Main miners’ settings
Our article "Mining settings" describes miner settings, why you need them, and how to apply them in Kryptex. Now, we'll look at the most popular settings you might need.
If you want to overclock your GPU with miners’ commands, ensure that overclocking in third-party programs (MSI Afterburner, AMD Control Center, etc.) is disabled or set to factory settings. If not, the commands might not work, or your PC will freeze.
Rigel miner
--pl 150 sets the power limit of the GPU in watts.
--fan-control 70 sets the fan speed as a percentage within the range of 0...100.
--lock-cclock 1000 locks the core clock frequency at the specified value in MHz.
--lock-mclock 5000 locks the memory clock frequency at the specified value in MHz.
--cclock 200 adjusts the core clock frequency by the specified value in MHz (with a sign before the number — decrease; without a sign — increase).
--mclock 1000 adjusts the memory clock frequency by the specified value in MHz (with a sign before the number — decrease; without a sign — increase).
If you have multiple arguments, enter them in a row, separated by spaces, for example:
--pl 150 --lock-cclock 1470 --mclock 1000 --fan-control 70
It means that the GPU's power consumption limit was set to 150 watts, the core clock frequency was locked at 1470 MHz, the memory clock frequency was increased by 1000 MHz, and the fan speed was set to 70%.
If you have multiple GPUs, separate the arguments for each one with a comma (without a space), in the order they appear in your Kryptex setup.
--pl 150,150 --lock-cclock 1470,1470 --mclock 1000,1200 --fan-control 70,65
Gminer
--pl 70 — sets GPU card power consumption limit in percent.
--fan 70 — sets the fan speed in % in the range of 0...100.
--lock_cclock 1000 — sets core frequency in MHz
--clock -200 — sets the deviation by which the core frequency should be changed in MHz (with - in front of the number — decrease; without it — increase).
--mclock 1000 — specifies the deviation by which the memory frequency should be changed in MHz (with - before the number — decrease; without it — increase).
If you have multiple settings, put them on a line separated by a space, e.g.:
--pl 70 --lock_cclock 1000 --mclock 1000
This means: applied mt, set GPU consumption limit of 70%, fixed core frequency at 1000 MHz, increased memory frequency but 1000 MHz.
If you have multiple graphics cards, separate the settings for each one with spaces in the order you have them in Kryptex:
--pl 70 75 --lock_cclock 1000 1100 --mclock 1000 1200
Teamred miner
--clk_core_mhz=1000 — sets the core frequency after the = sign in MHz.
--clk_core_mv=850 — sets the core voltage after the = sign in mV.
--clk_mem_mhz=1100 — sets the memory frequency after the = sign in MHz.
--clk_mem_mv=950 — sets memory voltage after the = sign in mV. Not suitable for RX 5000 Series and RX 6000 Series graphics cards
--clk_timing=1 — sets memory timing level after the = sign. It may be factory set (unset), 1, or 2. It does not work with all GPUs and drivers! If successful, it may help to get more mega hashes.
If you have multiple settings, set them in a line, separated by a space, e.g:
--clk_core_mhz=1100 --clk_core_mv=875 --clk_mem_mhz=1107 --clk_mem_mv=875 --clk_timing=1
It means: set core frequency at 1100 MHz, set the fixed core voltage at 875 mV, fixed memory frequency at 1107 MHz, set memory voltage at 875 mV, and applied Level 1 memory timings.
If you have several GPUs, separate the settings for each one with a comma (no spaces), in the order you have them in Kryptex. If your GPU does NOT need to set a value, or does NOT support it, leave just a comma:
--clk_core_mhz=1100,1000,1275,1000 --clk_core_mv=875,850,725,675 --clk_mem_mhz=1107,2100,1820,2130 --clk_mem_mv=875,850,, --clk_timing=,,,1
LolMiner
--pl 70 sets the GPU power consumption limit as a percentage. GPUs are separated by commas. To skip a GPU, use the * symbol.
--fan 70 sets the fan speed as a percentage within the range of 0...100. GPUs are separated by commas. To skip a GPU, use the * symbol.
--cclk 1200 sets the core clock frequency in MHz. GPUs are separated by commas. To skip a GPU, use the * symbol.
--mclk 7000 sets the memory clock frequency in MHz. GPUs are separated by commas. To skip a GPU, use the * symbol.
--coff locks the core clock frequency in MHz. GPUs are separated by commas. To skip a GPU, use the * symbol.
--moff locks the memory clock frequency in MHz. GPUs are separated by commas. To skip a GPU, use the * symbol.
--no-oc-reset prevents the miner from resetting overclock settings if it shuts down.
If you have multiple arguments, enter them in a row, separated by spaces, for example:
--pl 70 --fan 50 --cclk 1400 --mclk 7000
It means that the GPU's power consumption limit was set to 70%, the fan speed was set to 50%, the core clock frequency was locked at 1400 MHz, and the memory clock frequency was locked at 1000 MHz.
If you have multiple GPUs, separate the arguments for each one with a comma (without a space), in the order they appear in your Kryptex setup.
--pl 70,75 --fan 50,60 --cclk 1400,1300 --mclk 7000,7200
SRBMiner
SRBMiner has arguments for overclocking NVIDIA GPUs, so AMD GPUs will need to be overclocked using third-party software, such as MSI Afterburner.
--gpu-cclock locks the GPU core clock frequency in MHz. Separate values with a comma ,.
--gpu-mclock locks the GPU memory clock frequency in MHz. Separate values with a comma ,.
--gpu-coffset sets the core clock frequency in MHz. Separate values with a comma ,.
--gpu-moffset sets the memory clock frequency in MHz. Separate values with a comma ,.
--gpu-plimit sets the GPU power consumption limit in watts. Separate values with a comma ,.
--gpu-fan sets the fan speed as a percentage within the range of 0...100. Separate values with a comma ,.
If you have multiple arguments, enter them in a row, separated by spaces, for example:
--gpu-cclock 1100,1500 --gpu-mclock 875,890
XMRig
XMRig miner focuses on its own algorithms for CPU optimization.
-t or --threads=N — This argument allows you to manually set the number of CPU threads for mining, where N is the number of threads you want to allocate for mining.
--cpu-priority=N — This argument changes the process priority, where N is a value from 1 to 5.
--randomx-mode=MODE — Sets the mode for the RandomX algorithm. By default, it is set to auto. You can manually change it by replacing MODE with auto, fast, or light. Switching to fast may help increase the hashrate, while switching to light can reduce the mining load.
If you have multiple arguments, enter them in a row, separated by spaces, for example:
--cpu-priority=2 --randomx-mode=fast
It means we're trying to squeeze out more hashrate by switching the RandomX algorithm to fast mode for an even higher hashrate.
🤯Too complicated?
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