To mine Bitcoin Rhodium you need to set up an XRC wallet and configure your miner of choice. You can choose between Web wallet, Electrum-XRC or Magnum wallet. To set up a web wallet please visit wallet.bitcoinrh.org. Or download and install Electrum-XRC wallet (recommended) for Windows, Linux and MacOS.
Any miner that supports X13 will be able to mine XRC. We have a few examples below of miners that are well tested with Bitcoin Rhodium network.
For any miner, configure the miner to point to:
(0–0.8 GH/s) stratum+tcp://poolcore.bitcoinrh.org:3061 (0.8–2 GH/s) stratum+tcp://poolcore.bitcoinrh.org:3062 (3–4 GH/s) stratum+tcp://poolcore.bitcoinrh.org:3063 (5+ GH/s) stratum+tcp://poolcore.bitcoinrh.org:3064 with your XRC address as username and x as password. You don’t need to open an account on pool. You will be mining to XRC address and mined coins will be transferred to your wallet • after blocks reach 10 block maturity • after you mined up minimal amount of coins (currently 0.1 XRC) • sometimes mined blocks could get rejected by network (orphaned) after they were counted as valid blocks. This is normal network behavior to follow longest chain
CCMiner is a GPU-based miner (NVIDIA) Command to run your CCMINER: ccminer-x64.exe -a x13 -o stratum+tcp://poolcore.bitcoinrh.org:3062 -O :without -D — show-diff
Settings: Url: (0–2 GH/s) stratum+tcp://poolcore.bitcoinrh.org:3062 (3–4 GH/s) stratum+tcp://poolcore.bitcoinrh.org:3063 (5+ GH/s) stratum+tcp://poolcore.bitcoinrh.org:3064 Algo: x13User: your XRC receiving address (make sure you set 2 distinct addresses for each hashing board) Pass: x Extranonce: leave off Priority set to 0 and 1 Once pool stratum address and your wallet as user are set up you should see your miner mining against XRC pool. When miner is working the status column is green. The pool and miner are incorrectly configured now as status says “Dead” highlighted in red.
Instructions for mining XRC on BSOD pool
Pool link:bsod.pw/en/pool/dashboard/XRC/ Use this code for your miner: -a x13 -o stratum+tcp://pool.bsod.pw:2582 -u WALLET.rig BSOD pool allows both solo and party mining.
For solo mining use code: -a x13 -o stratum+tcp://pool.bsod.pw:2582 -u WALLET.rig -p m=solo And for party mining use: -a x13 -o stratum+tcp://pool.bsod.pw:2582 -u WALLET.rig -p m=party.yourpassword
NOTICE: You can use us for North America and asia for Asia instead of euin your .bat file or config. You can also use BSOD pool’s monitor app forAndroidandiOS.
Instructions for mining XRC on ZERGPOOL
Zergpool offers low fees (just 0.5%) and also SOLO and PARTY mining with no extra fees. To mine XRC on Zergpool use this command lines for your miner:
Regular: -a x13 -o stratum+tcp://x13.mine.zergpool.com:3633 -u -p c=XRC,mc=XRC Solo: -a x13 -o stratum+tcp://x13.mine.zergpool.com:3633 -u -p c=XRC,mc=XRC,m=solo Party: -a x13 -o stratum+tcp://x13.mine.zergpool.com:3633 -u -p c=XRC,mc=XRC,m=party
Use your coin wallet address as username in mining software. Specify c=SYMBOL as password to identify payout wallet coin, and the same coin in mc=SYMBOL to specify mining coin. For more information and support please visit http://zergpool.com Notice that when there are more pools mining XRC in different geographic/availability locations choose the nearest to you as lowest priority and then add desirable fall back pool options in different geographic locations or pools. This is useful when one pool experiences issues, to fall back to different pool in Bitcoin Rhodium network.
Calculate your Bitcoin Rhodium mining profitability
Bitmain is regarded as one of the most influential companies in the ASIC mining industry. It is estimated that they have manufactured approximately 53% of all mining equipment.Without including their mining profits, that’s around $140 million dollars in sales. These figures are staggering, but Bitmain’s monopoly of the Bitcoin ASIC market may come to an end, following the release of PowerAsic’s asicpower AP9-SHA256.
About the asicpower AP9-SHA256
Designed with brand new technology and boasting 94 TH/s per miner, the AP(-SHA256 is the most powerful and efficient Bitcoin miner to date.PowerAsic claims they spent $12 million dollars on research, development, and prototypes.PowerAsic also noted that their miners take advantage of ASICBOOST, an exploit of Bitcoin’s algorithm which improves mining efficiency by 20%.An unusual approach separate Powerasic’s miner to the other manufactures is the implementation of copper heat-sink claimed to have a superior thermal conductivity 69% better than aluminium. Don’t take their words for it but confirm the facts are correct on widely well known and published science documents as this one.The first batch of miners were announced and made available for order in August of 2019, with start scheduled for shipment in September, 2019. Powerasic claims that the machines are around 40 percent more productive than the most proficient ASIC on the market, Bitmain’s Antminer S17.According to PowerAsic, they started a mining project with the aim to bring much needed competition to the market…We want to ‘make SHA256 great again.Sitting at the hefty price of $2,795.00, the powerasic AP9-SHA256 is far from affordable for the average person. Fortunately, due to the newly born rivalry between Bitmain and Powerasic, the price will probably lower with time and competition.The power supply for this unit is included and integrated in the top-box also including the controler card as a one unit. You will also get standard power cable, network cable, manual and software in the packet. In comparison to the price of the Antminer S17 , the Powerasic AP9-Sha256 is a better value.
The integrated PSU 3300W has a inputVoltage 220V 50Hz 30A. There are 2 fan 40mm., 1 fan 60mm to keep it cool and the power cable 3 legs following CEE 7 standard.Professional mining hardware runs optimally at 220-240V, hence why mining farms step down their own electricity supply to 220-240V. Note that 220V current is only found outside of the US – American outlets are 110V by default. Unless you want to hire an electrician, this could cause some people trouble adapt to the eficient and recomended 220V power needed, still 110V will get the job done, but they are not ideal for optimum mining performance.
