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The Zano (ZANO) crypto project is relatively new, launched last year, as a hybrid PoW/PoS coin aimed at e-commerce related applications according to the developers with 1 ZANO block reward. The project executed a 1:1 Boolberry (BRR) coin swap, but what seems to be most interesting about it is the fact that it is the first coin to use a ProgPoWZ as a mining algorithm (based on ProgPoW) and as far as we know it is still the only one to use it. Even though it is one of the early ProgPoW-based projects out there it still does not seem to have attracted that much interest from users or have a very large user base. What attracted our attention is the fact that ZANO has just been added to Whattomine and you can track mining profitability easily there, though currently not in the first few in terms of profit.

ZANO can be CPU mined (pointless at the moment) or mined using AMD OpenCL or Nvidia CUDA GPUs and it is also available on MiningRigRentals where you can rent mining rigs offering ZANO hashrate or lease your own hashrate for others to mining ZANO. There is a Progminer fork (source) with support for ProgPowZ as well as official precompiled binaries for CPU, AMD GPUs and Nvidia GPUs and ProgPoWZ has also been supported for a while now by TT-Miner – a closed source miner for Nvidia GPUs with 1% developer fee. Performance wise TT-Miner does seem a bit faster compared to the Nvidia CUDA progminer, 23 MHS (TT-Miner) vs 21.5 MHS (progminer) on GTX 1080 Ti.

ZANO currently hovers a bit below the 500th place according to CoinMarketCap and is being traded on a few smaller exchanges with 4.4 Million USD market cap and almost 1% of that as daily volume at the moment. ZANO is available for mining on two mining pools with almost 95% of the hashrate focused on Lukypool and the remaining hashrate on Fairpool. If you are familiar with ProgPoW mining then mining ZANO should not be much different with its ProgPoWZ algorithm, and even though the two algorithms are not entirely the same you can expecte to get pretty much the same performance as hashrate on both algorithms with your mining GPUs. Just like with ProgPoW here there is also a fairer performance balance between AMD and Nvidia GPUs based on the level of the GPU you have available – lower-end video cards will be slower for both the red and the green camp, while higher-end will be faster – no unfair advantage due to different video memory specifics as the algorithm is actually more GPU intensive compared to Ethash for instance. The following to crypto exchanges offer support for ZANO trading at the moment: Stex, qTrade and Trade Ogre.

The latest update of the AMD OpenCL GPU miner lolMiner1.0 alpha 1 brings support for mining Cuckaroo-30 used by Cortex (CTXC). For mining Cortex (CTXC) on Nvidia GPUs you might want to use the latest GMiner, though lolMiner 1.0 alpha 1 should also work using OpenCL on Nvdia-based video cards as well, but the performance may not be optimal as with a mining software relying on CUDA. Do note that the Cuckaroo-30 algorithm needs 7.6 GB of GPU memory, so video cards with less than 8 gigabytes of video memory will not work, also the dev fee is 2.5% for Cortex (CTXC) and not the normal 1% like for for other supported algorithms by the mining software.

Expected Performance for Cortex (Cuckaroo-30):

– AMD Radeon VII: 3.05 g/s (0.073 h/s)
– AMD Vega 64 2.2 g/s (0.053 h/s)
– AMD Vega 56 2.0 g/s (0.048 h/s)
– AMD RX 5700 1.85 g/s (0.044 h/s)
– AMD RX 580 1.25 g/s (0.030 h/s)

We remind you that lolMiner is a closed source AMD OpenCL GPU miner available for Windows and Linux as pre-compiled binaries only and that there is a 1% developer fee for using the software for all supported algorithms. The miner should also work on Nvidia GPUs with OpenCL, however stability and performance could be far from optimal, so it is best for use with AMD GPUs.

To download and try the latest lolMiner 1.0 alpha 1 OpenCL miner for Windows or Linux…

RavenCoin (RVN) will be switching mining algorithms from the currently used X16Rv2 to the new KAWPOW on May 6th 2020 at 18:00:00 UTC. The new algorithm called KAWPOW is a derivative of ProgPOW with parameters specific for Ravencoin, so performance wise you can expect similar hashrate as what ProgPow delivers. There is an official kawpowminer as well as some popular alternative miners supporting the new algorithm such as NBMiner and GMiner, TT-Miner is also testing support, though only in beta for now and other miners will most likely also add it soon. You can already try mining KAWPOW on RVN’s testnet and in just about 3 weeks from now KAWPOW will be on Ravencoin’s mainnet. In order to make sure you are ready to support the upcoming hardfork to the KAWPOW algorithm you must update to the latest Ravencoin v4.0.0 binaries that were just made available, have in mind that there could be additional fixes and updates released prior the fork, o make sure you stay up to date. The upcoming hardfork is supposed to drive away once more any FPGA/ASIC miners and provide fair mining conditions for GPU miners.

To download the latest Ravencoin v4.0.0 binaries ready for the upcoming hardfork…


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