teamredminer

Effective Ethereum mining speed is higher by 3-5% because of a completely different miner code, much less invalid and outdated shares, higher GPU load, optimized OpenCL code, optimized assembler kernels. Supports both AMD and nVidia cards (including in mixed mining rigs). It runs under Windows x64 and Linux x64. The watchdog timer checks periodically if any of the GPUs freezes and if it does, restarts the miner. Supports memory straps for AMD/NVIDIA cards. Use the -straps command-line option to activate it. Double click your Bat file to start the miner. The miner will start, run the setx commands to set those environment variables, initialize each of your GPU’s, build the DAG file on each of your GPU’s and start hashing away. Let it run for about 20 seconds and then click “s” to display your Hashing speed. Now that your miner is set up, you’re able to sit back and watch as your video cards gain you passive income every day in the form of Ethereum.

miniZ is a fast and friendly Equihash miner. Although miniZ was not tested on all available GPUs, it is expected to run on all Kepler, Maxwell, Pascal, and Turing architectures. Because it is important to have feedback while miniZ is running, some information (speed, GPU temperature) will be presented on the console window. First, you’ll see a header listing the command line parameter values. Although miniZ will give warning for common mistakes, it is good to confirm that all is correct. As stated elsewhere, the fee is set up to 2% of the total mining time. When looking at server share percentage values it is possible that your pool share is >98%, this means that the program will soon switch for the fee pool. Similarly, when the fee pool share is >2% the program will soon switch for your pool. In the beginning these percentage values will show less balanced, this is only because the total running time is, at that moment, too short (Ex. 10 s is about 8% of a running time of 2 min).