Thanks to the powerasic AP9-HA256’s new 7nm generation of ASIC chips, the AP9-SHA256 has become the most electrically-efficient miner on the market.Consuming merely 30.J/TB, or 2860W from the wall, the 16T is 30% more electrically-efficient than the Antminer S17.
Powerasic ’s new ASIC technology is impressive. When compared to its closest competitor, the Antminer S17, the powerasic AP9-HA256 is the clear winner. It hashes at 94 TH/s, as opposed to the S17’s 56 TH/s. Moreover, the the AP9-HA256 consumes 30J/GH, whereas the S17 consumes 39-45J/TB.The difference in power consumption is miniscule, but when it comes to large-scale mining, the the AP9-HA256’s edge will drastically increase the profitability of a mining operation. This ASIC is profitable not only for mining on a large scale, but for the individual miner as well.Take a look at the projected mining profitability of a single miner:Note that is appears profitable even with high electricity costs ($0.1 per KW/h). With $0.05 / KW/h it’s even more profitable:📷Each powerasic AP9-HA256 will generate about $6,009 per year (calculated with 1 BTC=$10,141.5). Mining profitability may vary. You can usethis free profitability calculator to determine your projected earnings.
Is powerasic AP9-HA256 a Scam?
There is been a lot of talk on Twitter that powerasic AP9-HA256 is a scam. It appears it is not, as many users are already claiming to have received their miners.Slush, the creator ot Slush Mining Pool and the TREZOR hardware wallet, claims on Twitter that he has seen units and knows people who have had their miners delivered:
Verdict: Is The Antminer S17 Outdated?
When the first batch of Bitmain’s Antminer S17 ASICs reached the eager hands of miners, they were all the rage. The S17 was renowned as the most efficient ASIC miner on the market. Many used the S17 as the industry’s golden standard.Up until the launch of the powerasic AP9-HA256, it was the golden standard.But, now?Things have changed.Not only is the powerasic AP9-HA256 more powerful than its predecessor from Bitmain, but also more efficient, and therefore, more profitable.Ever since the announcement of the new ASIC, there was widespread speculation of its legitimacy – and rightly so.The Bitcoin community has been plagued with small, phony companies manipulating images of preexisting antminers as a ploy to hype up their fake products. Nevertheless, powerasic AP9-HA256 is taking things seriously, and their first batch of miners have lived up to expectations.The fact of the matter is, Bitmain’s most powerful and efficient antminer has been dethroned by the new reigning king of ASICs: The powerasic AP9-HA256.
Bitmain has dominated the ASIC market since its inception in 2013.There are a few other companies producing ASICs. However, before the creation of PowerAsics AP9-SHA256., Bitmain was the only company with a proven track record that sold efficient miners directly to the public.Powerasic AP9-HA256 has the potential to bring Bitmain’s monopoly to an end. Powerasic AP9-HA256 has a bright future ahead of them. Now that Bitmain has noteworthy competition, it will be interesting to see how it affects the market. The powerasic AP9-HA256 is the best option (for now) for anyone getting started with mining. Powerasic’s innovation should force other ASIC producers to innovate and force other companies to release new miners with better efficiency. So whether you’re buying a miner now or soon, you’re likely to benefit from the development of this new miner. For more, Visit Us: https://asicpower.net/product.php
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I've been working on a bot for crypto subs like /r/bitcoin for a few days now. Say hello to crypto_bot!
Hey guys, I've been working on crypto_bot for some time now. It provides a bunch of features that I hope will enhance your experience on /bitcoin (and any other subreddit). You can call it by mentioning it in a comment. I started working on this a few days ago. I'm constantly adding new features and will update this post when I do, but if you're interested I'll post all updates and some tips at /crypto_bot. Please either comment here, message me, or post there if you'd like to report a bug, request a feature, or offer feedback. There's also one hidden command :) You can call multiple commands in one comment. Here's a description of the commands you can use:
Responds with the USD price of one bitcoin from an average of six of the top bitcoin exchanges (BTC-E, Bitstamp, Bitfinex, Coinbase, Kraken, Cryptsy).
Responds with the USD price of one bitcoin at seven exchanges (all of the ones listed above, plus LocalBitcoins). Also lists the average at the bottom.
Responds with the USD price of one bitcoin from [exchange] (any of the seven listed above).
Responds with the USD price of one litecoin, or the price of 1 doge and 1,000 doge.
crypto_bot litecoin|ltc [exchange]
Responds with the USD price of one litecoin from BTC-E, Bitfinex, Kraken, or Cryptsy.
Responds with the price of one bitcoin in the specified currency. Available currencies (symbols): JPY, CNY, SGD, HKD, CAD, NZD, AUD, CLP, GBP, DKK, SEK, ISK, CHF, BRL, EUR, RUB, PLN, THB, KRW, TWD.
crypto_bot [about|info] [arg]
Responds with a short description about [arg], as well as a link to an external site (Wikipedia, bitcoin.it, and some others) for more information. You can list multiple arguments and get a description for each. Available arguments: bitcoin, block chain, transaction, address, genesis, satoshi, mining, confirmation, coinbase, gox, cold wallet, hot wallet.
Responds with calculations and information about how a miner would do with the above data (mining calculator). The only required field is mining speed. Order of the arguments does not matter. Everything other than hashrate defaults to the following if not given: w (watts): 0, kwh ($kilowatt cost/hour): 0, difficulty: current network difficulty, hc$ (hardware cost): $0, $: current bitcoin price in usd (according to Coinbase), % (pool fee): 0. The calculator does not account for nor allow for input of the increase/decrease of difficulty over time, though I may add this feature soon. Working hashing speeds: h/s, kh/s, mh/s, gh/s, th/s, ph/s. Example usage: "crypto_bot calc 30th/s 10w .12kwh hc$55 1.5%" (to make it easier to remember, th/s can also be inputted as ths). This calls the bot with a hashrate of 30 th/s, electricity usage of 10w, a cost of $.12 kWh, a hardware cost of $55, and a pool fee of 1.5%.
crypto_bot number of btc <$amount to convert> [bp$bitcoin price]
Responds with the number of bitcoins you could buy with <$amount to convert>. If the comment specifies a [bp$bitcoin price], it calculates it with that exchange rate. Otherwise, it uses the rate from Coinbase. Example usage: "crypto_bot $419.29 bp$180.32" This calculates how many bitcoins you can buy if you have $419.29 and the bitcoin exchange rate is $180.32.
