Thomas wrote:
Quote:
BC wrote:
ASUS P5W DH DELUXE/WIFI-AP Socket T (LGA 775) Intel 975X ATX Intel
Motherboard - Retail
$269.99
Intel's "Bad Axe"--975 chipset, lots of features, stable.
Intel BOXD975XBXLKR Socket T (LGA 775) Intel 975X ATX Intel
Motherboard $269.99
Since we're in an overclocking group, I can't understand why you'd recommend
an Intel board. Intel boards usually have no overclocking options at all.
The Asus is highly recommended in this aspect.
If you don't want to overclock, either will serve you well, but if you want
to, the Asus is the only option of these two... |
Dear Thomas,
I do not have a Conroe or 975 motherboard, so I cannot speak from
experience, but I did read that the Bad Axe can be overclocked:
***quote***
http://www.legitreviews.com/article/380/3/
With the Intel D975XBX motherboard ($235) easily performing better than
any Intel desktop motherboard produced it's no wonder many enthusiasts
are picking up reference Intel boards for the first time ever.
*** end quote ***
Note: this article shows a very simple mod to make it possible to
overclock lower priced "locked" Conroes.
***quote***
http://www.anandtech.com/cpuchipsets...px?i=2681&p=13
Intel D975XBX: Intel brings their Bad-Axe to Market
Intel D975XBX: Intel brings their Bad-Axe to Market
Date: January 26th, 2006
Topic: Motherboard
Manufacturer: Intel
Author: Gary Key
The Intel D975XBX is an interesting solution for the Intel Enthusiast at
this time. The performance of the board was average or below in all
testing phases while stability was superb. In fact, unless we were
overclocking the board past its obvious limits, we never experienced any
stability issues. Unlike other boards reviewed recently, we did not find
any test issues with our peripheral inventory. The Intel D975XBX
exemplifies Intel's trend of offering very stable and secure board
solutions with excellent documentation and support.
Overclocking quote: ***
http://www.anandtech.com/cpuchipsets...spx?i=2681&p=4
This board is a decent overclocker considering the limited settings
available in the BIOS. At these overclock settings, the system was able
to complete all of our benchmark test suites three consecutive times and
run Prime95 and SuperPI without issue. We were able to overclock the FSB
to 260 at the 16x multiplier, which resulted in CPU operation of
4160MHz, but we could not complete our test suite. We also were able to
raise the CPU multiplier to 21 at the 200 FSB setting, which resulted in
the CPU operation of 4200MHz, but it could not run any tests reliably.
***end quote***
Another guide on modifying board slightly for overclocking:
***
http://www.vr-zone.com/index.php?i=3766
Guides : Overclocking : Intel 975XBX, A Pencil & a Better Overclock!
The Intel 975XBX Board has risen in popularity in the past few months,
not just among the mainstream users but also among the enthusiast and
overclockers. As a motherboard targeted at the mainstream consumers
however, it is quite limited in the voltage options offered in the BIOS,
particularly the Memory Voltage. Shaky hands and the soldering iron is a
big risk for a hard modification... perhaps you can handle a sharpened
pencil better instead?
***
and again:
***
http://www.madshrimps.be/?action=get...&articID=4 70
Overclocking - Introduction
The Intel Bad Axe desktop mainboard supports some basic overclocking
options. Most important to mention is that the clock speed can be raised
with 30%; in steps of 1%. The classic FSB option is nowhere to be found.
Besides that there are also the following overclocking related settings
in the BIOS:
# Enhanced power slope; Enabled / Disabled
# Host Burn-in Mode Type; Positive / Negative
# Host Burn-in Mode percentage; from 0 to 30 in steps of 1
# FSB Frequency override; 533/800/1067
# PCI Burn-in Mode; Default / 40.00 Mhz
# PCI Express Burn-in Mode; Default or from 1001 to 109 in steps of ~1.3 Mhz
# MCH Voltage Override; Default / 1.525 V / 1.600 V / 1.650 V / 1.725 V
# Front Side Bus Override Voltage; Default / 1.271V / 1.333 V / 1.395 V
Madshrimps (c) Madshrimps (c) Madshrimps (c) Madshrimps (c)
That’s a limited selection and with only these there is no way to reach
some insane clock speeds. Luckily a larger selection is available but
it’s hidden, yet it easily be unlocked.
The OC debug mode lets you change a wider range of settings, it even
becomes “pre-unlocked” with some Core 2 processors. To manually unlock
the OC debug mode you need to do the following.
Just above the IDE port you can find a three-pins header with jumper.
This is used for BIOS maintenance. But notice, just above that there are
three unused solder points. Contact the first two (with solder of
conductive paint) and now your entire BIOS is unlocked.
***
http://www.nordichardware.com/Articl...&skrivelse=487
As the host for our project we have Intel's own motherboard, D975XBX,
nicknamed "Bad Axe". Bad Axe was partly one of the first motherboards to
officially support Intel's new processors and partly one of the first
motherboards from Intel that allowed significant overclocking. It's not
really "Plug 'n' Play" though, but to activate all of these settings you
had to move a jumper on the motherboard. This might not sound all that
bad, but Intel chose to make it a bit tricky by not soldering any pins
for you place the jumper on. Time to bring out the soldering iron and
fix this.
Conroe overclock database:
http://www.hardforum.com/showthread.php?t=1075792
Looks like the Gigabyte 965P-DS3 does well...
About 8 overclocked P5Ws for every "Bad Axe", at least in this group....
Agree that Asus makes overclocking much easier. But, Intel does have a
history of making stable, reliable, high quality motherboards too...
HTH,
BC