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When buying a computer system, the processor is an important consideration. This is because the computer processor may determine such things as the computer speed as well as the ability to run certain processor-demanding applications. If you plan to build your own computer, then take time to look at the computer processor compatibility with the motherboard. The process of processor selection is however made easy by the fact that there are only three main processor manufacturers Intel, Cyrix and AMD. The internet is full of reviews of processors from these three manufactures. Take time to look them up and see if they fit your compatibility and reliability shopping guide. Remember of course to consider that the motherboard you buy should also be compatible with the computer processor you purchase.

Modern computer processors come with active heat sinks. This allows the processor to dissipate excess heat to keep the processor cool and running more efficiently. If the computer has a missing, bad or failing heat sink, the system will experience frequent lock ups, errors and other issues. The heat sink that will be attached is also an important consideration. Each processor has its own heat sink and a wrong heat sink can cause the problems just mentioned.

Today’s CPUs come with a wide variety of interfaces to connect them to the motherboard. These are Slot A, FC-PGA and the Slocket interface. The interface of the processor must match what is on the motherboard. In some cases, wrong interfacing can cause both the motherboard and the processor to get damaged. Current processors are however able to detect wrong configurations and go into lock up. Today’s CPUs have more than one execution core per a physical processor. One silicon chip integrates a number of cache controllers on the same die altering computing as we know it. Multi-core technology has allowed for energy efficient performances and parallel processing, delivering high levels of performances.

If you are looking to boost your multitasking computing power, then consider a dual core computer processor. With two complete execution cores, instead of only one, it is possible to handle processor-intensive processes with a noticeable improvement in speed. However, in order to take advantage of this technology, it is important that the operating system and the applications to be run support what is called thread-level parallelism or TLP. This allows for the operating system to run multiple threads simultaneously thus enabling different threads of a program to be executed independently of other parts. In the future, it is likely that these specifications will be exceeded enabling your computer processor to run even faster, cooler and will even be cheaper.