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The ProgPoW mining algorithm is still not widely used by crypto projects, some of you migh remember Bitcoin Interest (BCI) as the first to switch their PoW mining to ProgPoW, but now the project is pretty much dying a slow death. And while we are waiting to see when and if Ethereum (ETH) will finally switch from Ethash to ProgPoW as a mining algorithm, there is another project that has been using ProgPoW for a while now – Super Zero (SERO) that you may play around with if you want to see the current status of ProgPoW miners. There are of course some other projects using ProgPoW as well, but among them SERO is pretty much the most popular one. We remind you that ProgPoW or Programmatic Proof-of-Work was designed in a way that it utilizes graphics processors to their maximum in order to provide an equal level performance without favoring a specific GPU manufacturer or being able to actually provide much faster hashrate if implemented on ASICs. Some good places to trade the coin include Citex, Gateio and Hotbit.

Recently GMiner has added support for ProgPoW mining for SERO on Nvidia GPUs, however that was a bit problematic as it required the user to install the respective Nvidia CUDA Toolkit for the video drivers you have used. The latest GMiner 2.01 has addressed this problem by including the required runtime libraries needed for ProgPoW support, so things are easier and less problematic using GMiner 2.01 for mining SERO on Nvidia GPUs using the ProgPoW algo. GMiner however is not the only mining software to support ProgPoW, it is just the latest one to add support, prior to that you could mine using MBMiner and also prior to that with TT-Miner. In fact TT-Miner (Trade-Tec Miner) was one of the first to introduce ProgPoW support along with the controversial and now not available anymore Progminer software.

Now, the big question that remains is which mine of the three should you be using if you are mining SERO with the ProgPoW algorithm on Nvidia GPUs? Well, performance wise all of the miners are doing pretty much the same in our up to date tests done on GTX 1080 Ti… it seems that ProgPoW support is based on the same kernel in all of the miners and not much has been further optimized (maybe not much is possible) since last year. So how can you make the right choice if hashrate is the almost the same on all of the 3 available miners, you should simply look at other things, like the dev fee that these miners have. GMiner and NBMiner do come with 2% developer fee for ProgPoW mining while TT-Miner has only 1% dev fee for all of the supported algorithm, so it seems like the best choice for the moment.

To download and try the latest TT-Miner 3.2.2 for SERO (Super Zero) ProgPoW mining…

Handshake is a decentralized, permissionless naming protocol where every peer is validating and in charge of managing the root DNS naming zone with the goal of creating an alternative to existing Certificate Authorities and naming systems. Handshake is an experiment which seeks to explore those new ways in which the necessary tools to build a more decentralized internet. By running Handshake, one can participate in a decentralized open naming platform secured by a decentralized peer-to-peer network. Handshake uses a coin system for name registration.

The Handshake coin (HNS) is the mechanism by which participants transfer, register, and update internet names. The community will be able to initiate auctions and place bids for top-level domains using HNS or trade their HNS as they see fit, with differing value per name. HNS coins can already be mined with GPUs using mining software such as NBMiner or GMiner, with mining starting just a few weeks ago with the project already gaining significant interest. HashAltcoins have also added support for mining HNS using their FPGA miners, although hashrate and power usage are not significantly better than what a 1080 Ti GPU mining rig could offer. The Chinese ASIC manufacturer Hummer Miner also have announced that they will be releasing a HNS ASIC miner planned to start shipping in May with expected hashrate of 75-80 GH/s.

The good news is there is still to mine some HNS coins with GPUs, the coin is already listed for trading on Gateio, Citex and HotBit. There are a number of mining pools available for HNS with F2Pool being the largest in terms of hashrate at the moment.

The latest update of the AMD OpenCL GPU miner lolMiner 0.9.2 brings some extra performance boost for the GRIN-AT31 (Cuckatoo 31 algorithm) on 8GB and 16GB video cards of up to +5% on AMD Polaris and AMD Vega GPUs and up to +10 on AMD Navi GPUs. The latest version also adds experimental support for GRIN-AT31 and Polaris, Vega and VII using AMD ROCm drivers under Linux. The lolMiner 0.9.2 has added range checks to GRIN-AT31 code for improved stability as well as added function to call external watchdog scripts in case a GPU fails during mining (if the miner detects no action of a GPU for at least a minute it will call the included reboot scripts).

Grin C31 lolMiner 0.9.2 expected hashrates:
– AMD Radeon VII (stock): 1.79 G/s
– AMD Radeon VII (1340/1000/0.825v, 130W): 1.37 G/s
– AMD Vega FE (stock): ~1.3 G/s
– AMD Vega 56 (1220/900/0.825v, 130W): 1.0 G/s
– AMD RX 5700 (Red Dragon, stock): 0.91 G/s
– AMD RX 580 8GB: 0.56 G/s

We remind you that lolMiner is a closed source 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 work on Nvidia GPUs with OpenCL, however stability and performance could be far from optimal, so it is best for use with AMD GPUs. For Nvidia GPU miner with support for Cuckatoo 31 you can check out the latest GMiner, NMBiner or some of the other option like BMiner etc.

To download and try the latest lolMiner 0.9.2 OpenCL miner for Windows or Linux…


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