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Posts Tagged ‘RandomARQ mining

Evolution (EVOX) and Morelo (MRL) are two relatively new crypto projects that both use the RandomARQ algorithm first introduced by ArQmA (ARQ) for mining (variation of RandomX). What is interesting about this algorithm is that it is more balanced in terms of CPU performance between Intel and AMD, unlike the standard RandomX algorithm where the latest AMD Ryzen processors are doing significantly better. So if you have some Intel CPUs that you want to use for mining you might want to get more details about those two projects, of course AMD users, especially with Ryzen processors might also check them out. What we don’t seem to like that much about both projects however is that apparently the majority of hashrate (over 95%) is centralized in a single Chinese pool called Walemo, and this is definitely not that good. As far as mining software is concerned, RandomARQ is widely supported by most popular RandomX miners out there such as XMRig, SRBMiner-Multi and XMR-STAK-RX.

We have already mentioned the plans of ArQmA (ARQ) to fork to a new RandomX-based algorithm called RandomARQ and that has happened a few days ago and we have tried CPU mining the new algorithm. Since it is based on RandomX we expected to see significant advantage for the latest AMD’s Ryzen CPUs like we’ve seen with RandomX and some other variants of the algorithm used by other projects. To our surprise however Intel’s multi-core processors are actually not that far behind in terms of performance (a few times slower like on RandomX). Of course Intel is still slower, but the actual difference is not as much as we’ve seen so far and that is definitely good news for miners that have some spare Intel CPUs that might be interested in mining something based on RandomX.

We have tested performance using the latest XMRig miner and SRBMiner-MULTI miner with the seond one still performing slower as we have seen with other RandomX algorithms compared to XMRig. With an AMD Ryzen 3600 using XMRig we are getting around 22.8 KH/s while on Intel Core i7 6850K CPU we get about 17 KH/s, both being 6 core – 12 thread processors though the AMD one is much newer product. With SRBMiner-Multi the results were 13.4 KH/s with the AMD and 7.8 KH/s for the Intel CPU, so you better stick to XMRig for mining ARQ for now and you might want to also test your Intel processor(s) as well for the RandomARQ algo. The not so good news however is that profit for a single CPU mining ArQmA (ARQ) is well nonexistent, unless you do not pay for electricity… 20 USD cents per day for the Intel and 30 for the AMD processors. These dayly earnings could probably just cover your electricity costs if you have cheap electricity at 10 USD cents per kilowatt.

If you are still interested in the ArQmA (ARQ) crypto project and the RandomARQ algorithm…

ArQmA (ARQ) is another crypto project that has revealed plans to fork to a new RandomX-based algorithm called RandomARQ. This project has been started in 2018, but is still wit pretty low market capitalization and low trading volume according to data from CoinMarketCap, so there is much room for growth. The ArQmA (ARQ) fork to the new RandomARQ algorithm is currently planned for 8th of November at 23:50:00 at block 303666, though this might not be the final date. The latest XMRig v4.3.0-beta had just added support for the new RandomARQ algorithm with “rx/arq”, so you should be good to go by the time the fork happens should you decide to check out the project. Currently ArQmA (ARQ) uses the CryptoNight Turtle algorithm, so it is still mineable with GPUs. Since RandomARQ is based off RandomX it will be CPU friendly algorithm, so mining after the fork will be done mostly with CPUs due to the fact that the algorithm has been designed to be processor friendly and not GPU, ASIC or FPGA friendly. Some good crypto exchanges to trade ArQmA (ARQ) coins include Citex and Crex.

If you are interested in reading more about the ArQmA (ARQ) crypto project…


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