments in manufacturing help Intel maintain industry leadership and drives innovation."

In the past few weeks, Intel has been dealing with a small roadblock that the company discovered concerning a support chip that is associated with the Sandy Bridge chip processor.

At the end of January, Intel found what is now being called the “Cougar Point” flaw and were forced to recall the chip. Shipping resumed about a week after the problem was discovered, but it was under the condition that Intel and OED could both assure one hundred percent that the flaw would not manifest.

Due to the temporary roadblock that Intel was forced to deal with, its rival AMD went ahead and launched an ad campaign on Friday in an attempt to pull in customers. We’ll have to see if Intel can jump right back into the race.

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Intel Design Flaw Affects HP Availability

The tech world has been buzzing over Intel's second generation of processors known as "Sandy Bridge", but now they might be buzzing in a slightly different way as a major design flaw is stirring things up with not only Intel but other technology companies that have invested in devices using the processors.

HP has stated that the availability of some of their devices will be "impacted" by the design flaw in the chips that was recently disclosed by Intel. This flaw will also delay a product presentation by HP that is scheduled to take place in San Francisco next week.

According to a statement by Edelman Public Relations Worldwide, "We are postponing the business notebooks briefing on February 10 as the availability of HP products will be impacted by the flaw outlined by Intel." Intel said in a statement on January 31 that it will incur $1 billion in missed sales and higher costs to fix this design flaw. This flaw is also affecting PC makers like Samsung, who said they will offer refunds on some PCs, and NEC, who said they may push back the release of four new models.

The flaw is in a support chip, or chipset, for Intel's latest Sandy Bridge processors which were designed to improve PC graphics and repel a challenge by Advanced Micro Devices Inc. HP sells many computers that use chips other than the Sandy Bridge ones from Intel. According to Marlene Somsak, spokeswoman for HP, "HP has the broadest lineup of PCs in the industry and there are many HP choices using a wide variety of processors."

Dave Frink, spokesman for Dell, stated in an e-mail that "the Intel flaw affects four Dell products sold under its XPS, Vostro and Alienware brands." Frink went on to say, "We're committed to addressing this with customers who have already purchased one of the four products, will work directly with them and provide further details as they become available."

Devices that could potentially have the faulty chips have been sold since January 9 and Intel said it has corrected the flaw and has already begun manufacturing a new version of the chip to resolve the issue.

Intel plans on delivering an updated version of the Sandy Bridge processors, known as Cougar Point, to customers in late February with full production happening in April. Eight million Cougar Point chips have already been shipped out by Intel that will have to be replaced.

Source: Business Week

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Intel's Second Generation of Core Processors

The second generation core processor family, otherwise known as the Intel Core 2011 processors, has finally arrived. There have been months of teasing accompanying on-stage demos, but the details on the Core i3, i5 and i7 processors are finally coming out and, considering the fact that there are a total of 29 new CPUs as well as a new integrated graphics options (processor graphics), there is a lot to mull over.

The first generation of processors was released a little over a year ago, so what is it that makes the second generation different? Well, if you haven't been following the Sandy Bridge news, the new family of processors are all based on the 32nm microarchitecture from Intel. They are also the first to put processor, memory controller and graphics on the same die.

But what does that mean for you? Well, it means the package is smaller and the parts take advantage of each other more efficiently. While the graphics may not be as good as a discrete video card, they are a lot more powerful than before. According to Intel, the HD 2000 and 3000 processor graphics provide double the performance of Capella-based systems which coincides with early benchmark tests. Turbo Boost and Hyper-threading technologies have also been improved by Intel to a point at which the new chips enable higher levels of CPU performance. The new integrated chips reduce power consumption and can even turn off an idle optic drive activating "incredible battery life" according to Intel.

The new architecture means new CPUs, 29 to be exact, which include different versions of mobile and desktop Core i3, i5 and i7 models. Naming on the processors has changed. Now the processor's name is followed by four numbers as opposed to the previous three. The first processors to ship in physical systems will be the quad-core i7 CPUs and should be hitting this week with the dual-core versions coming in February. Ultra-low voltage versions for portable laptops are coming and should be introduced in the second half of the year. Be sure to keep an eye out for some specially marked overclockable "K" series processors that will allow you to individually set the clockspeed ratios for each individual core.

This new generation of processors is sure to create quite the buzz in the computer world, especially for people who are enthusiasts or are looking to build a custom rig. There are a lot more details out about the processors now than there have been, but I can only imagine what will be revealed about them later. Keep checking back here periodically for all the details on the second generation Intel processors.

Source: Engadget

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Intel Launches Core i3/i5/i7 Chips for Ultra-Portable Laptops

Despite promises of a laptop with an all-day battery life coupled with an inexpensive price, Intel's ultra-low voltage processors, otherwise known as CULVs (Consumer Ultra Low Voltage), haven't exactly been living up to the hype. Part of the reason is that Intel hasn't updated their mobile line of processors with its new Core technology, instead their CULV line has simply been based on Core 2 Duo technology. That is until now.