Signs a message in the bitcoin block chain in a transaction using OP_RETURN. The message must be less than 40 characters. Example usage: "SignMessage! "Post messages in the block chain!"" I hope you find this bot useful! Again, if you have any questions or comments, please either comment on this post, message me, or post on /crypto_bot. Update 1 (June 24, 2015, 17:35): The bot now responds with information if you post a link to a block, transaction, or address on Blockchain.info in a comment, even if you don't call it. For example, if I wrote "https://blockchain.info/block/0000000000000000126448be07fb1f82af19fbbf07dd7e07ebcd08d42c2660cb" in a comment, it would respond with information about block #362,377. Update 2 (July 10, 2015, 1:59): The bot now has two additional commands: "unconfirmed transactions" (or "unconfirmed tx") and "explain transaction delay" (or "explain tx delay"). The first command responds with the number of unconfirmed transactions, and the second explains why transactions might take extra time to confirm. Update 3 (August 24, 2015, 1:34): The bot now responds in a better way than before when transaction ids or addresses are posted. Before, it only responded when the transaction id or address was used in a link to Blockchain.info. Now the bot will respond whenever a transaction id or address is posted at all; a link to Blockchain.info is no longer necessary. Update 4 (August 27, 2015, 3:00): The bot can now sign messages in the Bitcoin block chain using OP_RETURN.
It's easy to compare blockchain hashrates when the Proof-of-Work algorithm is the same. For example if Bitcoin has a hashrate of SHA-256 @ 40 PH/s and Bitcoin Cash has a hashrate of SHA-256 @ 2 PH/s, it's easy to see that for a given period of time the Bitcoin blockchain will have 20x (40/2) the amount of work securing it than the Bitcoin Cash blockchain. Or to say that differently, you need to wait for 20x more Bitcoin Cash confirmations before an equivalent amount of work has been done compared to the Bitcoin blockchain. So 6 Bitcoin confirmations would be roughly equivalent to 120 Bitcoin Cash confirmations in the amount of work done. However if the Proof-of-Work algorithms are different, how can we compare the hashrate? If we're comparing Bitcoin (SHA-256 @ 40 PH/s) against Litecoin (Scrypt @ 300 TH/s), the hashes aren't equal, one round of SHA-256 is not equivalent to one round of Scrypt. What we really want to know is how much energy is being consumed to provide the current hash rate. Literal energy, as in joules or kilowatt hours. It would be great if we had a universal metric across blockchains like kWh/s to measure immutability. However that's fairly hard to calculate, we need to know the average power consumption of the average device used to mine. For GPU/CPU mined Proof-of-Work algorithms this varies greatly. For ASIC mined Proof-of-Work algorithms it varies less, however it's likely that ASIC manufacturers are mining with next generation hardware long before the public is made aware of them, which we can't account for. There's no automated way to get this data and no reliable data source to scrape it from. We'd need to manually research all mining hardware and collate the data ourself. And as soon as newer mining hardware comes out our results will be outdated. Is there a simpler way to get an estimated amount of work per blockchain in a single metric we can use for comparisons? Yeah, there is, we can use NiceHash prices to estimate the cost in $ to secure a blockchain for a given timeframe. This is directly comparable across blockchains and should be directly proportionate to kWh/s, because after all, the energy needs to be paid for in $. How can we estimate this?
Get the blockchains Proof-of-Work algorithm
Lookup the average price per hash on NiceHash for this algorithm
Multiply price per hash by total hashrate per second
Now we have an estimated total Proof-of-Work metric measured in dollars per second ($/s). The $/s metric may not be that accurate. Miners will mark up the cost when reselling on NiceHash and we're making the assumption that NiceHash supply is infinite. You can't actually rent 100% of Bitcoin's hashpower from NiceHash, there isn't enough supply. However that's not really an issue for this metric, we aren't trying to calculate the theoretical cost to rent an additional 100% of the hashrate, we're trying to get a figure that allows us to compare the cost of the current total hashrate accross blockchains. Even if the exact $ value we end up with is not that accurate, it should still be proportionate to kWh/s. This means it's still an accurate metric to compare the difference in work done over a given amount of time between blockchains. So how do we compare these values between blockchains? Once we've done the above calculations and got a $/s cost for each blockchain, we just need to factor in the average block time and calculate the total $ cost for a given number of confirmations. Then see how much time is required on the other blockchain at it's $/s value to equal the total cost. So to calculate how many Litecoin confirmations are equivalent to 6 Bitcoin confirmations we would do:
Bitcoin (SHA-256 @ 40 PH/s) or ($100/s)
Litecoin (Scrypt @ 300 TH/s) or ($10/s)
Bitcoin's average block time is 10 minutes (600 seconds)
6 Bitcoin confirmations on average is 60 minutes (3,600 seconds)
Bitcoin's total $ cost for 6 confirmations is ($100 * 3,600 seconds) $360,000
At Litecoin's hashrate of $10/s it would take ($360,000 / $10) 36,000 seconds (10 hours) to complete an equivalent amount of work
Litecoin's average block time is 2.5 minutes (150 seconds)
The amount of Litecoin blocks expected over this period of time is (36,000 seconds / 150 seconds) 240 blocks.
Therefore we can say that 240 Litecoin confirmations are roughly equal to 6 Bitcoin confirmations in total amount of work done.
$/s doesn't mean what it sounds like it means.
The $/s values should not be taken as literal costs. For example:
Bitcoin's total $ cost for 6 confirmations is ($100 * 3,600 seconds) $360,000
This is does not mean you could do a 51% attack on Bitcoin and roll back 6 blocks for a cost of $360,000. An attack like that would be much more expensive. The $/s value is a metric to compare the amount of work at the current hashrate between blockchains. It is not the same as the cost to add hashrate to the network. When adding hashrate to a network the cost will not scale linearly with hashrate. It will jump suddenly at certain intervals. For example, once you've used up the available hashrate on NiceHash you need to add the costs of purchasing ASICs, then once you've bought all the ASICs in the world, you'd need to add the costs of fabricating your own chips to keep increasing hashrate.
These metrics are measuring "work done", not security.
