Closed fengshui8 closed 3 months ago
Yes they are.
@marssystems @Michal2SAB
wondering how to port all necessary code for generating and checking keys (SHA-256, SHA-512, RIPEMD-160, EC Addition, EC Multiplication, etc.,) to OpenCL C, a programming language to run code on a GPU.
…I feel like utilizing GPU’s and or ASICs to check keys would be exponentially faster/better
@Michal2SAB — have you ever thought about designing this to be more efficient and utilize GPU’s / ASICs?
This will not work on an ASIC - you will need to design a new chip to do this.
Try this for GPU use - https://github.com/Vladimir855/Rotor-Cuda
Try this for GPU use - https://github.com/Vladimir855/Rotor-Cuda
hello. --range 1:1fffffffff does this mean that it searches through all possible addresses? or what range should be set to iterate over all ranges of addresses that start with the number 1?
Yes - searches all private keys between 1 and 1fffffffff .
Here are some other ranges you can search - https://privatekeys.pw/puzzles/bitcoin-puzzle-tx
Yes - searches all private keys between 1 and 1fffffffff .
Here are some other ranges you can search - https://privatekeys.pw/puzzles/bitcoin-puzzle-tx
What range should I specify so that it checks the entire 256 range?
Rotor-Cuda.exe -t 0 --gpu --gpux 256,256,256,256 --gpui 0,1 -n 256 -f base.bin
Rotor-Cuda.exe -t 0 --gpu --gpux 256,256,256,256 --gpui 0,1 -n 256 -f base.bin
no working.
.\Rotor-Cuda.exe -t 0 -g --gpui 0 --gpux 256,256 -m addresses --coin BTC -o Found.txt --range 1:1fffffffff -i hash160_out_sorted.bin -r 5
How many GPU's do you have?
-n 256 no working args
OK - check the examples on github.
I use this setup -
Rotor-Cuda.exe -d 0 -g --gpui 0 --gpux 256,256 -m ADDRESSES --coin BTC -r 656 -n 1 -z 256 -i 1FullAddSorted.bin
Are you running this on Windows with Nvidia GPU's ?
Here is a different version -
Honestly…lol. The odds seem overwhelmingly tiny…