This is an archived post.You won't be able to vote or comment.(self.ethereum)submitted by I can not find any information on what equipment is used to mine.π Rendered by PID 16767 on app-210 at 2017-06-24 12:53:47.131588+00:00 running 3522178 country code: SG.Best Graphics Card for Ethereum Mining If you are thinking of getting into ethereum mining and start building your own ethereum mining rig so this article helps you a lot for choosing best graphics card for mining ethereum.The main part of the GPU Mining is the graphics processing unit (GPU).The better you have graphics card, the more you get profits from mining ethereum.First of all make sure what do you really want to optimize for?Lowest upfront cost per unit hash rate?Lowest ongoing cost (upfront + electricity)?Best hash rate per unit electricity?Lowest heat (and electricity) per unit hash rate?In my opinion, the best current GPUs are the following below for ethereum mining rig but the answer is more complicated and all this depends on the cost of hardware and the cost of your electricity.

The best graphics cards for GPU mining is RX480/580 but AMD Radeon RX 480 and Radeon RX 580 graphics cards are sold out generally all around!we are all mining Ethereum on re-appropriated time and rather than waiting on AMD Radeon RX 480/580 cards to come into stock you might need to look around some other cards available.So I found EVGA GeForce GTX 1070 had really good hash rate producing with us indicating 31 mh/s of mining speed and only consuming 135w, below there are some other graphics cards which are working perfect.Hash Rate: 30 mh/s  | Electricity Consume: 100 watts | click here to get For the lowest electricity and high hash rate, AMD Radeon RX 580 hash rate: 29 mh/s  |  electricity consume: 135 watts | click here to get For the lowest electricity and high hash rate, AMD Radeon RX 480 hash rate: 27mh/s  |  electricity consume: 150 watts | click here to get For the lowest electricity and high hash rate, AMD Radeon RX 470 hash rate: 28mh/s  |  electricity consume: 140 watts | click here to get For the lowest heat and electricity per unit hash rate I would suggest R9 Nano.

hash rate: 28.5 mh/s  |  electricity consume: 175 watts | click here to get For best hash rate per unit electricity I would suggest the R9 Fury X. hash rate: 33 mh/s  |  electricity consume: 275 watts  | click here to get For the highest hash rate and high watts, possibly the R9 290 hash rate: 27 mh/s  |  electricty cost: 290 watts | click here to get For the Hash Rate and electricity + cheap cost R9 380 Hash Rate: 24.5 mh/s  |  electricty cost: 190 watts  | click here to get For the highest hash rate per GPU, the answer is the AMD HD 7990 Hast Rate: 44 mh/s  |  electricty cost: 175 watts  | click here to get /list/index.php?brand=both .Type "Ethereum" in the filter.You don't need a fast motherboard and CPU but make sure you know about this, AMD CPUs use more electricity than the equivalent Intel CPUs but AMD CPUs are cheaper than Intel CPUs.Finally Now it's up to you which graphics card and hardware's you select for your ethereum mining rig.

Since its release in early 2009, Bitcoin has been the trailblazing leader of the cryptocurrency revolution.Countless imitators have come and gone but Bitcoin remains dominant, despite nearing the current limits of its transactional capacity.Ethereum, created mid-2015, is Bitcoin’s strongest rival… But can Ethereum deliver on the hype surrounding its complicated technology, as well as recover from the recent spectacular failure of the DAO, to usurp Bitcoin’s primacy?bitcoin wallet in linuxHow valid is the frequent claim that Bitcoin and Ethereum aren’t direct competitors but rather complimentary aspects of the new, blockchain-based economy?bitcoin pill reportThe peaceful coexistence theory holds that the web is vast and deep enough for Bitcoin and Ethereum to carve out their respective niches: Bitcoin specialising in its role as digital gold; offering a dependable monetary system free from unbounded inflation and political intervention.3 mh/s bitcoin

Ethereum evolving into the world computer; a blockchain-based programming language enabling code-based contracts and decentralised applications.In practice, matters are more complex.Given the extensibility of cryptocurrency, neither coin has a clearly defined sphere of operation.There is considerable overlap between their functions and markets, with nothing to prevent user migration.bitcoin decreaseFor example, additional layers built upon Bitcoin, such as the Rootstock.io smart contact platform, threaten to trespass on Ethereum’s playground.bitcoin laptop lostRootstock promises to do everything Ethereum can, with the added security of a two-way peg to the more secure Bitcoin network.steam bitcoin tradeLikewise, Ethereum has become a popular trading and investment instrument, infringing upon Bitcoin’s domain as “magic internet money.” Ethereum’s daily trading volume, insofar as such figures can be trusted for either currency, is currently about 1/5th that of Bitcoin: Stats as of the 21st of June 2016, courtesy of CoinMarketCap The following user scenarios serve to illustrate the frequent necessity of choosing between Bitcoin and Ethereum: Peaceful coexistence is a myth; Bitcoin and Ethereum clearly compete for users.

