Power Consumption FiguresĪlthough the power rating of the 1070 Ti is set at 180W, a value similar to 1070, the power consumption rarely hit the 180W limit.Īnd this is acceptable – any modern PSU will be able to handle it without any issues. The card is expected to mine even better when overclocked. Please keep in mind this is all stock clock figures. A stock clocked GTX 1080 can mine Zcash at a rate of as much as 550 solutions per second. The GTX 1070 Ti can handle about 460 solutions per second while 1070 barely reaches 430 Sol/s. The figure looks even better while mining Zcash. General and Mining PerformanceĪlthough this figure doesn’t look too spectacular, believe me in Ethereum mining even tiny boosts like this matter. The memory size is 8 GB and that gives us a memory bandwidth of 256 GB per second. But it actually has GDDR5 with 256-bit memory interface just like 1070. Some early leaks suggested that the 1070 Ti would have a GDDR5X memory type. But the GTX 1080 has a boost clock frequency of 1733 MHz. While the base clock is same, the boost clocks differ.ġ070 Ti has a boost clock of 1683 MHz which matches the boost clock frequency of the GTX 1070. Nvidia has set a base clock of 1607 MHz for the GTX 1070, a value which matches the 1080’s. In comparison 1070 can filter only 1 filters 160. The GTX 1070 Ti is also capable of filtering 152 Texels per clock. This value is same in the other two graphics card I have mentioned before. The GP 104 processor of GTX 1070 Ti has a score of 64 ROP pixels per clock. As a matter of fact, we see this similar trend between the three in all aspects. So, it looks like the GTX 1070 Ti has 27% more CUDA cores than the previous model while having 5% less than its successor. The GTX 1070 Ti lags behind the GTX 1080, which has 2560 CUDA cores, by 128 in terms of CUDA cores. While the GTX 10 CUDA cores in place, the GTX 1070 Ti has 2432 CUDA cores.
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