More "work done" doesn't necessarily mean "more security". For example take the following two blockchains:
Bitcoin Cash (SHA-256 @ 2 PH/s) or ($5/s)
Zcash (Equihash @ 4 GH/s) or ($3/s)
Bitcoin Cash has a higher $/s value than Zcash so we can deduce it has more "work done" over a given timeframe than Zcash. More kWh/s are required to secure it's blockchain. However does that really mean it's safer? Zcash is the dominant blockchain for it's Proof-of-Work algorithm (Equihash). Whereas Bitcoin Cash isn't, it uses the same algorithm as Bitcoin. In fact just 5% of Bitcoin's hashrate is equivalent to all of Bitcoin Cash's hashrate. This means the cost of a 51% attack against Bitcoin Cash could actually be much lower than a 51% attack against Zcash, even though you need to aquire more kWh/s of work, the cost to aquire those kWh/s will likely be lower. To attack Bitcoin Cash you don't need to acquire any hardware, you just need to convince 5% of the Bitcoin hashrate to lend their SHA-256 hashpower to you. To attack Zcash, you would likely need to fabricate your own Equihash ASICs, as almost all the Equihash mining hardware in the world is already securing Zcash.
Accurately calculating security is much more complicated.
These metrics give a good estimated value to compare the hashrate accross different Proof-of-Work blockchains. However to calculate if a payment can be considered "finalised" involves many more variables. You should factor in:
Is this cryptocurrency the dominant cryptocurrency for it's Proof-of-Work algorithm?
What is the market cap of this cryptocurrency?
What is the daily trading volume of this cryptocurrency?
What is the $ value of this transaction?
If the cryptocurrency doesn't dominate the Proof-of-Work it can be attacked more cheaply. If the market cap or trading volume is really low, an attacker may crash the price of the currency before they can successfully double spend it and make a profit. Although that's more relevant in the context of exchanges rather than individuals accepting payments. If the value of the transaction is low enough, it may cost more to double spend than an attacker would profit from the double spend. Ultimately, once the cost of a double spend becomes higher than an attacker can expect to profit from the double spend, that is when a payment can probably be considered "finalised".
New people please read this. [upvote for visibility please]
I am seeing too many new people come and and getting confused. Litecoin wiki isn't the greatest when it comes to summing up things so I will try to do things as best as I can. I will attempt to explain from what I have learned and answer some questions. Hopefully people smarter than me will also chime in. I will keep this post updated as much as I can. Preface Litecoin is a type to electronic currency. It is just like Bitcoin but it there are differences. Difference explained here. If you are starting to mine now chances are that you have missed the Bitcoin mining train. If you really want your time and processing power to not go to waste you should mine LTC because the access to BTC from there is much easier. Mining. What is it? Let's get this straight. When making any financial commitment to this be prepared to do it with "throw away" money. Mining is all about the hashrate and is measured in KH/s (KiloHash/sec). Unlike the powerful ASICs (Application Specific Integrated Circuit) that are used to mine bitcoins using hashrates in the GH/s and even TH/s, litecoin mining has only been able to achieve at the very best MH/s. I think the highest I've seen is 130 MH/s so far. Which leads us to our next section. Mining Hardware While CPU mining is still a thing it is not as powerful as GPU mining. Your laptop might be able to get 1 a month. However, I encourage you to consult this list first. List of hardware comparison You will find the highest of processors can maybe pull 100 KH/s and if we put this into a litecoin mining calculator it doesn't give us much. Another reason why you don't want to mine with your CPU is pretty simple. You are going to destroy it. So this leaves us with GPUs. Over the past few months (and years) the HD 7950 has been the favourite because it drains less power and has a pretty good hashrate. But recently the introduction of the R9 290 (not the x) has changed the game a bit. People are getting 850 KH/s - 900 KH/s with that card. It's crazy. Should I mine? Honestly given the current difficulty you can make a solid rig for about $1100 with a hashrate of 1700 KH/s which would give you your investment back in about a month and a half. I am sure people out there can create something for much cheaper. Here is a good example of a setup as suggested by dystopiats PCPartPicker part list / Price breakdown by merchant / Benchmarks
Prices include shipping, taxes, and discounts when available.
Generated by PCPartPicker 2013-11-29 00:52 EST-0500
Estimated Hashrate (with GPU overclocking) : 1900 KH/s Hardware Fundamentals CPU - Do you need a powerful CPU? No but make sure it is a decent one. AMD CPUs are cheap to buy right now with tons of power. Feel free to use a Sempron or Celeron depending on what Motherboard you go with. RAM - Try to get at least 4 GB so as to not run into any trouble. Memory is cheap these days. I am saying 4 GB only because of Windoze. If you are plan to run this on Linux you can even get away with less memory. HDD Any good ol 7200 RPM hard drive will do. Make sure it is appropriate. No point in buying a 1TB hard drive. Since, this is a newbie's guide I assumed most won't know how to run linux, but incase you do you can get a USB flash drive and run linux from it thus removing the need for hard drive all toghether. (thanks dystopiats) GPU - Consult the list of hardware of hardware I posted above. Make sure you consider the KH/s/W ratio. To me the 290 is the best option but you can skimp down to 7950 if you like. PSU - THIS IS BLOODY IMPORTANT. Most modern GPUs are power hungry so please make sure you are well within the limits of your power consumption. MOTHERBOARD - Ok, so a pretty popular board right now is Gigabyte GA-990FXA-UD3 and the ASRock 970 Extreme4. Some people are even going for Gigabyte GA-990FXA-UD5 and even the mighty Gigabyte GA-990FXA-UD7 because it has more PCI-E slots. 6 to be exact. However you may not need that much. With risers you can get more shoved into less. PCI-E RISERS - These are called risers. They come in x16 to x16 and x1 to x16 connections. Here is the general rule of thumb. This is very important. Always get a POWERED riser otherwise you will burn a hole in your MoBo. A powered rise as a molex connector so that additional power from PSU can be supplied. When it comes to hardware I've provided the most basic knowledge you need. Also, take a look at cryptobader's website. This is very helpful. Please visit the mining section of Litecoin Forums and the litecoinmining subreddit for more indepth info. Mining Software Now that you have assembled your hardware now you need to get into a pool. But before you do that you need a mining software. There are many different ones but the one that is most popular is cgminer. Download it and make sure you read the README. It is a very robust piece of software. Please read this if you want to know more. (thanks BalzOnYer4Head) Mining Pools Now that your hardware and software is ready. I know nothing about solo mining other than the fact that you have to be very lucky and respectable amount of hashing power to decrypt a block. So it is better to join pools. I have been pool hopping for a bit and really liked give-me-coin previously known to the community as give-me-ltc. They have a nice mobile app and 0% pool fees. This is really a personal preference. Take a look at this list and try some yourself. How do I connect to a pool? Most pools will give you a tutorial on how to but the basics are as follows:
Signup for a pool
Create a worker for your account. Usually one worker per rig (Yes people have multiple rigs) is generally a good idea.
