Overclock Your Core 2 Duo's Voltage

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Overclock Your Core 2 Duo's Voltage

Author: BillyZype | Total views: 36 | Word Count: 798 | Category: Computer Tips & Info | Date: Apr 20th 2008

You've finally decided to overclock that Core 2 Duo processor you have. Issue is, even with all the proper overclocking software and the right heat prevention gear for your components, your processor still can't output the necessary voltage to get this thing started. Instead of simply throwing away your motherboard and buying a new one, through using a variation on the "pin-mod" overclocking technique, you can easily alter the voltage with just some electrical tape and conductive ink. The advantage of this overclocking method is that it will easily achieve the increased voltage on all Core 2 Duo CPU's through jumping a few pins with the conductive ink. The pins aren't really pins anymore on the CPU though, instead they're just flat surfaces that connect to the motherboard socket. This makes it easier to connect the two points then it was in the past

Knowing the exact voltage of your Core 2 Duo processor is crucial for this mod. As you can overclock the voltage of any Core 2 Duo processor from the E6300 to the X6800, you'll have to find out exactly what the voltage is. This article will detail for you how to overclock the voltage from a default of 1.2875v, 1.35v, and 1.325v. You can find the correct voltage for your CPU on the box or by searching for it online.

You'll be able to overclock your CPU to a voltage from 1.4v to 1.6v depending on what it's default voltage is. You don't need to perform a lower voltage modification to get to the higher one, simply establish what voltage you plan on overclocking your Core 2 Duo to and follow the instructions below it.

Set up the proper work space that you'll need before you begin this process. Set everything down on a static resistant surface and ground yourself to something. Turning the chip pin-side up will reveal a little arrow in one of the corners. Make sure this arrow is pointing to the bottom right when you've flipped it over. Every pin that you have to jump is in the top left hand corner of the CPU. Before you start connecting pins, use the electrical tape to cover the pins you don't want to jump with the conductive ink.

Overclock from 1.2875v:

- ...to 1.41v: Connect the first set of pins at row two, column's three and four. Then the second set of pins at row's four and five, column four.

- ...to 1.46v: Start by connecting the two pins at row two, column's three and four together, then connect the pin at row two, column four to the pin at row three, column four. Place a pin sized piece of tape over the pin at row three, column six.

- ...to 1.51v: Connect the two pins at row two, column's three and four together, then connect the pin at row two, column four to the pin at row three, column four.

- ... to 1.56v: Start by connecting the three pins at row's two, three, and four on column four together. Then connect the pins at row two, column's three and four. Place a pin sized piece of tape over the pin at row three, column six.

- ...to 1.6v: Start by connecting the pins at rows two, three, and four, column four. Then you should connect the pins at row two, columns three and four. You will need to cover the pin at row three, column five with electrical tape.

Overclock from 1.35v:

- ...to 1.4v: Connect the two pins together at row three, column's six and seven.

- ...to 1.45v: Start by connecting the pins together at rows two and three, column four, then cover the pin at row four, column four with electrical tape.

- ...to 1.5v: Connect the pins at rows two and three, column four. Then you should connect the pins at row three, columns six and seven. Also, you need to put piece of tape over the pin at row four, column four.

- ...to 1.55v: All you need to do is connect the pins together at rows two and three, column four.

- ...to 1.6v: You will need to connect two sets of pins together, the first at row's two and three, column four. Then connect the second set at row three, column's six and seven.

Overclocking from 1.325v:

- ...to 1.4v: Start by connecting the pins at row two, columns three and four. Then connect the pins at row three, columns six and seven together.

- ...to 1.45v: Connect the pins at row two, columns three and four, and then connect the pin at row two, column four to the pin at row three, column four. Also, you need to put piece of tape over the pin at row three, column six.

