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  • Intel i7 2600K

    Intel i7 2600K

    Cooling Down Your Intel i7 2600K CPU
    I was never big on Overclocking the CPU, simply because it was not worth the compromise. I didn’t think 10-15% performance increase is worth losing the stability of your system.

    But Intel’s new P67 chipset along with i7 2600K CPU make it worthwhile simply because there are no compromises. Both the CPU and the Motherboard (Fatal1ty P67 Performance) were designed from ground up to be overclocked. In fact it would be stupid to not Overclock the system.

    The amount of gain in performance is a bit subjective, and is a topic of its own, but regardless; if you got nothing to lose why not do it.

    I was able to Overclock successfully with the stock (original) CPU fan that came with the Processor. But running some tests and benchmarks I noticed that my CPU is running hotter than usually when it’s under full load. And this is when I decided to upgrade original CPU fan that came with it.

    By the way, CPU originally was set to 3.4GHz, and I bumped it up to 4.8GHz without any – and I mean absolutely any lockups, crashes or any issues.

    Here you can see the difference between the original CPU Fan and the aftermarket one made by CoolMaster which happens to be a very reputable brand in the market. This think cost me $38, which is not a bad deal. In fact it was a “Most Bang for the Buck” in my opinion.

    Here is the rear view:

    Now my CPU is way cooler than before. Now with this new CPU Cooler I’m thinking of going a bit further with the overclocking. I think I can bump it up to 5GHz. Online forums say that people successfully overclock i7 2600K to 5.2GHz. But I doubt that this new CPU Fan could handle 5.2GHz. I think I need one of those really expensive ones or even a Water Cooling system which go as high as $150 to $200. I’ll think about it.

  • PC Imaging

    PC Imaging

    Symantec Ghost is the number one software used for mass image deployment in enterprises. There are many others tools, including free and open source, but Ghost by far is number one.

    Sysprep is a utility developed by Microsoft to facilitate the mass image deployment process.
    What sysprep does is creates unique SID (Security ID) for each computer upon next boot up, which guarantees that each computer will be unique on the network.

    The following two links talk more about sysprep and give more details about the usage and best practices:
    http://technet.microsoft.com/en-us/library/bb457073.aspx
    http://support.microsoft.com/kb/302577

    The purpose of this article is to give you and overview and to clarify the image deployment process as a whole, and not go into details and theories.  I assume that you have a ghost boot disk and know how to create a simple image using Ghost. Also note that Windows 7 Deployment process is completely different and this article mainly refers to windows XP, however  you can use it for Windows 7 too.

    Here we go:
    1.Get the system ready:

    •  Prepare a system by installing all the necessary software and settings.
    •  Configure and customize the Operating System using local group policy editor (i.e. gpedit.msc) or however method you are more comfortable with.
    •  Perform Windows Updates. It’s important not to deploy an outdated OS, otherwise windows will want to update itself right after deployment. Don’t waste your time, your user’s time and most importantly your company bandwidth.
    • Clean up after yourself either manually or by running a utility such as Ccleaner. This is a safe and trusted software. This step is really important because you leave your marks when you downloaded drivers, ran commands, tested software and so on. You want your image to be clean, and most importantly not to have junk temporary files and MRU (Most Recently Used) entries in the registry and all over the system.
    • Configure the Default user profile. This is where you control how the users sees and experiences the computer when they first login to the system. Set it according to your company’s needs and not Microsoft’s default Icon arrangements and look.

    2. Create a Un-Syspreped image: I do this extra step because in the future I might want to adjust and update my image. In order not to repeat the first step that I described above I image the system right after the first step. I call this Un-Syspreped Image.

    3. After the Un-Syspreped image creation is finished reboot the system and run sysprep. When you run sysprep the system will shut down on its own. MAKE SURE NOT TO TURN THE SYSTEM ON. LEAVE IT OFF.

    4. Create the Syspreped image by imaging the system that just turned off right after the sysprep process. This is the image that will be deployed to other computers.

    At this moment you should have two images; Un-Syspreped and a Syspreped. You deploy the Syspreped image to other computers, and upon reboot the computer will go through its initial setup process which asks for Name, Organization, PC Name and so on.
    So when do you use the Un-Syspreped Image?
    In the future you might want to update your image. There would be many-many reasons why you would want to update an image. Here are some of them:
    •      Adding new software
    •      Upgrading software
    •      Removing software that are no longer used
    •      Updating Windows
    •      Fixing problems
    •      And my favorite is when you forget and turn on the syspreped system without imaging

    In this article I assumed that you know how to create a Ghost Boot Disk that appropriate for your environment and you know how to image a system with ghost. I also assumed that you know how to create the answer file and know how to use Sysprep in general.

    http://www.gasparian.us

  • True Power Of Your PC

    True Power Of Your PC

    What is a Fast Computer, and do you really need one?

    There are many applications, and special needs that require fast computer processors. I edit videos, and to me rendering portion is where the true power of CPU comes in handy; rest of the time it not as relevant. Faster CPUs such as Intel’s i7 Core will surely help you finish rendering your project sooner.

    Notice how I’m using 5.25GB out of my 6GB or RAM. Today many systems come with 4, 8 and even 16GB of RAM. Don’t fall for all the Marketing that goes on out there stating that you need this and that. Without getting too technical, 4GB or RAM is plenty for the average to advanced user.

    Right now I’m using Google Chrome, taking screen-shots, cropping them and composing this e-mail in Gmail while the video is being rendered in the background. I don’t see any lag, and I’m able to use the system as if nothing is running in the background. All this happens with a discontinued 3 year old CPU, that’s right, a 3 year old CPU.

    Without contradicting myself, I also would like to mention that having 4GB of RAM isn’t enough, and that 8 or more Gigabytes of memory is a must if you do Video Editing while doing 3D Animation, while you have AutoCAD project open and to top it off will be running VMWare with multiple Operating Systems. If all this sounds familiar then my recommendation would be to get at least 16GB of RAM. For everyone else out there stick to the Low end Bargains that the Black Friday offers with only 2 to 3 Gigs of RAM.