Create a .run file. Open up notepad and type cgminer.exe -o (address_to_the_miningpool:port_number) -u (yourusername.workername) -p (your_worker_password_if_you_made_one). Then File>Save As>runcgminer.run (Make sure the drop down is set to "All Files" and .txt document.) and save in the same folder as cgminer. That's it.
Double click on runcgminer.run (or whatever you named it) and have fun mining.
Mining Profitability This game is not easy. If it was, practically everyone would be doing it. This is strictly a numbers game and there are calculations available that can help you determine your risk on your investments. 4 variables you need to consider when you are starting to mine: Hardware cost: The cost of your physical hardware to run this whole operation. Power: Measured in $/KwH is also known as the operating cost. Difficulty rate: To put it in layman's terms the increase in difficulty is inversely proportional to amount of coin you can mine. The harder the difficulty the harder it is to mine coin. Right now difficulty is rising at about 18% per 3 days. This can and will change since all you miners are soon going to jump on the band wagon. Your sanity: I am not going to tell you to keep calm and chive on because quiet frankly that is stupid. What I will tell you not to get too carried away. You will pull you hair out. Seriously. Next thing you will need is a simple tool. A mining profitability calculator. I have two favourite ones. coinwarz I like this one cause it is simple. The fields are self explanatory. Try it. bitcoinwisdom I like this one because it is a more real life scenario calculator and more complicated one (not really). It also takes increasing difficulty into account. Please note: This is the absolute basic info you need. If you have more questions feel free to ask and or google it! More Below.
Thinking of ordering an ASIC? There is most likely nothing you can order right now that will earn you more BTC than you can buy right now. In fact, there is not really anything you can order right now that will ROI, even using generous figures.
Disclaimer: I am a miner and have ASICs, so there is a conflict of interest in posting this. But I'm not just trying to talk potential competition out of mining. If you think you'd enjoy it and aren't driven solely by making a profit, I've always recommended it when asked. Disclaimer 2: You will likely see much better ROI on buying Bitcoins than mining them. Some already understand this and want to mine anyway, and I am one of those (although I had bought coins along with ordering ASICs). I'm sure this point will be echoed repeatedly. Disclaimer 3: This is based on the mining calculator and ASIC info currently listed on TGB (using default 117% monthly increase in difficulty). This is only a guess based on past performance, which many consider to be too low of a guess. But for the sake of this post, I'd rather take a conservative (low) guess to present a best-case scenario. Disclaimer 4: I'm tired. I apologize for the disclaimers, but I've used reddit enough to know I need to qualify every sentence before I write it. After receiving the ASICs I ordered 7+ months ago, I wanted to compare my investment with the new miners that have appeared since I ordered. It turns out that anything you were to order right now will most likely lose money, it's just a matter of how much you want to lose. If anything is incorrect here feel free to prove otherwise. I'd appreciate any corrections. My reason for posting is because I was honestly surprised by what I found, but maybe my math is wrong or maybe TGB's data is wrong. The lowest cost-per-Gh/s available to pre-order right now is $3, but those miners won't be shipping until January 2014 (Cointerra). The next option would be $4 shipping in December (Bitmine). Even at these low prices-per-Gh/s, that is too late. The lowest cost-per-Gh/s shipping in November is $9.10 (KnC) but even if you start mining November 1st, that is not enough. This is all assuming these companies ship and ship on time. KnC has started shipping, but if you were to order today you definitely won't be mining all of November. Take these figures with a grain of salt. You'll want to make your own calculations before making any investment decision, but these are rough estimates.
If you start mining at the beginning of November, you'll need to have paid less than $8/Gh/s to see ROI (less than 0.15 BTC profit).
If you start mining at the beginning of December, you'll need to have paid less than $3/Gh/s to see ROI (less than 0.4 BTC profit).
If you start mining at the beginning of January, you'll need to have paid less than $1/Gh/s to see ROI (less than 0.4 BTC profit).
These calculations are based on a 100Gh/s miner running at 50W (0.5W/Gh which is below what any listed miner is capable of achieving: lowest is 0.6W/Gh). If you scale it up to a 1Th/s miner running at 500W, you get about $0.60 extra to spend per Gh/s and still get the same ROI. So unless you have free electricity or you're an Electrical Engineer that dabbles in the black arts, your ROI will be even less likely. This is also using a $0.10/kWh rate, which I think is also low for many people. There are a lot of variables here, so this is in no way a guaranteed outcome. To determine ROI I used BTC instead of USD, so the future price of Bitcoin is not a factor here. If you're buying a miner in USD (or other fiat) and are basing ROI on that same currency, then the future BTC price when you sell your mined coins would matter. This also doesn't account for "miner protection plans" which we have yet to see in action so it's difficult to say how well they'll work. The way I personally look at it: most hobbies don't ROI and if you think mining is valid hobby and can take a loss then go for it. There can be more to mining than "plugging it in and watching it" as is usually the argument of people who don't mine. Again, please feel free to correct any mistakes. It's very late here and I did this quickly. This is as much of a question asking if my thinking is correct as it is a notice to potential ASIC buyers. I'll edit this post as necessary. TL;DR - If profit is your only goal, don't buy an ASIC right now.
Plz Help. Have I found a Discrepancy in Slush Pool?