The chipmaking giant Intel has released their new ulta-low voltage versions of its 32-nm “Nehalem” Core i3, Core i5, and Core i7 processors. This means that Intel’s premiere mainstream processors have been slightly downsized so they can now be installed inside power-sensitive ultra-portable notebook computers. These new chips not only pack a significant performance punch, which Intel says is about 30% faster than their previous ultra-low-voltage offerings, but also use 15 percent less power in the process. The new chips will be identified from their larger counterparts by their part numbers which will end with the letters "um" (i.e. Intel Core i5-430um or Intel Core i7-640um).

“Consumers crave laptops that offer style and performance, and the new 2010 Intel Core Ultra-Low Voltage processors for ultra-thin laptops delivers both, in one sleek design,” said Intel PC Client Group VP and general manager Mooly Eden, in a statement. “Not only are laptops becoming ultra-portable, but with the new processors inside, users will see faster response times and less waiting.”

Like their bigger brethren, ULV versions of the Intel Core chips will feature Turbo Boost and Hyper-Threading technologies enabling the processors to dynamically overclock themselves and devote resources to a single processor core. In addition, the new processors will have a thermal envelope of 17W, which is at least twice as energy efficient as their standard volt Core processors. However, Intel will not be converting its ultra-thin processor offerings completely over to the Core line. ULV versions of the Celeron and Pentium processors will continue to be available to manufacturers and will still be a mainstay among many laptops in the future.

It seems the direction that Intel wants to take its new chips is towards a strange middle ground between very affordable and highly portable, yet slower-performing netbooks and even full-size traditional laptops. The MacBook Air is an example of an ultra-thin laptop that offers powerful portability but is simply too expensive for the average consumer. On the other hand, there is the Toshiba T135 series of ultra-portable laptops which seem to attract far more interest than the Macbook Air for its more reasonable price tag despite being less powerful.

Then there are ultra-thin laptops which tout enhanced performance, such as dual-core Atoms, which offer negligible performance improvements for their cost. It appears that consumers are more interested in average and smaller sized laptops which deliver on affordability. Intel promises that systems will start appearing in June equipped with their new ULV processors, so we'll see soon enough just how they stack up. Already Intel says more than 40 designs based on the chips have been confirmed and are already in the works from makers such as Acer, Lenovo, Asus, and MSI.

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Gateway Upgrades Their ZX Series

On Wednesday, Gateway updated their ZX series that includes mid-ranged and high-end all-in-one desktop computers.

Now Gateway is offering their ZX4300 line with the option of AMD’s Athlon II X2 processor, and their ZX6900 with either Intel’s Core i3 or Core i5 processor. The ZX6900, which is one of Gateway’s high-end PCs, can also be equipped with a Blu-ray reading drive. Both of the series also offer touch-screen technology that works perfectly with the included Windows 7 Home Premium operating system.

The Gateway One ZX6900-01e now comes standard with an Intel Core i3-530 processor, 4GB of DDR3 memory, a 640GB hard drive, slot-loading Blu-ray player/DVD burner, integrated Intel GMA graphics, 802.11b/g/n Wi-Fi, and 23-inch widescreen touch panel that features 1,920 x 1,080 resolution. Also included are HDMI and eSATA ports that allow for more connectivity options. This PC is available from Gateway for $1,019.99.

The Gateway One ZX4300-01e is more of a mid-ranged desktop compared to the ZX6900. It features an AMD Athlon II X2 235e processor, 4GB of DDR3 memory, a 640GB SATA hard drive, DVD burner, integrated ATI Radeon HD 4270 graphics, 802.11b/g/n Wi-Fi, and 20-inch touch panel widescreen monitor with 1,600 x 900 resolution. This model is available through Gateway for $749.99.

Both of these desktops from Gateway include webcams and a variety of free software. They are both excellent PCs. The upgrades from Gateway are certainly a welcome change.

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The Apple iMac 27-inch (Core i7)

Desktop computers have been forced to change their faces in order to not be considered obsolete. They are constantly being outdone by the convenience and speed of laptops, notebooks, and netbooks. The Apple iMac 27-inch (Core i7) is a fantastic example of an multimedia, all-in-one desktop computer. In many ways, it resembles its predecessor, the Apple iMac that featured a Core 2 Duo processor, except this iMac 27-inch (Core i7) is much faster.

The Apple iMac 27-inch (Core i7) is designed very much like the rest of the iMac line from Apple. It features brushed aluminum which surrounds a black glass frame. Also included is a sturdy metal arm, that tilts in a variety of different directions and angles, that suspends the screen over your desk for a sophisticated look. The back of the iMac is described as “clean.” Helping this “clean” look is the fact that the iMac 27-inch (Core i7) comes standard with a wireless keyboard and mouse. The MagicMouse that is included with this desktop has a multi-touch surface that allows for clicking and swiping. The back panel of the computer has audio in/out jacks, four USB 2.0 ports, a FireWire 800 port, the Mini Display Port (in/out), and a Gigabit Ethernet port.

