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*cracks whip*
get moving [H]!
(not actually serious)
GCN needs some serious improvements - HBM and water cooling (which drops a few watts more due to much lower tempratures of gpu) and it still takes 30W more than Titan X for similar performance.
I suspect we'll see that next year with the 14nm shrink. That is; I think we'll see a gcn 2.0 rather than a 1.x
GCN 3.0 todays hardware have GCN 2.0
GCN 3.0 todays hardware have GCN 2.0
well, not really really
each iteration has been minor, and AMD won't name each iteration or change of GCN, so yeah
GCN needs some serious improvements - HBM and water cooling (which drops a few watts more due to much lower tempratures of gpu) and it still takes 30W more than Titan X for similar performance.
GCN needs some serious improvements - HBM and water cooling (which drops a few watts more due to much lower tempratures of gpu) and it still takes 30W more than Titan X for similar performance.
We were told it was a Titan killer? What about OC,Ed benchmarks?
being it is $350 less, IT IS.
i think that award goes to the 980ti at this point
if the fury x costs the same as the 980ti, performs the same at stock, but gets dog-walked when overclocked, then the 980ti is the TX killer
being it is $350 less, IT IS.
Well those are far better benchmarks than VmodTech.
If it's within 5% of a Titan X at 4K in most games, then mission accomplished I guess.
Why do people keep saying this? Physics doesn't work like that. Lowering temperatures in absolutely positively no way reduces power. A 1KW space heater with a giant heat sink that covers the entire surface area of a rooms containing walls will only be a few degrees warmer than the room and pleasant to touch, where a bit more standard 1KW space heater where the heating coils are in a small box glowing red hot will melt your skin if you touch it as the temperature of those is hundreds above room temperature. Both use the same power and both will heat the room at the same rate.GCN needs some serious improvements - HBM and water cooling (which drops a few watts more due to much lower tempratures of gpu) and it still takes 30W more than Titan X for similar performance.
Why do people keep saying this? Physics doesn't work like that. Lowering temperatures in absolutely positively no way reduces power. A 1KW space heater with a giant heat sink that covers the entire surface area of a rooms containing walls will only be a few degrees warmer than the room and pleasant to touch, where a bit more standard 1KW space heater where the heating coils are in a small box glowing red hot will melt your skin if you touch it as the temperature of those is hundreds above room temperature. Both use the same power and both will heat the room at the same rate.
Seriously take some thermodynamics classes.
Why do people keep saying this? Physics doesn't work like that. Lowering temperatures in absolutely positively no way reduces power. A 1KW space heater with a giant heat sink that covers the entire surface area of a rooms containing walls will only be a few degrees warmer than the room and pleasant to touch, where a bit more standard 1KW space heater where the heating coils are in a small box glowing red hot will melt your skin if you touch it as the temperature of those is hundreds above room temperature. Both use the same power and both will heat the room at the same rate.
Seriously take some thermodynamics classes.
Why do people keep saying this? Physics doesn't work like that. Lowering temperatures in absolutely positively no way reduces power. A 1KW space heater with a giant heat sink that covers the entire surface area of a rooms containing walls will only be a few degrees warmer than the room and pleasant to touch, where a bit more standard 1KW space heater where the heating coils are in a small box glowing red hot will melt your skin if you touch it as the temperature of those is hundreds above room temperature. Both use the same power and both will heat the room at the same rate.
Seriously take some thermodynamics classes.
I believe he is referencing semi-conductor efficiency as it relates to temperature.
*puts hands together tapping finger to finger in an ascending order*
Dave Bauman reference it as 2.0 so I guess he was off.
Don't you people ever sleep?
LoL, arguing that leakage can't happen because of thermodynamics...
I'm losing hope for this forum.
AMD has never given out GCN version numbers, it is the media who has opted to number GCN iterations between GPUs to denote new architecture upgrades in GCN.
Why do people keep saying this? Physics doesn't work like that. Lowering temperatures in absolutely positively no way reduces power. A 1KW space heater with a giant heat sink that covers the entire surface area of a rooms containing walls will only be a few degrees warmer than the room and pleasant to touch, where a bit more standard 1KW space heater where the heating coils are in a small box glowing red hot will melt your skin if you touch it as the temperature of those is hundreds above room temperature. Both use the same power and both will heat the room at the same rate.
Seriously take some thermodynamics classes.
I believe he is referencing semiconductor efficiency as it relates to temperature.
Exactly, that's why slapping a water block on mu 780 stopped it from throttling when temps were in check.
My nvidia card is so efficient it never even passes 80C, checkmake AMD.Nvidia dont make such cards they are all power efficient.
My nvidia card is so efficient it never even passes 80C, checkmake AMD.
Why do people keep saying this? Physics doesn't work like that. Lowering temperatures in absolutely positively no way reduces power. A 1KW space heater with a giant heat sink that covers the entire surface area of a rooms containing walls will only be a few degrees warmer than the room and pleasant to touch, where a bit more standard 1KW space heater where the heating coils are in a small box glowing red hot will melt your skin if you touch it as the temperature of those is hundreds above room temperature. Both use the same power and both will heat the room at the same rate.
Seriously take some thermodynamics classes.