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Installation
The
physical installation can be easily achieved by a newbie. The BIOS
offers all the settings you may need but some of them could be dangerous
for young people with less knowledge and avid desire to learn :).
Seriously after you mount the motherboard in the case you only need
to enter the BIOS and make the necessary adjustments. The drivers
which need installation are the same 4n1 and the Promise controller drivers (if you use it). Special attention must go to Windows 2000 installation
when using the onboard RAID; it is necessary to use the supplied
Promise driver disk. I have seen lots of posts on the web with so
called Windows 2000 installation problems and that's why I insist
on this rather logical matter.
Overclocking
How
useful it's a motherboard if it can't be overclocked? Fortunately
MSI thought to overclockers when designed this mobo. The BIOS is
an Award clone from American Megatrends. It offers powerful tweaks
especially in the "Hardware monitor setup" section. You
can adjust the multiplier, core and DDR voltage and the FSB
frequency up to 164Mhz in 1 Mhz increments. For testing I used the
following setup:
| Motherboard |
MSI
K7T266 Pro-R version 1.0 BIOS ver 1.3 |
| CPUs |
Duron 700Mhz
Duron 800 Mhz
Thunderbird 1 Ghz |
| Coolers |
ThermalTake
Super Orb |
| Memory |
Samsung
1 x 256Mb 2100 DDR CL2 |
| Video
card |
Generic GeForce GTS 64Mb DDR |
| Hard
disk |
Western Digital WD400BB 40Gb 7200rpm |
| Case |
Antec
SX830 |
| Operating Systems |
Windows ME
Windows 2000 Professional service pack II |
| Drivers |
nVidia Detonator 12.41
VIA 4n1 version 4.32 |
| Benchmarks |
Quake III 1.16n
Ziff Davis Content Creation Winstone 2001 version 1.01
Ziff Davis Business Winstone 2001 version 1.01
BapCO SYSMark 2000
SiSoft Sandra 2001 SE Proffesional |
I
was more than surprised to see that the 800Mhz Duron was able to
do a 133Mhz FSB on this motherboard. The 1Ghz Tbird didn't want
to go so high but with a multiplier tweak it was able to reach 133FSB
(9x133Mhz=1197Mhz). The motherboard was very stable in all our tests.
We have a very overclockable 700Mhz Duron in our lab which is generally
used for overclocking and stability tests. With this CPU I was able
to reach 142Mhz FSB with voltage tweaks, an absolute record for this
CPU. In the last year we noticed that final version motherboards
are more and more stable. I remember that last year I was satisfied
if a mobo hanged for less than five times in a stability test. Today
most motherboards which hang more than three times are considered
unstable by PC Hardware. For the next performance tests I used the
686B controller not the RAID stripping configuration which can increase
performance. |