The iMac 27-inch (Core i7) features a vibrantly lit screen with 2,560 x 1,440 resolution. This allows for easy spreadsheet editing and presentation of projects. You can also simply plug in an external monitor to give you more screen space. This can be done by utilizing the Mini DisplayPort to hook up another monitor or device.

On the side of the iMac there is a slot-loading DVD player/burner. Unfortunately for some reason, Apple does not allow for the option of Blu-ray. This was one of the very few disappointments to be found with the iMac 27-inch (Core i7).

Included with your iMac is the iLife suite that is comprised of iPhoto, iMovie, GarageBand, and iTunes. These are some great programs that allow for immense creativity. The system comes standard with 4GB of DDR3 memory and can hold up to 16GB. To replace the hard drive it is necessary to take apart the iMac, so external expansion is the best way to go.

The iMac 27-inch (Core i7) runs on an Intel Core i7-860 processor with 2.8GHz that can be boosted up to 3.46GHz when it is necessary to provide more computing power. The Core i7 processor also supports HyperThreading which allows you to compute eight streams of data at once. This is a great computer for multimedia purposes. This iMac is also great for gaming. It features ATI Radeon HD 4850 graphics that allows for smooth gameplay.

The Apple iMac 27-inch (Core i7) is an extremely powerful multimedia desktop computer. It is fast, sleek, up-to-date, and feature-filled. The only possible drawback for most people would be the price tag. It is listed at $2,199 direct from Apple. That may seem like a lot to put out for a desktop computer, but for those that have the cash for such a purchase, they will be getting everything they could ever want from the iMac.

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Intel Profits Up this Quarter

In this day and time, we're so used to seeing companies talk about how much money they aren't making and employees they aren't hiring, but for Intel, that doesn't appear to be the case. The world's largest computer chip maker announced last week that it has nearly quadrupled its quarterly net profit and has intentions to hire between 1,000 and 2,000 new employees in 2,010.

In a conference call with analysts, Intel Chief Executive Paul Otellini said, "The industry has nearly fully recovered." He also accredits the increase in revenue to a higher demand for PC products and the fact that "the average fleet of notebooks is four years old, the average fleet of desktops is five years old." According to Otellini, "it makes business sense" to get new inventory now.

The comapany's profit for the first quarter (which ended on March 27) was about 2.4 billion dollars, up from this time, last year's 647 million dollars. Revenue rose 44% to 10.3 billion dollars. Wall Street had predicted 9.8 billion dollars, while the company itself had predicted 9.3 billion dollars.

Otellini also said in a statement, "looking forward, we're optimistic about our business as Intel products are designed into a variety of new and exciting segments."

The company has predicted 9.8 to 10.6 billion dollars for the second quarter, while Wall Street analysts have precited 9.69 billion.

Intel has already hired 100 employees this year. The company is based is Santa Monica and employs nearly 80,000 people (about 3,000 less than last year.

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Intel Introduces Newest Processors

Be prepared for a new generation of netbooks and desktops because Intel has just officially announced its newest line of processors. Intel has a new processor for netbooks as well as 2 new processors for desktop PCs. The Pine Trail Atom N450 will be put into next generation netbooks along with a new low-power Intel NM10 Express Chipset. New Desktops will be integrated with the Pine Trail Atom D410 or the dual core D510 which also comes paired with the NM10 chipset.

Intel's Atom processor was designed entirely with small devices and low power in mind. Since it was made on Intel's 45nm high-k metal gate manufacturing process, size has always been small. However, the overall package just got smaller thanks to increased integration and 45nm manufacturing. This means that designs will be even smaller and more compact which means lower costs for OEMs as well as an improvement to performance.

The 1.66GHz chips integrate the memory controller and Intel graphics directly onto the CPU die which isn't too surprising. Atom processors have a done wonders with the netbook market since Intel announced the first Atom processors for netbooks and entry-level PCs back in June of 2008. Intel has well over 80 design wins for the new Atom platform from from leading OEMs like Lenovo, MSI, Fujitsu, ASUS, Toshiba, Dell, Samsung and Acer. Most of these systems will come with either Windows 7 Starter or Home Basic OS though some consumers will have other options like Moblin TM Linux v2 for more customization.

Intel hopes to have at least 80 machines with the 45nm chips at CES 2010. Each one of the chipsets should use about 20% less power than its predecessor. The ASUS Eee PC 1005 PC, which was N450-based, got 10 hours of battery life in regular use. However, there was no performance improvements over the N270 or N280 that were noticeable. However, no official word can be laid down just yet until we can see a few more machines.

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