Cut/Blow L11 bridges
What's the best way to cut or blow the L11 bridges?
I have the new Athlon packaging (the one w/ the shiny coating where the traces are visible). I need to cut the L11 bridges to mod the VCore w/ the wire trick. Also, do I need to cut the L3 bridges to do the wire trick to mod the multiplier or should I leave them connected? (One is already laser cut by AMD actually.)
I have the new Athlon packaging (the one w/ the shiny coating where the traces are visible). I need to cut the L11 bridges to mod the VCore w/ the wire trick. Also, do I need to cut the L3 bridges to do the wire trick to mod the multiplier or should I leave them connected? (One is already laser cut by AMD actually.)
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I can't help, I can just about overclock as it is :bawling:
I suggest doing the l12 mod to make your memory bandwidth potentially out of this world. If you're on an nForce2, or plan to be, modding a 166FSB chip to 133FSB default, or a 133FSB chip to 166FSB default, the difference in maximum FSB frequency is insane. 20-30MHz.
As far as the L11 is concerned, it's really too bad that no one has a wiremod for the L11 yet (As far as I know). The best you can do is very very gently scrape the coating away from the L11 bridges and then start blowing them as per Omega's Dual Barton guide.
But I believe you have to blow all the L11 bridges to gain complete control over the default Vcore via the pins
I haven't tried remapping a new model Barton yet but I don't see how my method of blowing the connected bridges won't work. Even though they've put a heavy lamination of plastic or whatever over the top of the whole opga package on the new procs, the needles I use to blow bridges should still penetrate through the plastic covering to the little gold dots.
I had to do much the same mod with the mobo on my P3S rig for more reliable bootups while heavily overclocked.:)
The best method of blowing the bridges I have heard of so far is to very carefully scrape the surface of each contact end of each bridge you are going to blow to remove the protective coating and use 5V leads from a PSU attaced to each end. It will only take a touch of the leads to do it.
The revisions are plentiful to say the least, but what I found so retarded was the they had so many revisions and then switched chipsets. Earth to ECS, perhaps it's time the change the mobo name when the chipset is changed?
Oh God yes!
That is just ludicus to say the least. You would think it would at least be in their interst sales wise to re-name it. But then again it was a low-end board as they even had another VIA board that had an OC'ers bios and all. Go figure.