Computer CPU part. 

Computer CPU Intel and AMD

Why do you need to get enough information about Computer CPU part before buying it?

CPU or Central Processing Unit is the brain of your computer.

Also known as microprocessor or processor, the computer CPU performs the system’s calculating, extracts, decodes and executes instructions.

It establishes good communications between the different components and commands them to execute the tasks. The computer CPU part could be seen as an engineer on the building site.

CPU architecture. Different types of processors have been designed by various manufacturers. The most known are:

Intel : Intel Celeron, Intel Pentium II, Intel Pentium III, Intel Pentium 4. Almost hold hat in comparison to Intel dual core, Intel duo Core 2, or Intel Core 2 quad CPU.

AMD: AMD K6, AMD Athlon, AMD Duron. The new AMD technology introduces the phenomena AMD Athlon 64X2 (AM2) and AMD Phenom X4 (AM2+).

Connectors

To attach the processor to the motherboard you must use connectors. Actually different types of connectors are currently used:

Slot one designed by Intel. It matches the Pentium II, old Celeron and Pentium III;

FC-PGA Flip Chip-Pin Grid Array), to replace Slot one, for Socket 370 or 423 used for Intel Celeron 2, Pentium III and Pentium 4,

Slot A designed by AMD for AMD Athlon, AMD Duron;

Slot A compatible for Intel, AMD and Cyrix processors;

Socket 7 for Intel Pentium, Intel Pentium MMX, AMD K6,

and so forth...

CPU functionality: The performance of your computer CPU part depends on the memory, the speed and the temperature it is running at.

·  The computer CPU part contains a storage area called register where data are holding to be used by the processor. This unit of memory given in bit identifies the register size.

For example, a 16-bit processor might mean that its register is capable of holding 16 bits of data. Therefore the processor can process more information at once when the number of bits in the register increases more and more.

Most computers use a 32-bit processor as standard. Nevertheless a 64-bit processor is presently offering or developing by Intel, HP, AMD and others companies. This high-performance processor is more appropriate to enterprise than single user.

·  The speed, given in megahertz (MHz), determines how many instructions the processor is able to execute per second. For example, if your processor runs at 1 GHz (or 1000 MHz) it means that it can execute one billion instructions per second.

·  Basically the computer processors should be running between 70°-90°C and should not exceed 95°-100°C or equivalent in Fahrenheit. In any case it lets you know that computer CPU part generates heat when it’s running.

So if your processor gets too hot, it may cause computer run slower, restart or just turn off. To avoid these risks it is recommended that your computer CPU has the supplied heatsink and/or fan attached.

·  Almost all computers CPU part come with a heatsink and fan included. However some manufacturers only attach the heatsink. In that case if your computer registers any problems related to hot temperature, be smart to add at least a fan or take any other dispositions for getting your computer cooler.

Don’t forget this secret: the cooler runs your processor, the more performance you’ll gather from your computer CPU part.