according to the leaked specs HD8850 is a 3 TF, 130w card.
i have my doubts.
Minus ~30W for GDDR5, mionus ~20W for lower clocks..
APU: 80W GPU section + 20W CPU section +little more for special sauce.... Its dooable.
according to the leaked specs HD8850 is a 3 TF, 130w card.
i have my doubts.
If i had to bet it would be on the 18 cus rumor, 1152 shaders.
doable, but not probable.Minus ~30W for GDDR5, mionus ~20W for lower clocks..
APU: 80W GPU section + 20W CPU section +little more for special sauce.... Its dooable.
doable, but not probable.
Minus ~30W for GDDR5, mionus ~20W for lower clocks..
APU: 80W GPU section + 20W CPU section +little more for special sauce.... Its dooable.
Instead of downclocking an 8850, how about going with an 8830 which would be 2TF at normal clocking but would need less die space (230 vs 270). I mean just put the number of CU that fits in both TDP and target die space. Is it worth it to get a larger die and downclock it?Looks good to me. Let's say it's 2TF instead of 3 for the 8850 to be more modest.
APU 80w (standard Kaveri @ 100w - 20w console efficiency)
GPU 80w
Other, RAM, HDD, USB, etc 50w
=210w
Should put us above 2.5 teraflops.
Nah, eigh Jaguar cores, beefy 88xx and secreat sauce. All in one APU.
Instead of downclocking an 8850, how about going with an 8830 which would be 2TF at normal clocking but would need less die space (230 vs 270). I mean just put the number of CU that fits in both TDP and target die space. Is it worth it to get a larger die and downclock it?
Nah, eigh Jaguar cores, beefy 88xx and secreat sauce. All in one APU.
I would like a hardwired physics engine.And the secret sauce is...
I would like a hardwired physics engine.
Whatever happened to dedicated physx chips? Any chance for a come back in the form of a secret sauce for consoles?
Wikipedia said:many modern FPGAs have the ability to be reprogrammed at "run time," and this is leading to the idea of reconfigurable computing or reconfigurable systems — CPUs that reconfigure themselves to suit the task at hand.
..
Advantages include the ability to re-program in the field to fix bugs, and may include a shorter time to market and lower non-recurring engineering costs. Vendors can also take a middle road by developing their hardware on ordinary FPGAs, but manufacture their final version so it can no longer be modified after the design has been committed.
As I thought, Charlie on Semi-accurate is a semi fraud. We'll see him exposed soon enough.
Because he claims less than 8GB RAM for Durango?
Yep, and his Oban PPC crap a year old.
Do we really know 100% that Durango has 8GB though? Same for Orbis's purported 4GB GDDR5.
I'm not counting my chickens yet on any of the specs.