The single most important piece of hardware that you will buy is the motherboard - the very core of your PC. If you buy a PC from a shop, chances are you'll never think about or even see the motherboard; but when you build a system from scratch, it must be your primary consideration. Everything else follows from here.
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Computer Repair with Diagnostic Flowcharts

Troubleshoot PC Hardware Problems With Flowcharts

This manual for troubleshooting PC hardware problems creates a visual expert system for diagnosing component failure and identifying conflicts.

The seventeen diagnostic flowcharts at the core of this book are intended for the intermediate to advanced hobbyist, or the beginning technician.

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Building Your Own PC! - The Motherboard is the Core of the PC

The single most important piece of hardware that you will buy is the motherboard - the very core of your PC. The processor plugs into it, drives connect to it with cables, expansion cards live in special slots and everything else, from the mouse to the printer, is ultimately connected to and controlled by the motherboard. If you buy a PC from a shop, chances are you'll never think about or even see the motherboard; but when you build a system from scratch, it must be your primary consideration. Everything else follows from here.

Form factor: This is the way of describing the motherboard's size and shape, important because it involves industry-wide standards and ties in with the computer case and power supply. Form factors have evolved through the years, culminating since 1995 in a popular and flexible standard known as ATX. Not just one ATX standard, of course: there are MiniATX, MicroATX and FlexATX motherboards out there, all progressively slimmed-down versions of full-size ATX.

The upside of a smaller motherboard is that you can use a smaller case and reduce the overall dimensions of your computer; the downside is a corresponding reduction in expandability. A full-sized ATX motherboard can have up to seven expansion slots while a MicroATX motherboard is limited to four.

One technical benefit of ATX over the earlier BabyAT form factor from which it directly evolved is that full-length expansion cards can now be fitted in all slots; previously, the location of the processor and memory on the motherboard meant that some slots could only take stumpy (not a technical term) cards. Another is the use of a double-height input/output panel that lets motherboard manufacturers build-in more integrated features. All in all, it's a definite improvement.

But from your point of view, the main attraction has to be the guarantee that any ATX motherboard, including the smaller versions, will fit inside any ATX computer case. That's the beauty of standards.

Chipset: The real meat of a motherboard resides in its chipset: a collection of microchips that together control all the major functions. Without a chipset, a motherboard would be lifeless; with a duff chipset, it may be inadequate for your needs. Indeed, as one motherboard manufacturer explained it to us, the chipset is the motherboard: don't ask what this or that motherboard can do -ask instead what chipset it uses and there you'll find your answer.

So what does a chipset do, precisely? Well, at one level it controls the flow of data between motherboard components through a series of interfaces. Each interface, or channel, is called a bus. The most important buses are:

FSB (Front Side Bus). The interface between the Northbridge component of the chipset and the processor.

Memory bus. The interface between the chipset and RAM.

AGP (Accelerated Graphics Port). The interface between the chipset and the AGP port. This is gradually disappearing from motherboards as more and more video cards are designed for the PCI Express slot.

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Troubleshooting and Maintaining Your PC All-in-One For Dummies

Troubleshooting and Maintaining Your PC All-in-One For Dummies

Diagnose and solve your PC problems with this easy-to-understand guide. It shows you how to diagnose and solve the most common hardware and software problems your PC may encounter.

It also provides you with methods for preventing PC problems in the first place and clearly explains how to create a safe and secure PC environment.

• Walks you through ways to diagnose the most common PC hardware, software, and operating system problems.
• Gives clear and easy-to-understand solutions for confidently handling these problems.
• Provides methods to maintain your system to prevent future problems.
• Reviews an array of useful diagnostic and maintenance tools.
• Covers Windows Vista and Windows 7.

Troubleshooting and Maintaining Your PC All-in-One For Dummies helps you to confidently handle whatever PC problems you may encounter. Click here for more information.


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