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Overclock.net - Overclocking.net > Volt Mods > General Volt Mods > Motherboard Volt Mods | |
Helpp!!! P4p800se
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#1 (permalink) | |||||||||||||
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Overclocker
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I have this board.. and im wondering how to do a droop mod on it.. can someone help me pleasee w/ pictures!!! +rep
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#2 (permalink) | |||||||||||||
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Intel Overclocker
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![]() Set the resistance of the VR to 28K (or change accordingly depending on the severity of the vdroop). I performed this mod on my old P4P800SE and you have to be VERY careful because the soldering points are tiny!
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. Current E6420: L645G573, E6420@3.60ghz, 9hr 100% Stable and 14.672s SuperPI 1M Old E6300:'12hr Stable@3.40ghz and 17.000s SuperPi 1M, Highest: 3.70ghz 98% OC and 15.610s SuperPi 1M
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#3 (permalink) | |||||||||||||
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Overclocker
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that doesnt tell me anything.. i need a step by step tutoriall.. sorry im nub. i dont know what to buy, solder, etc
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#4 (permalink) | |||||||||||||
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Audiophile
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If you can't solder, spend a good few weeks practicing before trying this.
For those who know, that picture tells everything. You need: 22 to 26 AWG solid-core wire Variable resistor (potentiometer) capable of 28kohms of resistance Soldering iron Rosin core solder Once you have those, and are confident in your soldering ability, solder the pot to the points noted in the picture.
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Last edited by TheFlyingWallaby : 09-29-07 at 01:21 PM. |
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#5 (permalink) | |||||||||||||
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Intel Overclocker
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I wouldn't recommend you attempt this vdroop mod unless you have prior experience soldering and a basic understanding of electronics.
But here is what you need: - Low Wattage Soldering Iron with Solder - A VR that can be set to your desired resistance: (28K-35K) - Multimeter to help you set the resistance of your VR - Two small pieces of wire to connect the soldering points to the VR First, use the multimeter to set the resistance of the VR to 28K (make sure the multimeter is measuring Resistance (Ohms)). You are going to have to turn the top of the VR using a flat screwdriver to change resistance. Solder the two wires to the VR. Solder the wires as shown in the pic provided earlier.
__________________
. Current E6420: L645G573, E6420@3.60ghz, 9hr 100% Stable and 14.672s SuperPI 1M Old E6300:'12hr Stable@3.40ghz and 17.000s SuperPi 1M, Highest: 3.70ghz 98% OC and 15.610s SuperPi 1M
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#6 (permalink) | |||||||||||||
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Intel Overclocker
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http://www.broadbandreports.com/foru...cusa~mode=flat
THis maybe also help: http://www.overclock.net/intel-mothe...4c800-e-2.html I can't find any good guidelines...also everything I search is Dutch lol.
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#7 (permalink) | ||||||||||||||
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Overclocker
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Quote:
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#8 (permalink) | |||||||||||||
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one solder at a time..
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pretty simple really...other than the actual connections
You need a 1mil tip for a solder iron..a 30k VR [radioshack] and an extra IDE cable. Rip off some of the IDE wires [just two] to a 'good' length..solder one end of ea. to the VR [using either outer leg and the middle leg]..then solder the other ends to the mobo. When you connections are cool, dab some superglue over them to help secure the connections.. Then using a MM, measure and set the resistance on the VR to the maximum for that VR. Turn on mobo..and 'tune' voltage in BIOS, using a MM to measure. When your voltages are set the way you need...then re-boot and load Window$!
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#9 (permalink) | |||||||||||||
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Overclocker
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thanks
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