http://www.ixbt.com/news/hard/index.shtml?news114543id
http://www.gzeasy.com/itnewsdetail.asp?nID=17829 (original source)
http://www.digit-life.com/news.html?114544#114544 (for english speakers)
Guys just check the link and add your comments....
that is just like overkill
Dual GF6800U with 512mb on one PCB!!!
Dual GF6800U with 512mb on one PCB!!!
Dual C366@550MHz 1.90V (History)
yet single PIII-S 512Kb L2 cache at 1400MHz@700MHz
BP6 (not modded yet)
256MB PC133 C2
GF4Ti4200-8x
Maxtor 2x60Gb - all on promise ATA133
Lite-On LTR 40125S@48125W!!!
Plus P4 system
yet single PIII-S 512Kb L2 cache at 1400MHz@700MHz
BP6 (not modded yet)
256MB PC133 C2
GF4Ti4200-8x
Maxtor 2x60Gb - all on promise ATA133
Lite-On LTR 40125S@48125W!!!
Plus P4 system
that's what i thought of at the moment I saw it, but there is no connection for SLI... I would think GPUs would not support more than 2 - do not know... driver issues... 2k for your video subsystem??????
Dual C366@550MHz 1.90V (History)
yet single PIII-S 512Kb L2 cache at 1400MHz@700MHz
BP6 (not modded yet)
256MB PC133 C2
GF4Ti4200-8x
Maxtor 2x60Gb - all on promise ATA133
Lite-On LTR 40125S@48125W!!!
Plus P4 system
yet single PIII-S 512Kb L2 cache at 1400MHz@700MHz
BP6 (not modded yet)
256MB PC133 C2
GF4Ti4200-8x
Maxtor 2x60Gb - all on promise ATA133
Lite-On LTR 40125S@48125W!!!
Plus P4 system
but the really good thing about this card is that you do not need any SLi capable chipset and you do not need to pay extra for that kind of board besides it will go faster surely. it is just SO HARDCORE
Dual C366@550MHz 1.90V (History)
yet single PIII-S 512Kb L2 cache at 1400MHz@700MHz
BP6 (not modded yet)
256MB PC133 C2
GF4Ti4200-8x
Maxtor 2x60Gb - all on promise ATA133
Lite-On LTR 40125S@48125W!!!
Plus P4 system
yet single PIII-S 512Kb L2 cache at 1400MHz@700MHz
BP6 (not modded yet)
256MB PC133 C2
GF4Ti4200-8x
Maxtor 2x60Gb - all on promise ATA133
Lite-On LTR 40125S@48125W!!!
Plus P4 system
Is this a developer card ;-)
I guess it is!
See,
one of the GPUs will do all the graphics using ~ 8MB graphics memory.
The other one can do all the real time compiling you need for java and stuff.
Having ~504 MB local memory will really speed up the compiling process,
will it?
This way you still got the CPU doing nothing but managing the coolers
Eerh, how about loading the whole linux kernel into the graphics memory?
Just a few ideas aside from rendering games ....
Atropos
See,
one of the GPUs will do all the graphics using ~ 8MB graphics memory.
The other one can do all the real time compiling you need for java and stuff.
Having ~504 MB local memory will really speed up the compiling process,
will it?
This way you still got the CPU doing nothing but managing the coolers
Eerh, how about loading the whole linux kernel into the graphics memory?
Just a few ideas aside from rendering games ....
Atropos
Specs:
BP6 dual Celeron 433 MHz
Viper V330 graphics
256 MB
3 SCSI2 HDD (1GB, 2GB, 4GB)
W2K / SuSE 9.0 / Zeta RC4 Neo
Note: No scissors any more
BP6 dual Celeron 433 MHz
Viper V330 graphics
256 MB
3 SCSI2 HDD (1GB, 2GB, 4GB)
W2K / SuSE 9.0 / Zeta RC4 Neo
Note: No scissors any more