The good news is that such competition should ultimately produce better cryptocurrencies.Bitcoin users tend to be politically and economically conscious.Many users support certain principles, such as individual sovereignty and free markets.There exists a definite aversion to central planning and control, so Bitcoin is often revered as the counter to central banks and big governments.Ethereum users tend to be less ideologically-motivated.They are generally content to vest ultimate authority in Vitalik Buterin, inventor of Ethereum.The community’s focus tends to be on the technology’s future business and financial applications.The network effect, expressed mathematically by Metcalfe’s law, states that a network’s value is proportional to its number of users.Whether we’re talking fax machines, social media or cryptocurrency; people are more likely to join popular networks.As the first cryptocurrency, Bitcoin has a clear first-mover advantage here.Bitcoin transaction data doesn’t just confer ownership of coins; it also conveys certain instructions relating to transaction.

For example, a recently-implemented change allows sent coins to be locked for a custom time period.The set of possible instructions is known as Bitcoin’s scripting language and it’s intentionally limited to transactional processing.Ethereum’s primary innovation was to expand this set of instructions into a fully-featured programming language such as JavaScript, which Ethereum’s language closely resembles.This is what is meant by Ethereum being “Turing-complete.” Risk vs.Reward: The undeniable fact is that, by adding complexity at the protocol level, Ethereum presents a larger attack surface to adversaries.This heightened risk of attack makes Ethereum an inferior store of value.Further, there is no decisive advantage gained from Ethereum’s scripting language which could not be duplicated via protocol-separate code.Bitcoin may be in trouble if Ethereum ever develops such a killer app but until then… Bitcoin has a Proof of Work blockchain which is currently composed of 1 megabyte blocks.

These blocks are mined on average every 10 minutes by SHA-256 hashing.Bitcoin mining is primarily performed by ASIC devices.Bitcoin’s blockchain can process around 3 transactions per second.Ethereum currently has a Proof of Work blockchain, although a proposed fork will switch it to Proof of Stake (PoS).The Ethereum blockchain is composed of blocks of variable size.Blocks are mined on average every 15 seconds by hashing a modified Dagger-Hashimoto algorithm.This algorithm is designed to resist processing by ASIC devices; as a result Ethereum mining is primarily performed by graphics cards.Ethereum’s blockchain can process around 25 transactions per second.Scalability: Ethereum appears to have a clear advantage in terms of blockchain scalability.Bitcoin is in the process of upgrading its transactional capacity.Security: In terms of blockchain security, massive infrastructure investment by Bitcoin miners has resulted in a peak Bitcoin hashrate of 1,803,059,256 GH/s (1.8 ExaHash).This greatly exceeds Ethereum’s hashrate, which peaked at a comparatively paltry 3,010 GH/s (3 TeraHash).

The monetary cost to perform a 51% attack on Bitcoin is proportionately greater.Decentralisation: Hashrate distribution among mining pools is fairly equal between Bitcoin and Ethereum on a percentage basis.The majority of Bitcoin mining occurs in China due to favourable economic factors.This raises a red flag in terms of the potential pressure the Chinese state could exert on the Bitcoin mining network.While Bitcoin could alter its mining algorithm to thwart any takeover attempt, this “mining hardware reset” would doubtless prove tremendously destructive.Although Ethereum mining in its current state resembles the glory days of individual-level Bitcoin mining, its planned switch to PoS will likely increase centralisation.Gavin Andresen, former Bitcoin lead developer, succinctly critiqued PoS thus: “I think proof-of-stake is hard coded, ‘the rich get richer’ and is deeply unfair.” Mining: Ethereum is profitable to mine on high-end GPUs, especially given low power costs.Advanced graphic cards are available for under $200 and can also run games and other apps.

