Then there will be a pop-up where it asks for the Monero wallet address, where you type in your wallet.
Use mac gpu for mining code#
The people over at xmrig made a fantastic configuration wizard which helps create a line of code to start the miner.Ĭlick on your pool of choice in the dropdown. Make -j$(sysctl -n hw.logicalcpu) Generating the xmrig config code
DOPENSSL_ROOT_DIR=/usr/local/opt/openssl Navigate into the build directory inside xmrig:Ĭmake. Make the build directory inside of the xmrig directory:
Use mac gpu for mining install#
Install the required dependencies with Homebrew:īrew install git cmake libuv libmicrohttpd openssl hwlocĬlone, or in other words, save the xmrig mining software to your computer with git: Install Homebrew, a package manager for macOS: Open the terminal application on your mac and copy and paste the code below into it, step by step. Pools usually have a minimum of 0.1 XMR payout, so it would take at least a couple of months to be able to withdraw the Monero if using a laptop. It is barely profitable to do this on a laptop. You have been warned that there are risks such as damage to the computer keeping it at a high temperature for long periods of time. Maybe he’ll have to run an extension cable to his closet. I don’t know how he’ll be able to sleep through the insane fan noise. He is only going to earn a couple pennies per day, but it’s better than nothing.
We are going to set up this mac for mining Monero(XMR), a type of cryptocurrency that can be mined with a CPU. MacBooks are known for their subpar cooling systems as demonstrated in this video. Since it is nearing its end soon, in the time that it isn’t being used it could mine some cryptocurrency. He’s already had it, the one in the picture above, for a couple of years, and the battery is starting to degrade among several other serious issues. You can check out good statistics for US energy production and consumption here. The US is now actually a net energy exporter. The US has a huge amount of land, so really good solar/wind resources (and decent geothermal while we're at it), a pretty solid hydro and nuclear power situation, and massive amounts of fossil fuel. which probably is why German companies have been more reluctant to switch to electric cars than you think they would have been. (Also, having twice as much sun means the same solar panel makes roughly twice as much electricity.) This has the effect of solar actually reducing the cost of electricity in the US while it increases the cost of electricity in Germany for the consumer. In the US, the solar subsidy is funded as a tax credit which means the cost isn't directly borne by consumers but ends up being paid for or borrowed by the federal government. That alone is like 4.6 US cents per kWh on top of your electricity. In Germany, the solar subsidy is paid for by all the ratepayers. (and that's roughly a third of Germany's natural gas, IIRC)Īnd I think the way wind/solar subsidies work in Germany and different than in the US. Think of how expensive it is to send natural gas all the way from wherever Russia makes it (Siberia) all the way to Germany and the markup Putin asks for.
While Germany has long relied heavily on imported fossil fuels, the shutdown of nuclear plants hasn't helped. (And Canada produces a bunch that we end up using because they don't have anyone else to sell it to and it's produced a long way from Canada's cities.) We make so much natural gas we export it to Mexico, and are even starting to liquefy it and export it to Europe.
Texas, Pennsylvania, Lousiana, Oklahoma, Ohio, etc, etc. A RIDICULOUS amount of cheap gas right now. We use much less than half the coal for electricity than we did even 10 years ago. Just the cheapest kind (usually not the crappy lignite stuff that Germany often uses for power) is still used for power. However, we don't even use that much of it anymore. Over a quarter of the world's recoverable coal reserves. Ĥ) Like Germany (but even more so), LOTS of coal. Nuclear is about 19% of our electricity, and it's cheap once it has been built for decades.Ģ) Lots of cheap wind, especially in the middle of the continent where all the maize and stuff grows.ģ) Way better solar resource especially in the south and southwest where it's about twice as much sun as in Germany and with much, MUCH less seasonal impact. 1) The US has good hydro resources (in the northwest where it rains all the time and there are lots of mountains so you have both lots of water and altitude change) as well as nuclear (especially in the long-industrialized northeast) that (mostly) has long been paid for and that we just keep running for cheap.
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