OMG haha! Well uhh... thanks again man! :)Quote:
Originally posted by PMM
:confused: Erm don't think so its mentioned in my Orginal post
Page 1..post 1!!!! Both points are the same as that side of the
SMD links to pin 11.
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OMG haha! Well uhh... thanks again man! :)Quote:
Originally posted by PMM
:confused: Erm don't think so its mentioned in my Orginal post
Page 1..post 1!!!! Both points are the same as that side of the
SMD links to pin 11.
Our Vcore mod gives more voltage than regular Vcore mod.Quote:
Originally posted by phobix
It looks that way from the pic, but no I soldered directly to the SMD resistor. The reason The wire is dropping from the back is that I did not want any possibility of any short.
You will also notice that I used the ground closest to the component I am modding, you can easily check this by using an Ohm meter and checking continuity between the Ground on the Fan header and any spot on the motherboard to locate a safe ground, but this is up to you, I just did not want wires all over my board. Good luck and May the Nforce be with you ;)
http://koti.mbnet.fi/okosunen/asus/modit/
Heh, Sorry, wrong place, but I tryed to answer that Vcore limit question. With our mod it is possible to adjust Vcore voltages up to 2.3VQuote:
Originally posted by Savon Mafia
Our Vcore mod gives more voltage than regular Vcore mod.
http://koti.mbnet.fi/okosunen/asus/modit/
Hey sysfailur! Nice job on the page you posted on your site. I like the setup you got going there :toast:Quote:
Originally posted by sysfailur
OMG haha! Well uhh... thanks again man! :)
Hey,Quote:
Originally posted by Savon Mafia
Heh, Sorry, wrong place, but I tryed to answer that Vcore limit question. With our mod it is possible to adjust Vcore voltages up to 2.3V
I was just looking at the datasheet for the L6917BD and it seems that the pin that manages overvolt protection is Pin 10 or Vsen. But it may very well be the overcurrent protection which is limiting max vcore this is pin 13 (Channel 1) / ISEN1 and Pin 16 (Channel 2) / ISEN2. The output current can be sensed either through a series resistor or across the lowside Mosfet RDSon. Perhaps someone with more intimate knowledge of the layout of the board can confirm which one of the 3 possibilities above is responsible for limiting max Vcore.
Please check the datasheet here:
http://us.st.com/stonline/books/pdf/docs/8162.pdf
Got more details? e.g. wiring diagram hard to tell where all thoseQuote:
Originally posted by Savon Mafia
Heh, Sorry, wrong place, but I tryed to answer that Vcore limit question. With our mod it is possible to adjust Vcore voltages up to 2.3V
black wire go to.
Noticed you got a 500ohm multiturner & 33ohm resistor but
the way its wired is hard to tell, I know the 1st mount on the
capacitor is ground I know the two points nearest CPU are
current running voltage I know it also seems to trace back to
the FBR&FBG pins of the IC with resistors somewhere in between.
Question is.... Is that alone getting you upto 2.3v? or are you
still having to do the FB pin mod in addtion but not shown in
your pictures.
Interesting, but 2.1Vcore is enough for prometeia or? :)
!!!!! 2.3v! I'm doing that mod. Period! Please do share more details!
The max I can get is ~ 2.15v I think currently and I'd love to have more.
OK I finally found a site that I think will have all the resistors and stuff I need.
Can some of you guys check to see am I getting the right stuff.
The site I found is
http://www.radionics.ie
I went into resistors, and was looking for 1megaohm (im a noob btw). All I could see was wattage ratings so I went into high stability carbon resistors and stuff and under all watt categories there is a 1mohm resistor.
Does it make a difference.
Could any of you expert guys tell me what to add to my basket from this site to have a successful mod. I have no wire or nothing.
Im off to see have they got any wire and solder :)
Nope, it works with my SMD grabbers!!! But, I moved the stock NB sink to the SB, then attached the Grabber to the IC pin, then hot glued the other end of the Grabber to the HSF on the SB! That sucker won't move! Check it out:Quote:
Originally posted by HMB
Hmm, seems to be too thin legs to attach pomonagrabbers to... Though u dont have to worry about overheating the darn SMD :)
http://www.netbetty.com/H20/asus/grabbervdd.jpg
If you want to see all my volt mods, click this link and note: NO SOLDERING!!! http://www.netbetty.com/H20/asus/wholeboard.jpg
Nice!Quote:
Originally posted by nikhsub1
Nope, it works with my SMD grabbers!!! But, I moved the stock NB sink to the SB, then attached the Grabber to the IC pin, then hot glued the other end of the Grabber to the HSF on the SB! That sucker won't move! Check it out:
http://www.netbetty.com/H20/asus/grabbervdd.jpg
If you want to see all my volt mods, click this link and note: NO SOLDERING!!! http://www.netbetty.com/H20/asus/wholeboard.jpg
Where did you find those Micro SMD Grabbers?
I got them at Fry's. I seem to pick up a bag or 2 every time I go there!Quote:
Originally posted by phobix
Nice!
Where did you find those Micro SMD Grabbers?
ya the fry's in burbank has'em that's where i got mine.
i was like $5 for them both though :slapass:
but it was worth it! :D
I found some SMD grabbers that are designed to grab a chip leg with a lead pitch of .5mm to .8mm. The size of the leg for this mod is .65mm. So this grabber is perfect. It costs $19. though.
It's part #8174: http://www.probemaster.com/smdprobe.htm
*Bump* ;)
Hi all! This is my first post in here! I want to thank u guys for submitting such good information that helped me very much when i was doing my vdd mod. I will submit pics off my board and mod.
http://promodders.dajm.com/anv/upload/blubbo/hela.JPG
http://promodders.dajm.com/anv/upload/blubbo/vddmod.JPG
I didn't feel like my soldering skillz were good enough so i used glue and it works perfect. With the mod i managed to get 200FSB and before i only could get 182.