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Building Your Own PC, Part 8
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For the past 7 months, we've been going through the process of designing our
own multimedia PC. In this final segment of the series, we'll actually put
the system together.
Before we do so, however, there are a few minor, but still important,
components, that we will need to have on hand. First of all, you will need
to go to an electronics store or computer dealer and purchase a package of
what are commonly called "standoffs". As the name implies, these specially
formed pieces of plastic enable the motherboard to "stand off" -- that is,
to avoid actual physical contact with -- the inside of the case. This is
important due to the fact that the motherboard is in fact a large printed
circuit board, with numerous soldered connections on both sides. Allowing
the motherboard to come into contact with the inside of the computer case
would cause any number of short circuits that would damage or even destroy
the motherboard in a matter of seconds! Thankfully, preventing such a
disaster is both easy and cheap, since a package of 6 standoffs -- which is
usually enough for any motherboard -- should cost no more than a dollar or
so. The other components I referred to are the operating system and other
major software which you will be installing on the hard drive once the PC
is up and running. In this case, I refer specifically to MS-DOS (the
current version is 6.22) and Microsoft Windows (version 3.11 at this
writing). (Some readers may choose to install Microsoft Windows 95 instead;
that is purely a matter of personal choice.)
One word of warning, however: Since you are putting together a PC from
scratch, you should buy and use ONLY the "full" editions of MS-DOS 6.22 and
Microsoft Windows 3.11. That way, you have the flexibility to handle any
degree of customization your situation may require. While you may have to
do a little shopping around, you should be able to obtain both packages for
a total price of under $100.
You may also want to obtain a copy of a hard drive installation program. In
fact, such a program may be included with your hard drive. If so, do not
hesitate to make use of it, as it will make the task of setting up your hard
drive significantly easier. If you wish to purchase such a program, be
prepared to pay $100 or more, since this is VERY specialized software!
In most cases, however, a separate hard disk setup program is really
unnecessary, as the facilities provided by MS-DOS can do the job quite
nicely with just a little care and study on your part.
OK -- so you've got all the components together and you're ready to proceed.
First of all, you should plan on spending several hours to actually get
everything connected, plugged in, set up and configured. You should also
set aside a specific area for this task. A large table top or an area of
the floor will usually do quite nicely. Either way, however, you should
insure that you're within easy reach of a grounded, 3-pronged AC outlet
(The UPS will require it.), and cover the area with newspaper. The latter
is basically a precaution to help in locating screws, nuts, and other small
parts which might otherwise get lost all too easily.
Now that you've got your work area set up, you can begin unpacking the
various components (if you haven't already done so). Be sure, however, to
keep EVERYTHING that comes with a given component together with that
component until you have actually installed it. This includes packaging
materials, documentation, etc. The one and ONLY exception I would make is
in the case of the warranty and/or registration cards. These should be kept
together in a folder or large envelope. Once the system is fully up and
running, you can then fill them all out and put them all in the mail at one
time. Do NOT, however, fill these cards out and mail them until you are
satisfied that the PC is operating properly. The reason is that, in the
event that you need to return a given component to a vendor for replacement
or refund, the component manufacturer will almost certainly require you to
return ALL the parts and other materials that came with it -- including the
warranty card!
With the unpacking completed, you should next plug the UPS into the wall
socket. All other components requiring AC should be plugged into the UPS
outlets, NOT THE WALL SOCKET! This will help protect against shorts or
power surges which, as I explained in an earlier installment, can easily
damage or destroy the computer's components.
Next, open up the computer case and plug the power supply (which should
have already been installed) into the UPS. The power supply, however,
should remain OFF until the various components have actually been installed.
Also, whenever you unpack a circuit board, you should touch the computer
case with one hand for a few seconds to ground yourself and drain off any
possible static charges. (Some component makers may actually include a
"grounding strap" to be fastened around your wrist, with a small wire to be
clamped to the case, for this very reason. If so, USE IT!! Otherwise,
your warranty may not be honored if something does go wrong.)
Now you should CAREFULLY remove the motherboard from its wrapper, and
examine the documentation (if any) that goes with it. Then, insert the
standoffs into the holes provided for them in the motherboard (NOT into the
slots in the case!), and push them in until they lock into place. Be
careful, however, not to push TOO hard, or you may actually crack or even
break the motherboard!
