Step 2: In order to start mining with your CPU type or paste the following command with the required modifications: ![]() one to get paid in Bitcoin ( nheqminer), and another one to get paid directly in zcash ( nheqminer_zcash). The NiceHash miner comes with 2 versions. You can check your CPU core count by opening the Task Manager and going to the performance section. In order to use this miner, you must specify how many cores you have for maximum performance. If you're looking for a good zcash mining pool, you can check out zcash mining pools here. Part 1 - Download Step 1: Click here to download the Nicehash miner. You can also "mine" Zcash with a cloud mining contract with Genesis Mining or Hashflare. This miner allows us to mine both with CPU and GPU and it was made using a Windows computer, but it will also work on Linux based machines. Since we want to keep our newly mined ZEC, we're using the second option. Come test the waters on a Zcash pool! All you have to do is follow this guide! We are going to use the NiceHash open source miner, which allows us to mine for BTC or for ZCash. Zcash mining is getting pretty popular but solo mining can get pretty lonely. We will soon create a guide on how to use this miner. The memory requirements for mining efficiently are around 1 GB of RAM (#856), so you will need that much free memory per mining thread.The Genoil miner is currently giving better results in GPU mining. If run without parameters, miner will start mining with 75% of available virtual cores on NiceHash. Sudo apt-get install cmake build-essential libboost-all-dev Under Ubuntu open a terminal and run the following commands: You should have CMake installed (2.8 minimal version), boost (install from the repositories or download boost manually build and install it manually), download the sources manually or via git. The default miner is not the best one, the “nheqminer” is much more efficient. zcash-cli listreceivedbyaddress 0 true Ĭopy the address from your terminal output. ![]() Now, get your t-address so you can mine to it in the next step: ![]() You should be able to use the RPC after it finishes loading. To run it in the background (without the node metrics screen that is normally displayed) use `./src/zcashd -daemon`. Note, you probably want to read the Mining-Guide to learn more mining details. ![]() To use a much more efficient but unreviewed solver, you can run this command:Įcho 'equihashsolver=tromp' > ~/.zcash/nf The default miner is not efficient, but has been well reviewed. If you want to enable CPU mining, run these commands:Įcho 'gen=1' > ~/.zcash/nf echo "genproclimit=$(nproc)" > ~/.zcash/nf We strongly recommend that you use a random password to avoid potential security issues with access to the RPC interface. You can retain a nf from testnet, but make sure that the testnet=1 and addnode=betatestnet.z.cash settings are removed use addnode=mainnet.z.cash instead. Note that this will overwrite any nf settings you may have added from testnet. Mkdir -p ~/.zcash echo "addnode=mainnet.z.cash" >~/.zcash/nf echo "rpcuser=username" >~/.zcash/nf echo "rpcpassword=`head -c 32 /dev/urandom | base64`" >~/.zcash/nf zcutil/fetch-params.shĬreate the ~/.zcash directory and place a configuration file at ~/.zcash/nf using the following commands: Sudo apt-get install \ build-essential pkg-config libc6-dev m4 g -multilib \ autoconf libtool ncurses-dev unzip git python \ zlib1g-dev wget bsdmainutils automakeĬd zcash / git checkout v1.0.1. We’ll build the binaries from git, so let’s get started here.
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