I may have found a bad discrepancy in Slushpool's reporting... Can you guys cross-check it for me? I'm not happy to say this, and rather than accuse anyone, I'd just like to get some second opinions. If I'm wrong, I ask redditers to politely explain why this discrepancy appears to be happening. After all, maybe it's my math, or logic, or facts missing, etc... But if there is a discrepancy, it could affect major things like payouts, theoretically... and I mean in a major way... retroactive for years. My concern starts with the average speed per worker of the bitcoin mining pool, on Slushpool. As I write (12/26/17 Pacific time, around 11pm), Slushpool currently says it is running at 1.587 Eh/s. https://slushpool.com/dashboard/?c=btc The website also says there are 62810 workers in the pool. I want to calculate the speed per worker. Speed per worker should be expressed in Th/s, so to reduce it to common terms, we need to convert the pool's global Eh/s to Th/s... which means to multiply the Eh/s by 10002... one thousand, squared. The speed of Slushpool was 1.587 Eh/s, so we set it up like this: 1.587 * 1000 * 1000 = 1587000 Th/s. † Now to get from Slush Pool's total Th/s to Slush Pool's average Th/s per worker, divide total by number of workers... (1587000 th/s) / (62810 workers) = 25.26 Th/s per worker. So I got the number I was looking for... excellent. You might say "Okay, interesting, so the average worker is mining at 25.26 Th/s. NP. Cool."... But what you SHOULD be doing here is asking HOW ON EARTH ANY WORKER IS MINING AT 25.26 TH/S, and even moreso how THE AVERAGE worker mining on Slush Pool is mining at that speed. The fastest miner on the market is the s9, and it mines at 14 Th/s. So how is the average miner on Slush Pool more so much faster than the very best miner on the market, today? The S9, The BEST MINER on the MARKET, today, is only 56% the speed of the AVERAGE miner on Slush pool. Now, maybe somebody built a specialized frankenminer in a laboratory... maybe someone uncovreed a secret cache of Spondoolies SP50 miners... which was designed to mine at a whopping 110th/s, for example... but Spondoolies went bankrupt in 2016, and production was halted. Even before then, they didn't make too many sp50's, and they were restricted to special clients. So... assuming it isn't legacy Spondoolies sp50's doing this mystery hashing, how else can we explain the high h/s on Slush Pool? Maybe someone got really good at overclocking... maybe they cooled the hell out of their miners, so they can run at super fast speeds. Would that really be enough to yield 25.26 Th/s? Is that credible? Is it possible or plausible? ... Even if some miners are achieving that incredibly blazing speed, would the AVERAGE miner be achieving it? Don't forget about how the AVERAGE includes all these micro miners, as well... misfits like the u3, gridseed orb, blade miner, s1-s5, running in a dorm rooms, etc. There are hobby miners who would pull the average h/s (per miner) on Slush Pool down alot. So, how is it possible that the pool is running at this speed? Better asked... IS it possible, and if so, how? And if it's not possible, then what are we looking at? If the pool operator is overstating the total hashing power of the mining pool, then are payouts being reduced according to a false ratio, where the divisor in the ratio is artificially large? The payouts are based on that... they depend on it. So are the payouts on Slush Pool being artificially shrunken? If the total Eh/s of the pool is really much lower than what they say, then I'd have to suspect that it is. But I am absolutely NOT saying for certain that this is what's happening. It's what my suspicious anxiety closet suggests could be happening... but I really don't know. That's why I'm asking you guys to help sort this all out, and explain to me whether these concerns are misguided or not. I'm asking a question, here... not throwing accusations. Frankly I think it is more likely that I've made an error of some kind, either miscalculating or possibly unaware of some vital detail, than that the net's oldest and most respected mining pool is doing something like this. It is very likely there's a good explanation for the apparent discrepancy, but I do not know what it is... so again, I'm asking you, reddit, if you can evaluate this reasoning and comb it for flaws, math errors, weak factual assumptions, and/or whatever else might explain what I'm seeing, or if you can confirm the math and logic framed in the questions I've asked. Thanks everyone, and have a happy new year. † (Here is a site which tells the relation) https://bitcoin.stackexchange.com/questions/9219/what-is-the-difference-between-kh-s-mh-s-and-gh-s/21498 (here is a site with a calculator which goes from E~ to T~. Although it does not have Eh/s and Th/s, you can use Ehenry to get the same mathematical result. https://www.translatorscafe.com/unit-converteen/inductance/5-4/gigahenry-terahenry/
Profit per month: Disclosure: Mining metrics are calculated based on a network hash rate of 13,823,824,128 GH/s and using a BTC - USD exchange rate of 1 BTC = $ 16838.21. These figures vary based on the total network hash rate and on the BTC to USD conversion rate. Block reward is fixed at 12.5 BTC and future block reward reductions are not taken into account. The average block time used in the calculation is 600 seconds. The electricity price used in generating these metrics is $ 0.132 per kWh. https://www.cryptocompare.com/mining/calculatobtc?HashingPower=14&HashingUnit=TH%2Fs&PowerConsumption=1372&CostPerkWh=0.132 Antminer S9 Specs: https://shop.bitmain.com/antminer_s9_asic_bitcoin_miner.htm?flag=specifications CryptoCompare shows a $790.46 USD profit per month with the following input: 1 BTC = $ 16838.21 Hasting power: 14 Power consumption (w): 1372 Cost per KW/h ($): 0.132 $790 USD/month is the total mined - total cost. $790 is very profitable. Mining 0.05 BTC/month is very good when the current BTC price is $16k. "According to the above inputs, the S9 will produce** 0.285 BTC / $159 per month** and 3.36 BTC / $1939 per year." - June 27, 2017 article https://www.buybitcoinworldwide.com/mining/hardware/antminer-s9/ buybitcoinworldwide.com June 27, 2017 article shows only a profit of $159/month but BTC then was 1BTC = $2500USD. Is it very profitable to run a bitcoin Antminer S9 now with profit of $790 USD/month?
New Miners: it's NOT profitable to build a rig today -- a more realistic calculator
Every day on the bitcoin irc channels, I hear people talk about the profitability of mining according to some calculator. Lets face it: The easy money came and went a couple months ago and the gold rush is over. I hate to see people deluded by false information, because of calculators that don't take into account the rising difficulty. Here's a more realistic calculator for 1 GH/s if someone were to build a mining rig today, and the price remained constant. It accounts for a 25% difficulty increase each period, which is reasonable. Link: A More Realistic Mining Calculator Don't enable "Predict exchange rate", because that part is seriously flawed. So please, save your money. Don't throw it away on a rig that probably won't be able to recuperate its original value.
