The microprocessor is the center of your computer. It processes instructions and communicates with outside devices, controlling most of the operation of the computer. The microprocessor usually has a large heat sink attached to it. Some microprocessors come in a package with a heat sink and a fan included as a part of the package. Other microprocessors require you to install the heat sink and fan separately. This is not a difficult problem, but can be a bit daunting when the buyer wants to make sure they get the correct parts to fit their microprocessor. Also the buyer needs to make sure they will get the motherboard that their microprocessor will work with. This section will explain some of the differences in microprocessors and ways to be sure your parts match.
Microprocessors and Mounting
The mounting method refers to the type of connection the microprocessor makes with the motherboard. The following table lists the various mounting packages and some of the well known microprocessors that are mounted for that package.
- Socket 7 - AMD K5, K6, Intel Pentium 75-200Mhz, IBM
- Socket 370 - Some Intel Celerons
- Slot 1 - Intel Pentium II, Pentium III, Some Celeron 266-533
- Slot II - Intel Xeon
- Slot A - AMD Athlon
The Socket 7 processors are becoming less popular. We recommend socket 370, through slot A microprocessors at the current time. The prices on Socket 370 microprocessors are currently very low considering the performance of the systems. I recently bought a Celeron 500Mhz microprocessor with 66Mhz sidebus for under $120 with a motherboard for $84. When buying a microprocessor, make sure you get the type of socket you think since some processors are made for different sockets such as the Celeron. Be sure of one of the following.
- The socket type is stated at the vendors website.
- There is a microprocessor part number stated at the vendors website that can be traced to the manufacturers website which specifies the mounting package you want.
It would be no fun to get a Slot 1 motherboard and a socket 370 Microprocessor.
0 comments:
Post a Comment