Here is the best picture of the Fermi board I can find, courtesy Tim Smalley. Thanks Tim
8 pin + 6 pin = < 300W TDP
8 pin + 6 pin = < 300W TDP
Here is the best picture of the Fermi board I can find, courtesy Tim Smalley. Thanks Tim
8 pin + 6 pin = < 300W TDP
Nope, it's the same Tesla SKU -- more pictorial here!Consumer grade Fermi board (GeForce)?
Nope, it's the same Tesla SKU -- more pictorial here!
Consumer grade Fermi board (GeForce)?
At PhysX, yes. Anything else we have no clue.So what have we learned so far?
GF100 will be faster than HD58x0s.
I'll give you that one.GF100 will be bigger than HD58x0s.
How do you figure that?It will be out by Christmas.
By the time it launches? don't hold your hat.GF100 will be faster than HD58x0s.
bigger than the 500mm2 noted aboveGF100 will be bigger than HD58x0s.
Not quiteIt will be out by Christmas.
GrantedCharlie has a bigger ego than I thought.
Not yetCharlie is wrong again.
Question.....
Since when did the size of a chip mean anything?
If it is just as cool and uses just as much power and fits inside the same size cooling device as the comp..... who cares?
1901 balls on the BGA.
http://pc.watch.impress.co.jp/img/pcw/docs/318/660/06.jpg
R520 1025
R600 2140
RV670 1289
RV770 ~1500 (1267+255?)
RV870 1797
NV30 ~1200-1300
G71 1275
G80 1449
GT200 2485
GF100 1885
I wonder if AMD's stance will change soon from "Open Physics Standard is Better" to "No Physics on the GPU is Better"...I'm pretty sure it can handle physics code damn well
I wonder if AMD's stance will change soon from "Open Physics Standard is Better" to "No Physics on the GPU is Better"...
GPU is A1 35th week of 2009 (August?) by the way.
It probably will, AMD does have bullet though aslong as games start coming out with that, I'm sure AMD will jump on it.
this is mockup