Stage one was creating a more profitable and easier to use mining software for both beginner and advanced mining enthusiasts. This means making use of all the spare computing in the world for cloud computing making computing more cost effective and greener than it it today. We want to make better use of hardware that is in the world.Ĭudo Miner was conceived by Matt Hawkins, an experienced entrepreneur with a background in IT infrastructure, Software Development and Cryptocurrency, with the vision of making better use for the computing hardware in the world. Our aim is to make a positive impact in the world for good and for technical change. A smart cryptocurrency miner that’s both simple-to-use and advanced in control, enabling you to fine-tune your mining for maximum returns in multiple currency options.Ĭudo Miner is releasing its Cloud Computing integration in 2020, this is producing approx 300% improvement per hour in revenue from mining hardware.Ĭudo Miner Ltd is a software company. Importantly, Cudo Miner allows you to earn in the coin of your choice, and the platform will automatically trade this for you, so the additional profitability doesn’t come at a compromise to what you want to earn.Ĭudo Miner bridges the gap between powerful command line and simple-to-use GUI miners, with advanced features and monitoring unmatched by other leading mining software. This is because our software automatically mines the most profitable coin and automatically changes your overclocking settings for each rather than being fixed to one specific coin. In fact, it’s common to reduce the memory clock frequency to reduce power and heat in this case.If you’re using a command line miner to mine a single algorithm, Cudo Miner will be more profitable over a month. Unlike with Ethereum and Monero, the method of ASIC resistance used by Ravencoin is not as intense on a GPU’s memory, and so miners will instead usually prefer to implement core clock frequency increases instead. However, because blocks’ hash values are fairly random, then over a long period of time, average hash rates still remain a meaningful indicator, as all X16R’s hash functions are equally as likely to occur.
The variance of hash rate per block has proven vexatious to some in the mining community, as it impedes conventional benchmarking methods, as well as short-term calculations of mining value. The hash rate is governed by the overall complexity of the mix of included hash functions for that block.
#Mining hash calculator x16r 64 bits
The final 64 bits is split into sixteen 4-bit values, that describe, in order, which of the 16 hash functions defined in X16R are to be used.Īs well as this making X16R much more challenging to implement in an ASIC, it also means that, depending on which of the hash functions are included in a particular block, a given GPU’s hash rate, for that block, will be different than it was for other blocks. The way this works is that the end of the previous block’s hash value determines the current block’s sequence of hash functions. X16R seeks to be problematic to implement in an ASIC by causing which of the 16 hash functions are used, and in what order they are used, to vary with each new block on Ravencoin’s blockchain. X11 was, in due course, implemented in an ASIC, removing its relevance to CPU or GPU mining. Similar to the X11 algorithm from which it is descended, which ran 11 hash functions in series, X16R runs 16 hash functions in series. The algorithm X16R is notable for bringing a different approach than the previously-mentioned algorithms, to ASIC resistance. The most well-known coin to implement X16R is Ravencoin (RVN), for which this algorithm was initially created, though the algorithm is a descendent of X11, initially created for use with Dash (DASH).Ĭompared to Ethereum and Monero, the prominence of Ravencoin in the mainstream mining world is relatively new.
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