Over time, over time the PC was getting slower and 'heavy'. What can be done to mitigate them?
* The first step to accelerate the boot via the BIOS. For more details, you can see it in "the smoke-screen BIOS 'on PC Media 04/2004 ago.
* Next start the operating system area. For Windows XP, start by opening the System Configuration Utility. On the BOOT.INI tab, marked (P) on "/ NOGUIBOOT". This will shorten
boot time by removing the Windows startup screen. On the Startup tab, re-selection to a minimum the items are urgently needed. The same was done on the service performed. Keep the number of services that were not loaded more than 25.
* Windows XP did look so stunning in appearance. If your primary need is speed and not beauty, resetting this interface can increase the speed. Go to System Properties, select the Advanced tab. Setting back the Performance option. Then select "Adjust for Best Performance" in the Visual Effects tab.
* Eliminate the minimization of the number of desktop wallpapers and icons can also speed up your PC. Reduce the number of desktop icon to a maximum of five pieces.
* Eliminate noise on the Windows Start event will also speed up the boot process. Want faster? Choose "No Sounds" in the sound scheme.
* How many fonts installed on your Windows? Greater the number of fonts installed will increase the workload of your PC. Windows by default includes a number less than 100 fonts. Keep the number of fonts installed on a range of 150 fonts.
* You diligently to update the drivers? Good. But you know, the files that used the old drivers can slow down your PC. The easiest way to use an additional utility like Driver Cleaner. Utility cleans the previous ATI and Nvidia drivers. Driver Cleaner 3.0, can also clean up some old drivers chipset motherboards, sound cards, and others.
2. Overclock
This is the most interesting part. In this section we will guide overclocking, by relying on some software that can be downloaded free from the internet.
Overclock Video Card
Overclocking the video card, it is relatively easy especially with Powerstrip.
* You can use Powerstrip by downloading from www.entechtaiwan.net.
* Set the configuration of the performace profile, by right clicking on tray icon.
* You will see two vertical slider. Slider left, the core speed control for video cards. Right slider is the control of the speed of video card memory.
* Add the video card core speed gradually (maximum 2 MHz). Perform the stability test by playing 3D games or running benchmarks. Repeat this until the maximum core speed of the video card. Do the same for the memory clock. Now you can enjoy the new frame rates faster for free.
Overclock Motheboard
To overclock the motherboard is slightly different. You have to customize the application according to the motherboard chipset. Here we take the example of two motherboard overclocking. The first is the motherboard with the nForce2 chipset.
* For motherboard with an nVidia chipset, you can use system utilities from applications NV www.nvidia.com.
* In this application, just move the slider to the right on the bus speeds. It will also adjust the FSB clock memory bus. For the AGP bus, available on a separate slider.
* There are also settings for memory timing control. More aggressive memory settings would be advantageous for AMD systems.
* Just like on the video card, you must add gradually FSB and AGP bus. Run a test of stability. Once completed, you can close by clicking on the button (OK). Note: OC when you do not match, then the computer will automatically hangs and had to restart the computer.
The motherboard is Intel's second D875PBZ. Using the Intel Desktop Control Center, unfortunately this utility only runs on Intel motherboards.
* To perform OC, you can do it automatically.
* You can also manually. In Tune menu located at the top, select the option Burn-in, burn-in enable mode.
* There are a host I / O mode and AGP / PCI mode. On the Host I / O mode, the OC is based on the percentage of up to 4%. While on the AGP / PCI mode, raising the AGP bus clock will automatically increase the PCI clock.
* After the addition, you can measure the stability. By performing stress-it on the bottom left of the application with a check mark
3. Processor Upgrade
Before buying a new processor, make sure that the motherboard is capable of supporting a candidate you have your new processor (see table "Chipset and Processor Support"). Also, make sure also the maximum FSB for the processor that your motherboard can support. It also deals a lot with the chipset used on your motherboard.
As an example for the Intel Processor. Intel 845 series chipsets only have a maximum of 533 MHz bus. Unlike the Intel 848 or 875P chipset that has been able to work with a processor with 800 MHz bus.
This is also true for AMD processors. As VIA KT400 that has not been able to work with 400 MHz processor bus. Unlike the KT600 is already capable of working on a 400 MHz processor bus.
There is also a good idea to make sure you use the motherboard manufacturer provides a BIOS update on its website. Especially BIOS updates for the latest processor speed. BIOS update is required if your motherboard BIOS is old does not yet support (usually) the latest processor multiplier.
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