exactlyQuote:
Originally posted by L337 M33P
I bet it won't get you any higher clock speeds. Why? Because the data and address traces just increased in length by about 2 inches. At 300MHz that's a fair bit of inductance and crosstalk to deal with.
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exactlyQuote:
Originally posted by L337 M33P
I bet it won't get you any higher clock speeds. Why? Because the data and address traces just increased in length by about 2 inches. At 300MHz that's a fair bit of inductance and crosstalk to deal with.
Looks poorly designed to me, really you should be able to shrink such circuitry a lot.
This can prove a lot more unsafe than a V-mod.
I predict 34000 2k1 and 15000 with a GFTI4200 and a 939. The vmod capabilities are endless.
[/GeForceTI4200]
:D
:hehe:Quote:
Originally posted by Slickthellama
I predict 34000 2k1 and 15000 with a GFTI4200 and a 939. The vmod capabilities are endless.
[/GeForceTI4200]
:D
i suppose if they shrunk down the circuitry a LOT then it would work, but id much rather just vmod my board, i mean heck, those things are ooooogly
:rotf: :lol: :lol: :rotf:Quote:
Originally posted by Slickthellama
I predict 34000 2k1 and 15000 with a GFTI4200 and a 939. The vmod capabilities are endless.
[/GeForceTI4200]
:D
Somebody buy ti4200 a new video card :banana:
that thing looks handy in one situation:
when you have a expensive Dual Opteron board and you don't want to void warranty with a v-mod