New ASIC Miners
Etchash Mining Profit Calculator
Our mining calculator is the ultimate tool for discovering the most lucrative miners. You can effortlessly switch between the widely used currencies such as USD, EUR, GBP, AED, CAD, AUD, THB, ETH, and BTC. With the option to set your electricity costs to three decimal places, you can ensure precise results. To make things even easier, we've included a comprehensive table of the top miners and detailed tables for each crypto algorithm. You'll be able to quickly and easily identify the mineable coins for each algorithm thanks to our helpful coin images.
Miner Brand & Model | Algos | Hashrate | Power | Profit / Day |
---|---|---|---|---|
etchash | 5.8Gh/s | 1900W | $14.02/day | |
etchash | 3.68Gh/s | 2200W | $6.03/day | |
etchash | 1.95Gh/s | 620W | $4.77/day | |
etchash | 2.5Gh/s | 1200W | $4.95/day | |
etchash | 4.25Gh/s | 3315W | $4.74/day | |
etchash | 1.04Gh/s | 480W | $2.11/day | |
etchash | 840Mh/s | 340W | $1.84/day | |
etchash | 2.4Gh/s | 1920W | $2.54/day | |
etchash | 520Mh/s | 240W | $1.06/day | |
etchash | 3.6Gh/s | 3100W | $3.17/day | |
etchash | 1.55Gh/s | 1240W | $1.64/day | |
etchash | 450Mh/s | 240W | $0.82/day | |
etchash | 400Mh/s | 232W | $0.68/day | |
etchash | 950Mh/s | 750W | $1.03/day | |
etchash | 200Mh/s | 116W | $0.34/day | |
etchash | 330Mh/s | 240W | $0.42/day | |
etchash | 330Mh/s | 240W | $0.42/day | |
etchash | 280Mh/s | 220W | $0.31/day | |
etchash | 300Mh/s | 240W | $0.32/day | |
etchash | 65Mh/s | 30W | $0.13/day | |
etchash | 260Mh/s | 220W | $0.24/day | |
etchash | 130Mh/s | 104W | $0.14/day | |
etchash | 280Mh/s | 270W | $0.16/day | |
etchash | 500Mh/s | 750W | $-0.48/day | |
etchash | 500Mh/s | 960W | $-1.08/day | |
etchash | 190Mh/s | 760W | $-1.55/day | |
etchash | 180Mh/s | 800W | $-1.70/day | |
etchash | 750Mh/s | 1350W | $-1.37/day | |
etchash | 1.5Gh/s | 2350W | $-1.73/day | |
etchash | 220Mh/s | 1200W | $-2.72/day |
Ethash, serving as a proof-of-work algorithm, is crucial in preserving the stability and credibility of many blockchains like ETC. Decentralized mining that can be carried out using standard computer hardware, as enabled by Ethash, ensures that the network is not controlled by a few huge mining entities. One of Ethash's defining design features is its memory-intensive nature, making it challenging for attackers to perform a 51% attack, where they attempt to manipulate transactions by dominating the majority of the network's computing power. Ethash's need for a substantial amount of memory to carry out mining operations makes it challenging for attackers to acquire the resources necessary to launch such an attack.