It Is All About BTC, LTC, ETH, DOGE, KAS mining as well as other alternative crypto currencies
The BEAM Project is having a hard fork in about two days and you need to make sure that you are ready for it if you are mining it or are using a local wallet for BEAM. The BEAM Hard Fork is scheduled for block #321321 which should be reached sometime in August 15th and you need to mak sure your wallet is up to date as well as your miner. Make sure you get the latest BEAM wallet if you use a local wallet, if you rely on exchanges make sure they have updated their wallets after the fork before doing any transactions. Some good exchanges to trade BEAM coins include Binance and Gateio.
The BEAM Hard Fork will also come with changes in the algorithm used for mining, the PoW algorithm will change from Beam Hash I (Equihash 150,5) to Beam Hash II (EquihashR variation). And while the new algorithm is still a modification of the Equihash you would still have to use a new miner or an updated one with support for the new algorithm (EquihashR parameters n = 150, k = 5 and r = 3). The initial information suggests that the new BeamHash II algorithms should be faster in terms of hashrate and with lower power consumption on the same hardware compared to the still currently used BeamHash I (Equihash 150,5) algorithm.
The software miner with support for BEAM mining have already started updating with support for the new algorithm, though not all of them already have Beam Hash II available. Our preferred Nvidia BEAM miner – GMiner 1.55 already has support for both AMD and Nvidia miners for the upcoming hardfork and the new BeamHash II algo… there is even an auto-switch function built-in, so that it will switch to the new algorithm after the fork is detected. The latest lolMiner 0.8.6 for AMD GPUs has added support for the BEAM hard fork and there is also an auto switch option available to help you seamlessly move to the new Beam Hash II algorithm. Other popular miners with BEAM support should most likely follow soon with updates adding the new algorithm as well…
Today is planned the first hardfork for the GRIN crypto currency and more specifically its Cuckaroo29 (C29) algorithm to the new Cuckarood29, the C31 algorithm remains unaffected by this hardfork. Grin is expected to hard fork at Block 262,080 which is estimated to happen at some point today (July 17th, 2019). All you have to do to be ready to continue mining GRIN after the hardfork is to update your miner to the latest version, most of the software supports autodetection of the algorithm switch and thus should continue working jst fine after the fork happens.
The miners that have already released updates to support the new Cuckarood29 algorithm to be sued by Grin after the hard fork include: GMiner 1.51, NBMiner 24.1, lolMiner 0.8.5, nanominer 1.5.1 for AMD and or Nvidia GPUs on Windows and Linux operating systems. You can of course also use the official grin-miner 2.0.0 as well, although it is not available for Windows operating systems (only Linux and Mac OS X), unlike all of the other alternatives mentioned.
The latest ccminer 1.1.23 djm34 fork for the MTP algorithm used by ZCoin (XZC) seems to be providing the best performance for more recent Nvidia mining GPUs such as GTX 1070 or 1080 Ti including the latest RTX 2080 Ti as well (faster than the recently updated T-Rex miner). Owners of GTX 1080-based GPUs with GDDR5X memory can use the OhGodAnETHlargementPill to get a bit of extra boost in performance. The miner is open source, though there is a built-in 0.25% fee (that can be turned off) in the officially compiled binaries for both Linux and Windows. Do note however that the official windows binary requires CUDA 10.1-compatible video driver, so you may need to update your mining rigs. Linux binaries are available for CUDA 0.2, 10 and 10.1. Stability wise the miner may not be perfect yet, so make sure you have a loop set when running it to have it restarted if it crashes. NiceHash mining does not seem to be supported for the moment.
– To download and try the latest ccminer 1.1.23 djm34 fork for the MTP algorithm…