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You've finally decided to overclock that Core 2 Duo processor you have. Issue is, even with all the proper overclocking software and the right heat prevention gear for your components, your processor still can't output the necessary voltage to get this thing started. Instead of simply throwing away your motherboard and buying a new one, through using a variation on the "pin-mod" overclocking technique, you can easily alter the voltage with just some electrical tape and conductive ink. The advantage of this overclocking method is that it will easily achieve the increased voltage on all Core 2 Duo CPU's through jumping a few pins with the conductive ink. The pins aren't really pins anymore on the CPU though, instead they're just flat surfaces that connect to the motherboard socket. This makes it easier to connect the two points then it was in the past 
Knowing the exact voltage of your Core 2 Duo processor is crucial for this mod. As you can overclock the voltage of any Core 2 Duo processor from the E6300 to the X6800, you'll have to find out exactly what the voltage is. This article will detail for you how to overclock the voltage from a default of 1.2875v, 1.35v, and 1.325v. You can find the correct voltage for your CPU on the box or by searching for it online. 
You'll be able to overclock your CPU to a voltage from 1.4v to 1.6v depending on what it's default voltage is. You don't need to perform a lower voltage modification to get to the higher one, simply establish what voltage you plan on overclocking your Core 2 Duo to and follow the instructions below it. 
Set up the proper work space that you'll need before you begin this process. Set everything down on a static resistant surface and ground yourself to something. Turning the chip pin-side up will reveal a little arrow in one of the corners. Make sure this arrow is pointing to the bottom right when you've flipped it over. Every pin that you have to jump is in the top left hand corner of the CPU. Before you start connecting pins, use the electrical tape to cover the pins you don't want to jump with the conductive ink. 
Overclock from 1.2875v: 
- ...to 1.41v: Connect the first set of pins at row two, column's three and four. Then the second set of pins at row's four and five, column four. 
- ...to 1.46v: Start by connecting the two pins at row two, column's three and four together, then connect the pin at row two, column four to the pin at row three, column four. Place a pin sized piece of tape over the pin at row three, column six. 
- ...to 1.51v: Connect the two pins at row two, column's three and four together, then connect the pin at row two, column four to the pin at row three, column four. 
- ... to 1.56v: Start by connecting the three pins at row's two, three, and four on column four together. Then connect the pins at row two, column's three and four. Place a pin sized piece of tape over the pin at row three, column six. 
- ...to 1.6v: Start by connecting the pins at rows two, three, and four, column four. Then you should connect the pins at row two, columns three and four. You will need to cover the pin at row three, column five with electrical tape. 
Overclock from 1.35v: 
- ...to 1.4v: Connect the two pins together at row three, column's six and seven. 
- ...to 1.45v: Start by connecting the pins together at rows two and three, column four, then cover the pin at row four, column four with electrical tape. 
- ...to 1.5v: Connect the pins at rows two and three, column four. Then you should connect the pins at row three, columns six and seven. Also, you need to put piece of tape over the pin at row four, column four. 
- ...to 1.55v: All you need to do is connect the pins together at rows two and three, column four. 
- ...to 1.6v: You will need to connect two sets of pins together, the first at row's two and three, column four. Then connect the second set at row three, column's six and seven. 
Overclocking from 1.325v: 
- ...to 1.4v: Start by connecting the pins at row two, columns three and four. Then connect the pins at row three, columns six and seven together. 
- ...to 1.45v: Connect the pins at row two, columns three and four, and then connect the pin at row two, column four to the pin at row three, column four. Also, you need to put piece of tape over the pin at row three, column six. Article Source: <a href="http://www.organizingweb.net" target="_blank">OrganizingWeb.net</a> About the Author: Check out complete pictures on <a href="http://hotoverclocking.com/cpu-overclocking/overclock-the-voltage-of-your-core-2-duo">overclocking a Core 2 Duo</a> and get needed <a href="http://hotoverclocking.com/benchmark-software/a-comprehensive-list-of-overclocking-benchmark-software">overclocking software</a> before you mod