Thursday, September 2nd 2021
NVIDIA Crypto Mining Processor 170HX Card Spotted with 164 MH/s Hash Rate
NVIDIA announced the first four Crypto Mining Processor (CMP) cards earlier this year with performance ranging from 26 MH/s to 86 MH/s. These cards were all based on existing Turing/Ampere silicon and featured board partner-designed cooling systems. NVIDIA appears to have introduced a new flagship model with the passively-cooled 170HX that is based on the NVIDIA A100 accelerator which features a GA100 GPU.
This new model is the first mining card to be designed by NVIDIA and features 4480 CUDA cores paired with 8 GB of HBM2E memory which are both considerably less than what is found in other GA100 based products. NVIDIA has also purposively limited the PCIe interface to Gen 1 x4 to ensure the card cannot be used for tasks outside of cryptocurrency mining. The 170HX has a TDP of 250 W and runs at a base clock of 1140 MHz with a locked-down BIOS that does not allow memory overclocking resulting in a hash rate of 164 MH/s when using the Etash algorithm.
Sources:
Codefordl (Zhihu), @9550pro
This new model is the first mining card to be designed by NVIDIA and features 4480 CUDA cores paired with 8 GB of HBM2E memory which are both considerably less than what is found in other GA100 based products. NVIDIA has also purposively limited the PCIe interface to Gen 1 x4 to ensure the card cannot be used for tasks outside of cryptocurrency mining. The 170HX has a TDP of 250 W and runs at a base clock of 1140 MHz with a locked-down BIOS that does not allow memory overclocking resulting in a hash rate of 164 MH/s when using the Etash algorithm.
52 Comments on NVIDIA Crypto Mining Processor 170HX Card Spotted with 164 MH/s Hash Rate
$2,729.00 USD
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$699.00 AUD[SIZE=4]Gigabyte NVIDIA CMP 30HX D6 6G Mining Card[/SIZE]
8GB? That's it? Who is NVidia trying to market this to, morons?After some discussion it would seem 8GB is enough to get some good mining done. So I retract my statement.
@trog100 , @R-T-B
You're miners, want to chime in? Anyone else is of course invited to join them.
trog
Every chip doesn't have a fan, and that doesnt make them passively cooled. Every chip has a a heatsink, which when applied with a certain CFM and 21C is able to stay within the temperature tolerances. This CFM is responsibility of chassis AirFlow system, which is what cools it.
I expected better from TPU.
Now I am disappointed in you for asking questions which would have been answered, if you would have just read the article that you commented on.