What is overclocking?
overclocking includes a change in the settings of your computer system hardware to work faster than the manufacturer's rating. This may apply to the base of the base plate bus, the CPU speed or both. It is also called pushing or speed marging , the practice has become highly popularized, especially between players and modury. They are then evaluated at speed one step lower than this. Because the tests are quite strict, the idea is that it may be possible to push the CPU somewhat faster than its evaluation while maintaining stability in the system. Sometimes, when manufacturers are in stock shortly, GHz packs faster ; Overclocking perceives it as unexpected.
The CPU overclocking results must be balanced compared to the rest of the system specifications, namely the speed of the motherboard bus, the motherboard, the memory, the ET Cetera. For example, a 20% increase in processor velocity is usually not 20% of the total improvement. CPU can run faster than the rest of the system, workIn the environment "rush and wait". Therefore, the increase could bring a nice improvement in the benchmark, but a small difference in the real world.
Failed overclocking can result in an unstable system at best and, in the worst case, can damage the CPU. Although the other is less common, it happens. Pushing also reduces the life of the processor by an indefinite amount because it forces the chip to work harder and warmer. In this case, the cooling fans and a good cooler will become.
overclocking system bus - successfully changing the speed of the motherboard bus can create a noticeable improvement in the whole system, as all components will run quickly. Since the processor efficiency helps the bus speed, the improvement can also use the full advantage of the CPU. However, overclocking the system bus is risky because it means pushing every componentAnd on the motherboard.
Some people mistakenly believe that if the motherboard offers different bus speed options, they must be supported and therefore it is safe to use. The problem is that the components you install may not be tested or evaluated to a higher bus speed. Changing this setting is influenced by the CPU (unless you modify the clock multiplier), chipset, memory bus, system cache, system memory, built -in hard disk controllers All components must be able to handle the change to successfully make hardware failure. The manufacturer's warranty does not cover problems caused by overclocking.
While pushing the system can begin trouble -free, several months along the road, when the components aged for use and temperature changes, instability may occur. This is more likely to happen when overclocking was already on the verge of what the system will last. When problems - or program program - can no longer be taken for grantedthe name that the accident is caused by a software defect. Removing problems with overclocking the system can be frustrated. The variables increase exponentially and the ability to eliminate potentials is more difficult because hardware can cause an unpredictable way.
During overclocking is for some hobby and in many, if not most cases, it turns out to be nothing but benign independently, it may be appropriate to consider whether you want to risk potential for what is usually a relatively marginal improvement. If your system is running well and you do not require tuning, it is probably safer to give it up, all things are considering. On the other hand, if you want to learn more, there are different aspects of overclocking.