Where is the network difficulty headed, come November?
Reposted for accuracy. (Read: My math skills are the result of public education.) KNCMiner announced today that they're doing encapsulation on their new Scrypt ASIC chips, and then when they're completed, will be shipping to Stockholm for integration and testing, buildout and finally...shipping! I have read on forums that they have sold 3,000 Titans via pre-order, for batch 1, at 250MH/s nominal performance, each. I figured it was time to look at my "hashrate/difficulty prediction" again and see where it may actually be, by the time the snow's falling. All of the below is calculated with a Litecoin price of around $5. Let's assume for a moment that both Alpha Technology and Mining ASICs Technologies have also sold around 3,000 systems on pre-order (probably a safe bet) and all three expect to ship in September-October. 9,000 systems @ 250MH/s = 2,250,000MH/s. That's somewhere in the neighborhood of 2.25 TH/s being added to the network in roughly two months' time...that we can account for. The current network hashrate, as I post this? Not quite 1 TH/s...it's 896 GH/s. But at the current rate of network expansion, we're going to be 1 TH/s by the time these systems ship, easily. So...let's say we're looking at a 3.5 TH/s Litecoin network by November. What does that mean? When the Bitcoin network hit 3.5 TH/s back in May of 2011, the difficulty was around 244,000. Litecoin's difficulty is currently around 28,000. You can probably see where this is going, already. Fun with mining calculators time. Say you have one 250MH/s miner and deployed it TODAY (impossible, but for the sake of argument). You're looking at pulling in 9 LTC/day with it. If you pay $.10/kwh you're very lucky not to live in California, but we'll say that's the case. You pay around $4.50/day in power. So you walk away with $42.50 worth of Litecoin, at $5/each. If you somehow managed to freeze the network at that difficulty and the coin at that price, you'd pay off your $9,200 purchase of hardware in roughly seven months or so...or if you bought a Titan at $10,000 you're looking closer to eight. But since difficulty marches on, forget that entire concept. Now...say you get your system after all three companies have shipped and their customers have deployed them, and we've seen the network rocked to the tune of two-and-a-quarter terahashes per second. Oh, it's a rosy picture... Now, with the network difficulty having blown up to 244,000 the miner with a 250MH/s system is mining 1.03 Litecoin per day. And if my estimates are correct...this is NOVEMBER, we're talking about. At the current price of $5/LTC and $.10/kwh you are pulling down a healthy $0.80/day in profits, after power. If you again had the power to freeze the hashrate and price, you'd be able to pay off that hardware purchase in, oh...roughly 35 years. To have a REASONABLE shot at getting a return on your investment (around 5-6 months), Litecoin will need to be $70 by November and climbing steadily, in concert with network hashrate. Bear in mind, again that there is nowhere else for that hashrate to go but Litecoin. Nothing else will profit the Scrypt miner. So what will happen? There is built-in hardware cost here that has to be recouped and the only real way of doing that is by mining...and there's only one game in town for Scrypt mining: Litecoin. It's going to be a really, really wild fourth quarter for this year. Either the miners mine and hoard, decreasing supply and demand increases radically, or miners take heavy losses on hardware, can't afford to run them and the Litecoin network contracts until they CAN make money with them. In the interests of self-preservation, I have a feeling miners will start hoarding. Soon.
Note: New Reddit look may not highlight links. See old look here. A copy is hosted on GitHub for better reading experience. Check it out, contains photo of the month! Also on Medium
dcrd: Significant optimization in signature hash calculation, bloom filters support was removed, 2x faster startup thanks to in-memory full block index, multipeer work advancing, stronger protection against majority hashpower attacks. Additionally, code refactoring and cleanup, code and test infrastructure improvements. In dcrd and dcrwallet developers have been experimenting with new modular dependency and versioning schemes using vgo. @orthomind is seeking feedback for his work on reproducible builds. Decrediton: 1.2.1 bugfix release, work on SPV has started, chart additions are in progress. Further simplification of the staking process is in the pipeline (slack). Politeia: new command line tool to interact with Politeia API, general development is ongoing. Help with testing will soon be welcome: this issue sets out a test plan, join #politeia to follow progress and participate in testing. dcrdata: work ongoing on improved design, adding more charts and improving Insight API support. Android: design work advancing. Decred's own DNS seeder (dcrseeder) was released. It is written in Go and it properly supports service bit filtering, which will allow SPV nodes to find full nodes that support compact filters. Ticket splitting service by @matheusd entered beta and demonstrated an 11-way split on mainnet. Help with testing is much appreciated, please join #ticket_splitting to participate in splits, but check this doc to learn about the risks. Reddit discussion here. Trezor support is expected to land in their next firmware update. Decred is now supported by Riemann, a toolbox from James Prestwich to construct transactions for many UTXO-based chains from human-readable strings. Atomic swap with Ethereum on testnet was demonstrated at Blockspot Conference LATAM. Two new faces were added to contributors page. Dev activity stats for May: 238 active PRs, 195 master commits, 32,831 added and 22,280 deleted lines spread across 8 repositories. Contributions came from 4-10 developers per repository. (chart)
Hashrate: rapid growth from ~4,000 TH/s at the beginning of the month to ~15,000 at the end with new all time high of 17,949. Interesting dynamic in hashrate distribution across mining pools: coinmine.pl share went down from 55% to 25% while F2Pool up from 2% to 44%. [Note: as of June 6, the hashrate continues to rise and has already passed 22,000 TH/s] Staking: 30-day average ticket price is 91.3 DCR (+0.8), stake participation is 46.9% (+0.8%) with 3.68 million DCR locked (+0.15). Min price was 85.56. On May 11 ticket price surged to 96.99, staying elevated for longer than usual after such a pump. Locked DCR peaked at 47.17%. jet_user on reddit suggested that the DCR for these tickets likely came from a miner with significant hashrate. Nodes: there are 226 public listening and 405 normal nodes per dcred.eu. Version distribution: 45% on v1.2.0 (up from 24% last month), 39% on v1.1.2, 15% on v1.1.0 and 1% running outdaded versions.
