It Is All About BTC, LTC, ETH, DOGE, KAS mining as well as other alternative crypto currencies
The latest NBMiner 27.7 update comes with improvements for Handshake (HNS) and HNS + ETH Dual mining on Nvidia GPUs, bringing a bit better performance as well as some fixes like for the NVML initialization failure on certain cases and for ETH mining on NiceHash. With the latest performance improvement NBMiner 27.7 is again taking a lead for Handshake mining performance from the latest GMiner. With the latest performance improvements a mining rig with 6x 1080 Ti’s gets closer to what Blackminer’s FPGAs with HNS support, though GPUs are still a bit slower and with a bit higher power usage. Nevertheless mining HNS now may still be worth it with the expected availability of the first Handshake ASIC miner sometime in June.
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%.
– To download and try the latest NBMiner 27.7 Nvidia and AMD GPU Miner for Windows/Linux…
The latest GMiner 2.00 miner adds support for the ProgPoW algorithm used by the Super Zero (SERO) project. SERO’s use of the ProgPow mining algorithm is not new,but apparently it has lately caught more attention of users and hence more happening around the project lately. There is a catch however, the ProgPow support of Gminer requires you to have the latest Nvidia CUDA Toolkit installed or you will be getting the “Failed to initialize NVRTC library” error message wen trying to run the miner software for mining SERO. This is a few gigabytes of installation package, though in theory you can get the smaller network installer and select to install only the Runtime Libraries and not the full package that includes unnecessary data as far as mining is concerned and no actual CUDA software development is required… nevertheless it is bothersome requirement for a mining software. Older algorithms supported by the miner should work fine without the CUDA Toolkit, so it is a requirement only if you want to mine SERO with the latest GMiner.
The GMiner miner software was originally only an Nvidia GPU miner, although some algorithms are already supported on AMD GPUs as well. Do note that GMiner is a closed source miner for Nvidia and AMD GPUs with binaries available for both Windows and Linux, there is a 2% developer fee built-in the software.
– To download and try the latest release of the Gminer v2.00 Nvidia and AMD GPU miner…
The Grin project has already successfully hard forked once already earlier this year with a change in the C29 PoW algorithm from Cuckaroo29 to Cuckarood29 and now a second hard fork has been planned. Grin’s Hard Fork 2 is planned for block 524160 that should be reached sometime in January next year (around the middle of the month) with the testnet expected to fork a month earlier. Compatible versions of grin node, grin-wallet, and grin-miner will be versioned 3.0.0 or greater with the first releases of these are scheduled for December.
Grin remains true to its commitment to tweak CuckARoo as part of every network upgrade it does in order to discourage manufacturers from building specialized ASIC mining hardware for it, ASICs on the other hand are encouraged and being developed for the other algorithm C31 that Grin uses. As such, the currently used algorithm Cuckarood29 will be deprecated for a new algorithm called Cuckaroom. This means that if you want to be able to continue mining Grin with the C29 algorithm after mid-January next year after the fork happens you would need to update your miner software to support the new algorithm. The first beta binaries of the software should be available in the next couple of days along with details about the new algorithm, so miner software developers will have enough time to integrate the required changes for the new algorithm by the time the hard fork executes.