However, before investing in a mining rig, aspiring Ethereum miners should consider that the upcoming change to PoS will invalidate their investment.Bitcoin is only profitable when mined with specialised ASIC hardware running on very low cost electricity.High-end ASIC hardware costs over $2000 per unit and has no purpose besides mining Bitcoin.The pace of ASIC hardware advancement is slowing as it approaches the limits of semiconductor miniaturisation technology; it can be hoped that this process, perhaps in combination with the increasing power generation efficiencies, will eventually lead to a more widely-dispersed Bitcoin mining network.Bitcoin’s total supply will be strictly limited to 21 million coins.Bitcoin’s issuance is halved roughly every 4 years.As of the next halving in July 2016, Bitcoin’s inflation rate will drop to an annual rate of ~5%.Future halving events, combined with coins lost through user error, will ultimately result in a deflationary currency.Ethereum’s issuance by miners is capped at an annual rate of 18 million ETH.

This represents an inflation rate of ~20% at the current supply.As ETH is not consumed by running programs but instead sent to the miner of the associated transaction, Ethereum’s value is likely to decline in the long term.Implications: All else remaining equal, the purchasing power of a deflationary currency will rise over time whereas the relative value of an inflationary currency will fall.Bitcoin therefore encourages saving and benefits early adopters who bought in cheaply.Ethereum encourages spending and lowers the cost of entry for newcomers.Bitcoin is thought to have been mined exclusively by Satoshi Nakomoto in its early phase.At that time, there was no barrier to the entry of other miners, other than Bitcoin’s obscurity.It’s estimated that Satoshi owns roughly 5% of total supply.As Satoshi’s coins have yet to move, some speculate they may be inaccessible.Ethereum’s distribution took the form of an ICO (Initial Coin Offering), whereby 31,529 BTC was traded for 60,102,216 ETH in advance of the Ethereum blockchain’s launch.

Approximately $14m USD was raised in this fashion by the Ethereum Foundation, which awarded itself 12m ETH; roughly 14% of the current total supply.Fairness: Bitcoin had a demonstrably fairer launch.The Ethereum Foundation’s majority stake is somewhat concerning given the intended switch to Proof of Stake mining.Under PoS, the likelihood of minting new tokens is proportional to holdings.This raises the possibility of the further concentration of self-awarded wealth.Bitcoin’s codebase benefits from over 100 Core contributors and several alternative implementations.With over $10b in assets on the line, they take a conservative approach to development.All proposed improvements must undergo peer review and rigorous testing prior to being merged.The perceived slow pace of this process, at least in terms of scaling, led to contention (the so-called Blocksize Debate) and the eventual estrangement of numerous users, several companies and even a few developers.Core developers are now under considerable pressure in terms of delivering scaling solutions without compromising security.

Ethereum is the brainchild of Vitalik Buterin, who handled its initial development along with 3 other skilled developers.They were able to pick and choose ideas from the development of Bitcoin and altcoins and introduce new ideas of their own.However, literally anyone can code a smart contract which runs on top of Ethereum.Herein lays both opportunity and danger.Certain estimates put the number of bugs per line of contract code at 1 in 10.As seen with the draining of The DAO and numerous minor incidents, investing in such contracts without proper code review can lead to serious loss.More work is required to secure smart contracts before they can reliably underwrite new ways of doing business.A Developing Story: both coins face considerable challenges if order to realise their full potential.However, this industry tends to attract some of the world’s best and brightest minds, who invariably relish intellectual challenge.Bitcoin has more lives than a cat, by an order of magnitude.Betting against Bitcoin is just not advisable, as many have learnt to their detriment.

If SegWit, the Lightning Network, Rootstock, Elements and other exciting developments play out as expected, Bitcoin will retain its crown with ease.Ethereum is no safe bet, which is not to say it couldn’t pay off handsomely.The uncertainty surrounding its prospects increases its volatility, making it a great instrument for traders.In the short term, much will depend on how the DAO crisis is resolved.Medium term, there’s considerable uncertainty around the PoS fork and how it’ll impact network security and incentives.Long-term, doubts remain regarding Ethereum’s high rate of inflation and its significant pre-mine.If it’s to survive, it must also evolve past dependence on a single trusted authority, in the person of Vitalik. and gutcher.de that really details the exact differences (it’s a bit long but it’s worth it).About Latest Posts Latest posts by Steven Hay (see all) Bitcoin Volatility Explained Bitcoin VS Ethereum: Cryptocurrency Comparison A Beginner’s Guide to Monero (Buying, Trading, Mining)