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The Handshake (HNS) project is gaining more attention as it is getting wider support from services that are allowing users to sell or buy hashpower such as NiceHash and MiningRigRentals (MRR). 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. So NiceHash has just added support for buying and selling hashrate for the Handshake algorithm on their platform and just recently added support for mining HNS in their dedicated multi-functional software for miners – NiceHash Miner 3.0.0.7.

You can of course also GPU mine Handshake (HNS) using the latest GMiner or NBMiner standalone software miners, though GPU mining may not be that profitable with BlackMiner F1 series FPGAs offering a bit better performance with lower power usage compared to GPUs. Unfortunately at the moment if you have hosted BlackMiner FPGAs you are apparently not able to utilize them with either NH or MRR, so these services are only available to users that have their own miners available and are not using HashAltcoin’s hosting services! Nevertheless you might still make some profit or bet longer term on HNS mining with GPUs or buying or selling Handshake hashrate until June when we are expecting to see the Hummer Miner Mars H1 Handshake (HNS) ASIC miners starting to join the network and significantly outperforming any existing GPU or FPGA mining option at the moment. HNS is already listed for trading on a few crypto exchanges such as Gateio, Citex and HotBit.

The latest NBMiner 29.0 update comes with added support for the KAWPOW algorithm that is going to soon be used by RavenCoin (RVN)… most likely. The KAWPAW algorithm is based on ProgPoW with some parameters specific for Ravencoin, so a regular ProgPow miner won’t do. So now, besides the official kawpowminer and the recently released Gminer with KAWPOW support you also have a third alternative in the form of the latest NBMiner and others will most likely follow as well. It seems however that all of the miners could be based on the same reference ProgPow codebase and there is currently not much of a performance difference apparently, so it is more like which one you are more used to. Below you can see an official list of the expected performance on popular mining GPUs at default stock settings for the KAWPOW algorithm when using NBMiner:

NBMiner 29.0 KAWPOW Expected Performance:
– Nvidia P106-100: 10.3 MH/S
– Nvidia P104-8G: 17.5 MH/S
– Nvidia GTX 1070 Ti: 13.3 MH/s
– Nvidia GTX 1080 Ti: 22.5 MH/s
– Nvidia GTX 2080: 25.8 MH/s
– AMD Radeon RX 580: 10.3 MH/s

We remind you that the NBMiner is a closed source GPU miner for Nvidia CUDA and now AMD as well that is available for both Windows and Linux operating systems and it has the following developer fee built-in: tensority_ethash 3%, tensority(Pascal) 2%, tensority(Turing) 3%, ethash 0.65%, cuckaroo & cuckatoo & cuckaroo_swap 2%, progpow_sero 2%, sipc 2%, bfc 3%, hns 2%, hns_ethash 3%, trb 2%, trb_ethash 3%, kawpow 2%.

To download and try the latest NBMiner 29.0 Nvidia and AMD GPU Miner for Windows/Linux…

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…


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