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Overclocking is a method used to push the performance of a computer's components-the CPU, the chipset, the RAM memory, and the graphics controller-beyond their rated limits in an attempt to make the system run better and faster than the designers' specifications. The most common techniques for overclocking include increasing the processor speed and increasing the system bus speed.

Why would you want to overclock your computer? The most practical reason is to improve the performance of an older computer so that it can run newer games or applications that need more power than the computer was designed to provide. If you're on a very tight budget, overclocking might allow you to keep that old clunker in service until you can afford to replace it.

But for some people, that's less important than the simple challenge of pushing the CPU, motherboard, and other components to their absolute limits, and the opportunity to announce on an Internet newsgroup that you are running your system 37 percent faster than the processor's rated speed. And if you're an enthusiastic gamer, it's possible that even a tiny improvement in performance can make some of your games run noticeably better.

In the end, the best reason to try overclocking your computer is for the pure joy of the exercise, rather than any kind of practical application. If hot-rodding a computer sounds like fun, and you don't depend on that machine for reliable day-to-day use, go ahead and try it. But don't assume that you can just move a few jumpers on a motherboard and magically turn your antique computer into a rock-solid state-of-the-art screamer.

 

 

I got this from my email and it's from WorldStart. Have you  notice something that when you defrag your hard disk. There are still some files left that didn't go through the process. It says they're still fragmented. So here's the answer from WorldStart.

It's the defragment versus the fragment and I know just what to tell you! Now, I know all of you are good listeners and you've taken our advice to perform a defrag on your computer regularly, right? (Well, if you haven't, you should do so soon!)

So, after your defrag finishes, do you sometimes have a few files left over that refuse to defrag? If you do, don't worry too much about it. That's normal for most computers. Basically, the defrag process focuses on putting all the parts of a file next to each other on your hard drive, but in reality, not all files need to be placed that way. Of course, when the files are compacted together, it creates less work for your hard drive, but that's not at all completely necessary.

Along with that, there are some other reasons why all your files may not defrag. First of all, your computer needs at least 20 percent of available space to be able to even start a defrag. If you don't have enough open space for a particular file, it probably won't change.

The next scenario may be that the file is being used by some other program you may still have open. It's suggested you close down all running programs when you perform a defrag, so make sure you do that next time. Now, there is a way to check that when the defrag is complete. You can do so by looking through the list of all the non-defragged files to see if you happen to have a program running that may be using them. If so, you can shut that program down and start the defrag process again. The file should then go through successfully for you.

Now, still going along with that, the problem may lie in your operating system. An operating system usually has several files open in order to do its normal work. That too can cause a failed defragged file. To try and avoid that, boot up your computer using your boot disk instead of doing it the regular way. Running it from the CD and not your hard drive may help the defrag to run properly.

Well, there are some suggestions for you in case you're really worried about certain files not defragmenting. If you think those files are severely fragmented, you should go ahead and try these options. But if they're not, you really don't need to worry about it. Like I said before, some files will still run perfectly fine in their fragmented state. Yes, your hard drive will work a little harder to find all the parts of it each time you want to use that particular file, but that's part of its job. It's not going to hurt it, especially if you have the majority of your files defragged and ready to go.

If you get a testing of at least a 95 percent defrag performance, your computer is in good shape. If you want, feel free to jump through the loops of fixing those few files, but sometimes, it's just not worth the trouble. If you run a defrag regularly, your computer will be at its best optimum performance and all will be well!

 

 

I got this from my email from WorldStart..

As you all may know, USB ports are on your computer so you are able to connect external devices to work with your system. Most computers today come with one or more USB ports and they're so fast and easy to use. It's easy just to plug something into a port and go. Most newer computers come with USB 2.0 ports, but some of the older ones still have 1.0 or 1.1 (which are very similar to each other).

So, knowing the differences between port speeds is important to understand. The main difference between the 2.0 and the 1.0 or 1.1 is that the 2.0 USB ports are faster. It's pretty much as simple as that. USB 2.0 averages a data rate of 480 Mbps (megabits per second) while USB 1.1 only hits 12 Mbps. That's about 40 times as fast! Wow!

Also, USB 2.0 is considered Hi-speed mode while 1.0 and 1.1 are known as full- speed USB modes. I'm sure you've heard about Hi-speed Internet, which is just a lot faster than let's say, dial-up. It's about the same with the port speeds, so that's an easy way to look at it to keep it all straight.

With those basic differences covered, let's keep going to talk about how USB 2.0 and 1.1 work together. You may read all over the place (even in WorldStart's ads) that 2.0 ports are backward compatible with a 1.0 or 1.1. So, of course, 1.1 ports are forward compatible with 2.0.

If you have a system with USB 2.0, you will see that as your main (enhanced) port when you go into your Device Manager, but you will also see two other USB controllers listed and those are there to allow for the different compatibilities. You also need to understand that any Hi-speed USB device will convert to the full-speed operations when you use a 1.1 device in a 2.0. They will automatically default to the lower speeds.

All in all, mixing the different port speeds is not a big problem. As long as your system and your devices are healthy, you won't run into any issues when working with the different port speeds. Just make sure you follow manufacturer guidelines and you should be good to go.

Many times after you install a new device, the Device Manager tells you there's a problem. Sometimes, it may not show the new device at all. In that case, your first step should be to verify that you inserted the device properly and that the device has power, if it needs it. Next, run the Add/Remove hardware wizard and see if Windows recognizes the device. If the Device Manager still doesn't recognize the device, you have one of two problems:

1. The device is physically damaged and you will have to replace it, or
2. The device driver is incorrect or has a problem.

The Device Manager rarely fails to see a device. more commonly, device problems manifest themselves in the Device Manager via error symbols: a black !, a red X, a blue I, or a green ? or yellow ?.

A black "!" on a yellow circle indicates that a device is missing, that Windows does not recognize the device, or that there's some sort of device driver problem. The device may still work with this error.

A red "X" indicates a disabled device. This usually points to a system resource conflict or a damaged device. The device will not work with this error. You should have a professional computer technician to fix it.

A blue "I" on a white field indicates a PnP device for which someone has configured the system resources manually. This symbol merely provides information and does not indicate an error.

A green "?" indicates that Windows does not have the correct driver, but has successfully installed a compatible driver. The device will work but may not perform certain functions. This error symbol appears only in Windows ME.

A yellow "?" means that Windows sees that the device has been installed, but the correct driver isn't installed. The yellow "?" is usually accompanied by a black "!" symbol. This error often appears when something goes wrong during the driver installation.

I think this is useful for users who wants to hide or not to display the name of a program in Add/Remove Programs. One advantage is to avoid users to uninstall programs. This is for malilikot na mga kamay. I always advice my friends and aquiantances that if they want to avoid users from uninstalling programs then remove the program from the list in the Start Menu as well as in Add/Remove Programs. In this way, we are preventing them to uninstall programs.

Here’s how to hide a program from “Add/Remove Programs”:
1. Start > Run > Type “regedit”
2. Navigate this path below:
HKEY_LOCAL_MACHINE\SOFTWARE\Microsoft\Windows\CurrentVersion\Uninstall
3. Click the folder of a program that you want to remove from the “Add/Remove Programs” list.
4. Find the “DisplayName” and modify and erase the Value Data.
5. Click OK.

That’s it!

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