Compare CGMiner and NiceHash during demo to decide which one is best for your business. If you are looking for a platform that is easy to use, has low barriers to entry, and offers a lot of customization, flexibility, and integration options, then you must compare their specifications in detail at the time of demo. Which Is Better? - CGMiner or NiceHashĬGMiner and NiceHash can be used for different purposes and are well-suited for teams with specific needs. Other features include self-discovery of new blocks using a mini-database, binary cores, multi-GPU support, and processor mining support. CGMiner includes overclocking, monitoring, fan speed control and remote interface features. However, do check for the hidden price, is any. CGMiner v4.1.11: Download open source Bitcoin Miner for GPU/FPGA/ASIC. Industry-specific functionalities will ensure higher efficiency and ROI. If you are confused between CGMiner or NiceHash, you can also check if the software has customizable modules for your industry. For All Industries, NiceHash is a better choice. CGMiner or NiceHash: Which Is Ideal for Your IndustryĬGMiner is ideal for industries like All Industries. This will help in reducing the hassle after implementation. While selecting between CGMiner and NiceHash, figure out which one of the two is compatible with your devices. While CGMiner supports Web Based deployment NiceHash is suitable for Web Based deployment. It runs on Windows devices which have AMD and Nvidia graphics cards. WinETH is another Ethereum mining software for Windows. It’s perfect for a beginner cryptocurrency miner. Comparison Between CGMiner and NiceHash In terms of Deployment Type CGMiner is super easy to use (all you need is your username, password, URL and you’re good) and very intuitive. The one which suits your business needs is the best. When you compare CGMiner vs NiceHash, look for scalability, customization, ease of use, customer support and other key factors. NiceHash is known for functionalities like Storage Management, Data Visualizations, Compliance Management and Document Management. Let’s discover some of the essential factors that you must consider and decide whether CGMiner or NiceHash fits your business.Ĭomparison of CGMiner vs NiceHash In terms of FeaturesĬGMiner includes features like Code samples library, Pick-up request, Actionable Insights and Projection. Let’s have a detailed comparison of CGMiner vs NiceHash to find out which one is better. An example of using the setting looks like this: "-gpu-map 2:1,1:2", which doesn't mean much without context, so I highly recommend reading that link.A Quick Comparison Between CGMiner and NiceHash Here is the link: /luke-jr/bfgminer/blob/bfgminer/README.GPU and the information is about 2/3 down starting with the header, "GPU DEVICE ISSUES and use of -gpu-map". I also get the same error for Number of OpenCL and ADL devices not matching but my devices still mine to their full potential. I think that it would be better for me to give you a link to read about the setting, as it would provide more information and examples. Could you give an example of teh -gpu-map setting?Īnother option to try the -gpu-map setting also to make sure the devices are seen properly, as there are sometimes issues with 2 video cards and one monitor and other weird scenarios. This is almost working except cgminer is now telling me that Number of OpenCL and ADL devices did not match. Then once they are mining it is good to start to fine tune.Īlso, I seem to remember that the SDK version that is suggested to use with R9s is not a version that works to mine with the Radeon 7000 series. If those TC settings don't work, try 8000,8192 perhaps and lowering intensity on both to 18, or even 17 while you get them started. when i run cgminer, it only sees the nvidia card. I also told it to start GPU 0 at intensity 18, as the Radeon 7000 series seems to run better at 18 than 19 in my experience. what do I use my nvidia 680 for general purpose and I want to mine using my other AMD 290x card. You said that your 7790 is GPU 0, that's why I put the TC 8000,15232 (TC for 7790 first, then TC for R9). I am unsure how to run more instances of CGMiner for multiple cards that wont cause conflicts and crash video cards. You must specify values for both cards or it will try to use the same thread concurrency on both cards, which most likely was causing the 7790 to fail. cgminer -scrypt -o stratum+tcp://my.pool.ip:xxxx -u myusername -p mypassword -d 0,1 -I 18,19 -g 1 -w 256 -thread-concurrency 8000,15232 You need to tell CGMiner you have two GPUs and set the thread concurrency for them. Have you tried the command -d 0,1, then setting your Thread Concurrency and Looup-gap and worksize for each device accordingly.
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