If you've been keeping tabs on Microsoft's Windows 10 Technical Preview then you should really focus in here for a second. Microsoft has been consistently tweaking its Windows 10 Preview with new builds loaded with new features. These builds have been coming out pretty regularly with the first one debuting on October 1. The next iteration, which was known as Build 9860, came out around three weeks ago and Microsoft has just released the newest build, Build 9879. But why are these new builds so important?

With Windows 8 failing to attract customers like Windows 7 did so, naturally, Microsoft is under a lot of pressure to make sure that Windows 10 releases to as much fanfare as possible. In that respect, Microsoft has opened up a Windows Insider Preview Program, the purpose of which is to encourage people to download and install Windows 10 and share their opinions with Microsoft in order for the company to see if it is making the right choices. By keeping up with the latest builds you ensure that your feedback is relevant and up to date.


In order to be up to date you have to be running the latest build, but how do you make sure that you're doing so? If you're not already running the Windows 10 Technical Preview then you can download it on your PC, though that isn't recommended unless you plan on doing so on a separate, spare computer. You can download it as an ISO file and then copy that file to a DVD or USB drive in order to install it on another PC, in a separate partition or as a virtual machine on your current computer.

Ok so if you've done all that or already have Windows 10 running it's time to get the latest build. And here's how to do it:

• If you're using Windows 10, click the Start button and then click the option for PC settings. 
• On the PC settings screen, click the Update and Recovery setting.
• On the Update and Recovery screen, click the option for Preview Builds.
• On the Preview Builds screen, click the button to Check Now. 

Once you do all this, Windows will tell you if a new build is available and display a Download Now button. If there are no new builds then another message appears alerting you that there are no new Preview Modes found. If a new build is found then:

• Click the Download Now button. Windows will begin downloading and then installing the new build. 
• Once the build is installed Windows will prompt you to restart your PC. 
• Restart your  PC, log back in and the new build will be ready and waiting. 

You can then confirm that you are running the newest build by looking at the lower right portion of your desktop. There you will see the label Windows Technical Preview Evaluation Copy followed by the number of the build. At the moment, the latest build number is 9879. The next time you run this process you should see a higher build process number.

Now you are able to mess around with new build to see what you like, what works and what doesn't. Microsoft's OneDrive, for example, is not working in the current build. As Microsoft unleashes new builds, new features and new bugs will be noticed. In order to send feedback, click the Start Button and then click the Windows Feedback tile. At the Windows Feedback page you can select a specific category and feature to see feedback from other users or add your own.

Microsoft already has certain plans for Windows 10 and how it will tweak and shape things for the final build, though the company is definitely relying on the feedback it is receiving from users of the Technical Preview builds. If you were less than thrilled with Windows 8 then this is your chance to make Windows 10 the operating system you've always wanted.

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When HP took over UK software group Autonomy the results were pretty bad. So bad, in fact that HP went into a full-blown crisis, which inspired the company to break up the two companies. This
news comes after allegations have been going back and forth between the two companies with each stating things like "fraud" and "misrepresentation" involved in the takeover with HP claiming that Autonomy overstated the number of contracts it had when the deal was being brokered.

CEO of HP Meg Whitman, whom has come under considerable fire for this whole situation, has decided to split HP's personal computers and printers business from its corporate hardware business, which has been highly profitable. Each part of the company will be worth tens of billions of dollars, though the deal itself is directed at making the large PC division easier to manage and focus on.

Whitman will take on the role of CEO of the enterprise division with Senior PC Division Executive Dion Weiser leading the PC division. In addition to that, Whitman will also be chairman of the PC division with the current Senior Independent Director, Patricia Russo, becoming chairman of the enterprise division. Some people have noted that this was the plan of Whitman's predecessor Leo Apotheker, who's idea of breaking up the two businesses was swiftly canned when Whitman took over. In addition to that, it has also been noted that both halves of the company are pretty equal in size, generating revenues of $55.9 billion last year.



HP was previously the world's biggest PC maker until Lenovo managed to snag the top spot last year. Lenovo has been increasing its presence in the American market with its low cost of production and quickly increasing technology. Whitman has had trouble finding HP's next area of growth in the computing world. Things like tablets and cloud computing have changed the face of the computing world drastically. As a result, Whitman has tried to branch HP into cloud computing, but with little success. That has also been exacerbated by her failed efforts to pull off a mega-merger with data storage giant EMC Corp.

SEE ALSO: Lenovo & Ashton Kutcher Are Giving Us A Tablet With A Built-In Pico Projector!

Whitman is looking at the need to not only cut costs due to the falling sales of traditional PCS. What's more is that Whitman and HP are also dealing with the need to cut tens of thousands of staff members around the world. The decision by HP to divide the two companies will likely be seen as positive by those on Wall Street due to the fact that investors have been demanding sprawling companies with diverse interests break up into smaller divisions that are easier to value and easier for management teams to oversee.

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Last week Micron announced its newest solid-state drive (SSD), one that uses its densest process ever and one that has a chip capable of programming the memory to act like a high-performance SLC or high-capacity MLC flash drive. This new client-class SSD is known as the M600 SSD and uses Micron's new 16nm lithography with 128GB NAND density.

That greater density allows the company to drop the cost per GB to as low as $0.45. In addition to that, the ability to dynamically program the flash also reduces power use while improving write performance up to 2.8 times over models without this feature, according to Senior Technical Marketing Engineer for Micron Jon Tanguy. Tanguy also added that the M600 also has a sequential read/write rate of 560 MBps and has a random read/write rate of up to 100,000 I/Os per second and 88,000 I/Os per second, respectively.

The M600 is based on an 8-channel Marvell controller that comes with government-grade hardware encryption using the 256-bit AES protocol. This SSD is being marketed to manufacturers of corporate notebooks and ultra-thin netbooks as well as workstations and desktop PCs. As a result, the M600 comes in three form factors: a 2.5" SSD, an mSATA card and an M.2 memory stick. The mSATA and M.2 form factors come in 128GB, 256GB and 512GB capacities for $80, $140 and $260, respectively. The 2.5" SSD comes in all the same capacities for the same prices but adds in a 1TB version that runs $450. In addition to that, the prices drop depending on the quantity you purchase, meaning the more you buy the cheaper they are per unit.

These prices may seem a little steep but they are in line with consumer-class products. SanDisk recently released its Ultra II SSD, which sells for $0.44 per GB. This SSD uses triple-level cell NAND flash, which means it stores three bits of data per NAND flash cell making it the densest industry specification to date. However, the more bits that are stored in cells the bigger the potential for data errors, which requires companies to create more sophisticated ECC.

Micron, instead of packing more bits in cells or over-provisioning its SSD with flash capacity, reduced the size of its process technology and added what "Dynamic Write Acceleration". Dynamic Write Acceleration is a special firmware that changes flash cells from single-level cell technology to multi-level cell technology. According to Tanguy, "So you can swap back and forth dynamically in order to deliver a pool of SLC or MLC capacity. Any new data programming is performed in SLC mode for really high performance."

This new firmware allows Micron to create a dynamic pool of cache without the need to overprovision. "We think doing this gives us a good method to address client loads that tend to be bursty in nature as opposed to enterprise data center write workloads that tend to be sustained," Tangy added. However, changing the NAND flash from SLC to MLC and back does increase write amplification. Increasing this wears out the usable lifespan of NAND flash more quickly. "The additional write amplification introduced with the new dynamic write acceleration firmware is manageable," Tanguy stated.