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This page will be helpful to many of you guys out there without the thorough understanding of the common desktop PC. So lets uncover some simple myths and learn some useful tricks to handle your computer just like an expert.

Colin's Guide to PC installation

PC installation is not a difficult task but certain preparation and understanding is required especially for non technical personnel. Considering the numerous steps and explanation is required in order to complete a system. I would only give a brief overview to the procedural steps and certain utilities requirements for PC installation.

The following list of common components is required before the installation of a new system can commence.

Motherboard (BX, ZX and etc)
Memory chip (66,100,133 MHz)
CPU chip (AMD K6, AMD K7, celeron, pentiumII, pentiumIII etc)
Harddisk (UDMA 33, 66MHz)
Floppy disk drive (3.5 inch, super disk etc)

CD-ROM drive (CD-R, DVD drive etc)

Casing (ATX perferred - power supply included)
VGA Card (PCI, AGP perferred)
Audio Card (optional - ISA, PCI)

Some pointers to take note!!!!!!!!

Celeron chip chosen Additional converter board is required.
(pentium celeron is a socket 7 chip while BX or ZX board only come with "slot 1" slot)
Memory chip (66 MHz does not really enable you overclocking, you may try your luck)
Boot Disk 1) Fdisk.exe
2) Format.exe
3) Operating system files
4) MSCDEX.exe (CD-ROM driver)
Some simple terms :-
Fdisk.exe Enable you to partition your harddisk prior to format. In short, fdisk prepares the harddisk for formatting.
Format.exe An utility that formats your harddisk so that operating systems like Win95/98 and file system can reside in it.
Operating system files Command.com, IO.sys and MSDOS.sys
MSCDEX.exe file that enables the system to access the CD-ROM drive. Note that this file does not come with the CD-ROM disk.However, the driver that come with the purchase of the CD-ROM is required to initiate the drive
Lets begin
Set the harddisk to master (by default)
Install the harddisk onto the primary IDE connection

Boot up the system and press "del" (in most systems)
go to "IDE HDD AUTO DETECTION" then hit "Enter" all the way
go to "STANDARD CMOS SETUP" >"Mode" > change to "auto"

You have configured your motherboard to communicate with your Harddisk.

Insert boot disk into drive and reboot
At A prompt(a:\), type "fdisk"
Select Y>1>1>Y>Esc
Restart computer with boot disk still inside drive A
Once rebooted, type "format c: /s"
(format c: /s will render the harddisk bootable and copy the system files onto the hard drive)
copy MSDCEX.exe over to c: drive
Insert CD-ROM driver disk into drive A: and type either "setup" or "install" .
Insert win95/98 into CD-ROM drive and restart the system
Change to drive D (CD-ROM) and type "setup"
Follow through the on screen instructions and viola you are done.

Setting up a system is a breeze. Important thing is to have confidence in the manual and yourself. Be daring to experiment.

I have read a benchmark specification that in fact that Celeron 400 is actually out performing the Pentium II 400 in terms speed of rendering 3D images when running intensive 3D programs like 3D Studio Max. This is due to the faster FSB (Front side bus) used in Celerons. However, when multi-tasking is often th case then the pentium II L2 cache will definately come into play. So for guys out there who wishes to get a new system, you must be clear what your main appliaction is.

Colin's Guide to overclocking

Erm for this section, I would only recommend celeron chips for overclocking. Pentium II and Pentium III is a complete waste of time and money. Reason :- celeron gives you a substantial increase in CPU speed at a much lower cost while PentiumII & III enables u probable success with less than 60MHz at at least 2x more than the price of a celeron.

How do I "overclock"???????

Change clock oscillator module
Change jumper settings

Take note that all celeron chips are clock locked and thus only the jumper settings could be change.

For Celeron Chips only
266* (4x66) 333 (4x83) 400 (4x100)
300* (4.5x66) 375 (4.5x83) 450 (4.5x100)
300A* (4.5x66) 375 (4.5x83) 450 (4.5x100)
333* (5x66) 375 (5x75) 416 (5x83)
i) Change the jumper settings on the motherboard (refer to the motherboard manual's instructions) to set the CPU to the desired clock rate.
ii) Boot up the system
iii)

Did it boot up normally and to the desired speed? (See the boot up screen information/bios information?)

Yes - go to step v.
No - proceed to step iv.

iv) Sorry pal, it looks like your CPU is not able to be overclocked to the speed that you desired. Hmm... this is due to that some CPU revisions have different properties than others, and therefore some tend to be less cooperative in the overclocking process than others. Try another setting. If you still unable to overclock it, post the problem to me and perhaps a solution will be ready for you.
v) Well its good that you have reached this step. Enter your BIOS setup program (not sure how to do it??? refer to the manual on the BIOS page). Recommend "set BIOS default" to novices. As for advance users you should be capable of handling most things on your own.
vi) Reboot the system and allow it to complete the boot process.
vii) Viola!!! Next thing is to test your system's reliability at the increased speed. Run your most CPU intensive software for as long as you can. If the system does not crash, congratulations, you've just overclocked your CPU!
Benchmarking ??? Not necessary, you should be able to feel the difference when you have run your most intensive program. You caan change your BIOS setting to further optimized the performance by increasing the setup settings as fast as they could go without compromising the system integrity. Should the system crash on the new settings simply change it back to the previous settings. Have fun!
viii) Hmm abit of warning - the life span of your CPU chip definately going to be shorten even if you have down sufficient cooling. However, this will be very subjective and very much dependant on the your usage level.


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