![]() ![]() EVGA PRECISION X VOLTAGE AT 12MV DRIVER(NVidia last couple Major CUDA releases have been early in the year) Current CUDA driver is 6.5.30įor the upcoming release of GM2*0 Titan and GTX 960: here is the current (as) list prices for Kelper and Maxwell on Newegg with each board having a per core cost. ![]() Scanning for our furry friends since Jan 2002ĬUDA7 (pre-production release) will be here around the new year. I know people are not aware of this and like to run Milkyway on nVidia cards, but that doesn't change the fact that DP-crunching on either Kepler or Maxwell, or mainstrea-Fermi for that matter, is a pretty bad idea. It's meant for compatibility, testing and debug, but not for pure number crunching. the amount of DP cores in gaming Maxwell doesn't matter, because performance would s*ck anyway. At similar clocks GM204 SP would be about 3 times as fast as GK210 DP.Īny why are you talking about DP anyway? If you need DP and nVidia you're badly f*cked anyway, because nothing below an ultra-expensive Titan makes any sense. GM2 shaders for SP, which actually perform more like 1.4*2048 = 2867 Kepler-Shaders. What?! GK210 runs DP at 1/3 its SP performance, so it's equivalent to 2880/3 = 960 shaders. If you ran GM204 at GK210 clocks: GM204 single is less than GK210 Double Flops. ![]() 128c SMM 12.5 watts per 0.081 watt per core Inclusion (Polymorph Engine inside SMM/SMX) See Maxwell now thread.įuture GM2*0: 3072 CUDA Lower Power Operating Points than GM204 or GK110B revision. Total SMX at 300 Total TDP 11.538 watts per SMX 0.060 w per core K80 lights 832 DP64 cores per Board įrom look of GK210 SMX: the Polymorph Engine non-functional (Not on Die)ġ6 TMU per SMX (same ratio as C.C 3.0/3.5) To achieve exactly this the popular GPU-accelerated Molecular Dynamic application GROMACS will use NVML in its next release to control GPUBoost on NVIDIA® Tesla® accelerators."įor Tesla > GRID > Quadro: GPU Deployment Kit includes NVIDIA Management Library (NVML) Even when the applications clocks permission setting prevents your app from changing the application clocks, NVML can help you inform application users about this so they can consult with their system administrator to enable GPU Boost. "Using NVML your CUDA application can choose the best GPU Boost setting without any user intervention. For the Dual Administer: C.C 3.7 (Larger Register(s) / More shared memory 128Kb per) Third GK*10 revision > G K210 Dual Tesla Board build upon 300TDP with 4992 Total CUDA cores (2496c/13SMX per Board/150TDP) ![]()
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