It Is All About BTC, LTC, ETH, DOGE, KAS mining as well as other alternative crypto currencies
If you have spotted the recently forked VertCoin (VTC) to the new Verthash algorithm and are interested in mining it, then you might head on to download the latest VerthashMiner v0.6.2 to do so. This is especially important for owners of AMD Radeon RX 400/500 series of GPUs with just 4GB of video memory as these really need an alternative to mining Ethereum (ETH) and pointing them towards mining VTC could be just what you need. While you can Still Mine Ethereum With AMD Radeon RX 400/500 Series 4GB GPUs the performance continues to drop with each new DAG epoch and these cards are soon to be retired or moved to an alternative and more profitable crypto coin and VertCoin could be that alternative.
The new VerthashMiner v0.6.2 doesn’t bring any performance improvements, but instead addresses one very important issue that the previous version 0.6.1 had. With the new release you now can generate the verthash.dat file needed for the mining process just using the miner itself – there is no need to download it or use the VTC wallet to generate it before you can start mining. What you need is to just run the new VerthashMiner with the gen-verthash-data command line parameter and the name of the file you want to use such as verthash.dat:
VerthashMiner.exe --gen-verthash-data verthash.dat
Do note that the verthash.dat file generation is a time-consuming process that on a quad-core Intel Core-i5 6500T CPU with a SATA SSD can take around 10 minutes to generate using VerthashMiner v0.6.2. The good thing is that you need to generate the data file just one and then when you run the miner with the normal mining command line parameters it just loads it and starts mining.
SimpleMining OS (SMOS) has just implemented VertCoin (VTC) mining support in their latest update and has added verthashminer-v0.6.2, though mining VTC is still not going to be perfect there as the verthash.dat file will be generated on each run of the miner, but hey, at least it works and you can mine VTC using the dedicated Linux mining OS.
– To Download the Latest AMD/Nvidia GPU VerthashMiner v0.6.2 for VertCoin (VTC)…
Lately everyone with GPU is focusing mostly om mining X11 and we’ve been paying a lot of attention to that crypto algorithm as well, we should however not forget the other crypto algorithms. So today we’ve checked what has been going on lately with Vertminer, the OpenCL GPU miner for mining VertCoin (VTC) and other Scrypt-Adaptive-Nfactor crypto currencies and decided to compile the latest version 0.5.4pre3 (source) and release a windows binary for anyone willing to try it. Below you can find the download link for a compiled windows binary of the latest vertminer 0.5.4 pre3. It includes some slight optimizations of the code, so you might bet a bit better performance compared to the older 0.5.3 release that most people are still using, but don’t expect much of a performance boost.
– You can download vertminer 0.5.4pre3 for VertCoin GPU Mining for Windows OS here…
Vertcoin (VTC) mining with GPU requires a special miner called vertminer that is essentially a modified version of cgminer 3.7.2. The latest version of verminer 0.5.3 is designed to be used for mining VTC on AMD-based graphic processors. Note that the hashrate you will get by mining VertCoin with this modified mining client will be lower than what you get wen mining traditional scrypt based crypto coins. VertCoin (VTC) uses Scrypt-Adaptive-Nfactor algorithm and not just the standard scrypt algorithm that makes it ASIC proof and harder to mine, but also making it another very interesting alternative to most other alt crypto currencies that are essentially cloning BTC or LTC by using either SHA-256 or Scrypt algorithm. What is important to know is that you will not be able to mine VertCoin (VTC) with the standard cgminer, you need to use this modified version. Below you can find a download link to the latest vertminer 0.5.3 for windows.
– You can download vertminer 0.5.3 for VertCoin Mining for Windows OS here…