With the standoffs now inserted, you should insert the motherboard into the
case. Line up the standoffs with the slots in the case frame, then slide
them and the motherboard into place. You should feel the board locking into
position. Again, however, be careful not to damage the standoffs (and
possibly the motherboard) by pushing TOO hard. A gentle but firm push
should be enough to get the job done.
Now that the motherboard is in position, you can begin the process of
connecting the various wires to it. These include connectors for the
power-on light, the internal speaker (this should actually be connected to
your sound card -- check the manual for instructions), the hard disk access
light, etc. The cables that connect the motherboard to the power supply,
however, should be the LAST ones you plug in. This gives you the chance to
double check to be sure all the other wires are plugged in correctly.
With the motherboard now installed and properly connected, you should next
turn your attention to those components that require the use of the VLB or
PCI slots. These will normally include your multi-I/O card, your hard disk
controller card (in the event you don't use the multi-I/O card's IDE hard
drive connectors), and your video graphics card. Read the owner's manual
or installation instructions for each unit, then remove the metal tabs
covering each outer slot opening in the case, line the card up with the
slot opening, and carefully but firmly push the card into place. Again,
you will literally be able to "feel" the card go into the slot. After
making sure you have pushed the card down far enough, use the screw
provided with the slot cover you just removed to fasten the card's outer
metal tab to thecase frame.
As you install each card, CAREFULLY plug in the necessary cables as
indicated by the instructions. Don't hesitate to call the dealer or
manufacturer for help if a problem develops. Only the cable from the
monitor to the graphics card's outer plug, as well as the phone line that
will plug into the modem, should remain un-connected at this point.
At some point in the assembly procedure, you will need to plug in the memory
chip units (usually called SIMMS, or "Single In-Line Memory Modules") into
the slots provided on the motherboard. This is actually a fairly simple
procedure. Simply line up the SIMM as indicated in the motherboard
instructions, insert them at the correct angle, then gently pull them toward
you until they lock into place.
With everything else connected, you should now connect the cable from the
back of the monitor into the terminal provided on the graphics card. Then
make sure that the monitor's AC power cable is properly plugged into the
UPS. (In some cases, an AC cord is provided to connect the monitor to an
AC plug on the computer's own power supply. I DO NOT recommend this!
Instead, plug the monitor into the UPS to give it the same protection as
the rest of your computer system.) The phone line can also be plugged into
the back of the modem at this time if you wish; however, many users prefer
to wait until the modem software has been installed first.
OK, now screw the outer cover back into place, then just one more step. One
of the disks that come either with the motherboard, the hard drive, or with
your operating system, should have the program called, "COMMAND.COM" on it.
This is what is known as a "system disk," or "startup disk," and may be
labelled as such,because it contains the parts of the operating system
needed to start the computer when the power is turned on. Since your hard
drive is not yet formatted, the system will automatically look for this
program on the floppy disk drive. (If you don't have such a disk, get a
friend or your dealer to prepare one for you, making sure that they use the
same version of DOS that you will be using.) Insert this diskette into the
correct floppy disk drive. (With a 3-1/2 inch floppy drive, the diskette
will literally lock into place when the diskette is inserted correctly.)
Make sure that all of the AC cords are plugged into the UPS, then -- and
ONLY then -- turn on the UPS itself, the CPU power supply, then the monitor,
IN THAT ORDER. If you have powered speakers, they should be turned on after
you turn on the monitor.
If all goes well, you should hear the components powering up, and after a
few moments, some sort of "setup" screen should appear on your monitor.
>From there, it's basically a matter of following the setup instructions
provided with your motherboard and software. (Some components, especially
the graphics card and modem, will normally provide their own software to
aid you in the configuration process.) Don't rush this procedure; simply
take your time, read and follow the directions carefully, and you should
experience little or no difficulty.
And there you have it, folks! We've gone through the entire process of
designing and building your own multimedia PC. As you can see, it really
isn't all that hard -- just a matter of proper research and planning, and
then following directions. From here on out, what use your new system is
put to is limited ONLY by your imagination! I hope you've enjoyed this
series as much as I've enjoyed putting it together for you.
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