Quote Originally Posted by vox View Post
ok but .7686 isnt the number you are going to put on the gtls.

what it is it?

is .7686 + GTL 1/3 (0.667) ? or .7686 - GTL 0/2 (0.650)?

( vtt*gtl 0/2 ) - ( vtt*gtl 1/3) = Y them (Y + GTL 1/3) and this is number to put on the GTLs?

or

( vtt*gtl 1/3) - ( vtt*gtl 0/2 ) = Y them ( Y + GTL 0/2 ) and this is number to put on the GTLs?

How do you get to the 0.630 GTL Refs you are telling me to put????
Yes you dont put the exact value for GTL's, you need to use Multiper (example, like truhighroller his 0.630x is multiper ! )

You need figure out what multiper you need for e.g. 0.8V

I give fast lesson!

Lets think that your looking for 0.8V gtl's now, and 1st thing that you need to know what VTT/FSB voltage your using!

Lets say that your using 1.24V FSB voltage/VTT

2nd you need to do some very easy math

You are looking for 0.8V GTL for both 0/2 and 1/3 setting

First you try 0.630x X 1.24 (your VTT) = 0.781v

Now you got 0.781 result, But that is not the value that your looking for

Lets put few notch more to our multiper (0.630x, it grows by 0.005x every notch)

You set 0.640x This time to both GTL's, and calculate wich value it gives this time!

0.640 X 1.24v = 0.793 ! We are close now

0.645 X 1.24 = 0.7998 !

0.650 X 1.24 = 0.806 !

This is how you use GTL's, it can be hard to find exact value but all formulas that i have read says that 0.8-1.1 are usually ok?

And now you ended to 0.806! You boot to windows and test does it make any difference

Carepolice man whit too much free time!