So keep looking for GitHub repository for new and optimized miners. Apart from that every new development of this miner comes with bug fixes, performance improvements and may be a new algorithm support compared to previous release. Even you can fork a project and release your own miner. So why is there so many versions? Because open source. Additionally we’ve added some tips and tricks that this miner is capable of doing, so let’s get started.Īlso there is a version of ccminer available for AMD but that’s not as optimized as NVIDIA miner. This guide will make you understand the whole process of setting up ccminer and explains the command line options which you can use in the miner. Also it is an all in one miner that supports most of the crypto currency mining algorithms and so here it is complete beginners guide on ccminer. While there are several other mining applications available out there CCMiner is the most popular choice especially for NVIDIA users. Recently we thought of posting tutorials on mining software’s and so far we’ve made a beginners guide on XMR STAK and XMRig.
Since all such guides are focused on one particular coin or algorithm we never had a chance to explain about the miner itself. Along with that we’ll add some fine tuning tips to get the best mining performance. Users can simply copy the sample code, edit the wallet address, pool address and then get started with mining that particular coin. The sample config file looks something like this. Good luck, and if this doesn’t work for you, well same old magic discussion applies, I cannot debug every hardware combo out there.In each and every mining guides we’ll mention the coin specifications first and then list all of its mining pools along with a sample batch file for the miner.
#CGMINER BAT FILE EXAMPLE CODE#
Once you have the magic endpoint, look at what tc was chosen by the bin file generated and then hard code that in next time (eg -thread-concurrency 22392) as slight changes in thread concurrency will happen every time if you don’t specify one, and the tc to clock ratios are critical! Note: I did not bother setting a thread concurrency. Then, and only then, bother trying to increase intensity further. If your engine clock speed cannot get that high without crashing the GPU, you will have to use a lower memclock. Decrease it by 1 then until you find it climbs dramatically. The hashrate should climb a little each rise in engine speed and then suddenly drop above a certain value. Start your engine clock speed at half your memory clock speed and then increase it by 5 at a time. It’s a fine line where one more MHz will make the hashrate drop by 20%. Once you find the maximum memory clock speed, you need to find the sweet spot engine clock speed that matches it. Overvolting is the only thing that can actually damage your GPU so I wouldn’t recommend it at all. Mine runs stable at 1900 memory without overvolting. Then reboot and start it 25 lower as a rough start. Go up by 25 at a time every 30 seconds or so until your GPU crashes. Then start overclocking the eyeballs off your memory, as 7970s are exquisitely sensitive to memory speed and amazingly overclockable but please make sure it keeps adequately cooled with –auto-fan! Do it while it’s running from the GPU menu. So if it doesn’t, start with -thread-concurrency 8192 and add 2048 to it at a time till you find the highest value it will start successfully at. It should start without TC parameters, but you never know.
#CGMINER BAT FILE EXAMPLE HOW TO#
How to fine tune Radeon 7970 / R9 280X on CGMiner
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