OVER CLOCKING DUAL CORE OR CORE 2 DUO PROCESSER 2.93GHZ TO 3.80 GHZ

                                           

    OVER CLOCKING  DUAL CORE OR CORE 2 DUO PROCESSER 2.93GHZ TO 3.80 GHZ IN SERVAL STEPS:
    FIRST NOTE THAT OVER CLOCKING KILLS YOUR PROCESSER {YOUR PROCESSER DO NO MORE FUNCTION ]SO DO OVER CLOCKING AT  YOUR OWN RISK,


1.TURN ON YOUR CPU THEN OPEN THE BIOS WHILE HIT THE DEL KEY

                                                                                                                                                                    2.GO TO JUMPER FREE CONFIGURATION

3.

                                   



                             STEP 4 SLECET MANUAL

   




     STEP 5. CHANGE CPU FREQUENCY 266 TO 344

                           


                             STEP 6 APPLY CHANGES BY F10

 

 NOW CHECK YOUR GHZ  Risks of Overclocking the Processor

There are definite risks that you are taking when you decide to overclock your system processor. There is much debate over what the risks are, ranging from "don't worry, be happy" attitudes from many hackers to those who think overclocking is very dangerous (I guess I'm close to being in that category, although I think it is reasonable in some circumstances). I hope to list here the dangers but with a reasonable indication of how likely they are, and really I don't think I'm going off the deep end with any of this stuff.
Here are the possible outcomes you can expect when you overclock your processor. These apply to raising the clock speed of the processor only, if you are changing the system bus speed above its nominal rating you will need to read here as well.

• Success: The processor may overclock perfectly, and run stably for many years to come. There are thousands of people who have done this, and I am certainly not going to deny it. This is the best case outcome.
• Immediate Destruction: It is possible to totally destroy a processor by attempting to overclock it. By destruction, I mean that the processor will not boot at the higher speed, and when returned to its normal speed, will continue to not function. This is basically the worst case outcome. This sort of permanent failure isvery rare, but it does happen. It is made more likely by using inadequate cooling, and also by being ridiculously aggressive in how far you try to overclock (i.e., trying to run a Pentium 75 at 166 MHz.)
• Non-Functionality: The processor may not work at the new speed, but may work fine when returned to its original speed. This is a fairly common outcome when overclocking, and in most cases the processor will not be any the worse for wear.
• System Instability: The processor may boot at the new speed, but you may see the system behave strangely. Random hard lockups, parity errors, resource conflicts, strange hard disk problems, beeping, application crashes and Windows refusing to boot are just the tip of the iceberg. Particularly insidious are the overclocks that work almost perfectly, because that occasional crash may be due to your operating system, but it may be due to that overclocked chip also.
• Data Loss: It is very possible to lose data as a result of overclocking. If the processor is not functioning properly, you risk potentially damaging the structures of your hard disk's file system. It is also not uncommon for the Windows registry files to become corrupted, requiring a complete Windows reinstall. Needless to say, a full backup before overclocking is a wise move.
• Electromigration: When the processor is run at a speed that is higher than it is supposed to be run at, there is a chance that the internal components in the processor may break down over time. The internal features of a CPU are sized in the range of microns. It is possible that when the processor is stressed by running at too high a frequency, along with the extra heat that overclocking incurs, that the actual metal lines inside the processor may form shorts or opens and damage the processor over a period of time. How likely this is to happen, and how long it takes is really not known. The system may work fine for a while and then suddenly stop working.

In addition to the above, you should realize that overclocking a processor will reduce its serviceable lifetime. How long? Nobody can really say for sure, because nobody really knows how long a processor will last without overclocking. Controlling heat is a big part of this equation. When you see people on the 'net saying things like "without overclocking the chip would last 10 years and with overclocking it will last 5 years, so what do I care because I get a new chip every 2 years", just remember that they really have no way of knowing that they are reducing the CPU's lifespan by only 50%--it could be 90%. (And I don't know about you, but even when I upgrade, I don't throw out my old equipment if it still works...)
Also consider that hardware is not static; it ages, it changes over time--and it degrades over time. Even if overclocking works today, it may be working because you are just within the limits of what the system can handle. This doesn't mean that in six months or a year, changes in the hardware due to aging, heat or other stress factors won't cause failures or strange behavior to crop up.

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