Obelisk team posted an update. Current hashrate estimate of DCR1 is 1200 GH/s at 500 W and may still change. The chips came back at 40% the speed of the simulated results, it is still unknown why. Batch 1 units may get delayed 1-2 weeks past June 30. See discussions on decred and on siacoin. @SiaBillionaire estimated that 7940 DCR1 units were sold in Batches 1-5, while Lynmar13 shared his projections of DCR1 profitability (reddit). A new Chinese miner for pre-order was noticed by our Telegram group. Woodpecker WB2 specs 1.5 TH/s at 1200 W, costs 15,000 CNY (~2,340 USD) and the initial 150 units are expected to ship on Aug 15. (pow8.com – translated) Another new miner is iBelink DSM6T: 6 TH/s at 2100 W costing $6,300 (ibelink.co). Shipping starts from June 5. Some concerns and links were posted in these twothreads.
A new mining pool is available now: altpool.net. It uses PPLNS model and takes 1% fee. Another infrastructure addition is tokensmart.io, a newly audited stake pool with 0.8% fee. There are a total of 14 stake pools now. Exchange integrations:
Upbit added DCKRW and DCUSDT pairs. A user reported that DCR deposits and withdrawals are now available.
CoinEx announced the launch of DCBTC and DCBCH pairs.
Bleutrade added DCUSDT pair. Note their reply to our tweet. It was the first exchange to list Decred minutes after launch.
Brazilian exchange OmniTradeadded DCBRL fiat pair following a poll. Worth noting that it is one of the first to integrate Trezor sign-in.
There are reports that DCR was added to Abucoins and Tor Exchange but we don't know much about them.
OpenBazaar released an update that allows one to trade cryptocurrencies, including DCR. @i2Rav from i2trading is now offering two sided OTC market liquidity on DCUSD in #trading channel. Paytomat, payments solution for point of sale and e-commerce, integrated Decred. (missed in April issue) CoinPayments, a payment processor supporting Decred, developed an integration with @Shopify that allows connected merchants to accept cryptocurrencies in exchange for goods.
michae2xl: Voto Legal: CEO Thiago Rondon of Appcívico, has already been contacted by 800 politicians and negotiations have started with four pre-candidates for the presidency (slack, source tweet)
Blockfolio rolled out Signal Beta with Decred in the list. Users who own or watch a coin will automatically receive updates pushed by project teams. Nice to see this Journal made it to the screenshot! Placeholder Ventures announced that Decred is their first public investment. Their Investment Thesis is a clear and well researched overview of Decred. Among other great points it noted the less obvious benefit of not doing an ICO:
By choosing not to pre-sell coins to speculators, the financial rewards from Decred’s growth most favor those who work for the network.
One project that stands out at #Consensus2018 is @decredproject. Not annoying. Real tech. Humble team. #BUIDL is strong with them. (@PallerJohn)
Token Summit in New York, USA. @cburniske and @jmonegro from Placeholder talked "Governance and Cryptoeconomics" and spoke highly of Decred. (twitter coverage: 12, video, video (from 32 min)) Campus Party in Bahia, Brazil. João Ferreira aka @girino and Gabriel @Rhama were introducing Decred, talking about governance and teaching to perform atomic swaps. (photos) Decred was introduced to the delegates from Shanghai's Caohejing Hi-Tech Park, organized by @ybfventures. Second Decred meetup in Hangzhou, China. (photos) Madison Blockchain in Madison, USA. "Lots of in-depth questions. The Q&A lasted longer than the presentation!". (photo) Blockspot Conference Latam in Sao Paulo, Brazil. (photos: 1, 2) Upcoming events:
The Long-Term Bullish Case for Decred by Ben Davidow (medium.com)
Hardware Companies Are Launching Dedicated ASIC Miners for Decred (btcmanager.com)
Iterative Capital partner Chris Dannen and journalist Ben Schiller speak with Marco and Jonathan from Decred at Consensus 2018 (soundcloud)
Decred Review: What is DCR, the Decred Community & Possible Challenges by BitBoy Crypto (youtube)
Decred Founder: Bitcoin Paved Way, Phase 2 Will Shock You! (Marco Peereboom) by Pure Blockchain Wealth (youtube)
Decred & Blocknet: Revolutionary governance for every community feat. JZ at Consensus 2018 (youtube)
Decred coin - Will it be better than Bitcoin? by Bitassist (youtube)
Community stats: Twitter 39,118 (+742), Reddit 8,167 (+277), Slack 5,658 (+160). Difference is between May 5 and May 31. Reddit highlights: transparent up/down voting on Politeia, combining LN and atomic swaps, minimum viable superorganism, the controversial debate on Decred contractor model (people wondered about true motives behind the thread), tx size and fees discussion, hard moderation case, impact of ASICs on price, another "Why Decred?" thread with another excellent pitch by solar, fee analysis showing how ticket price algorithm change was controversial with ~100x cut in miner profits, impact of ticket splitting on ticket price, recommendations on promoting Decred, security against double spends and custom voting policies. @R3VoLuT1OneR posted a preview of a proposal from his company for Decred to offer scholarships for students. dcrtrader gained a couple of new moderators, weekly automatic threads were reconfigured to monthly and empty threads were removed. Currently most trading talk happens on #trading and some leaks to decred. A separate trading sub offers some advantages: unlimited trading talk, broad range of allowed topics, free speech and transparent moderation, in addition to standard reddit threaded discussion, permanent history and search. Forum: potential social attacks on Decred. Slack: the #governance channel created last month has seen many intelligent conversations on topics including: finite attention of decision makers, why stakeholders can make good decisions (opposed to a common narrative than only developers are capable of making good decisions), proposal funding and contractor pre-qualification, Cardano and Dash treasuries, quadratic voting, equality of outcome vs equality of opportunity, and much more. One particularly important issue being discussed is the growing number of posts arguing that on-chain governance and coin voting is bad. Just a few examples from Twitter: Decred is solving an imagined problem (decent response by @jm_buirski), we convince ourselves that we need governance and ticket price algo vote was not controversial, on-chain governance hurts node operators and it is too early for it, it robs node operators of their role, crypto risks being captured by the wealthy, it is a huge threat to the whole public blockchain space, coin holders should not own the blockchain. Some responses were posted here and here on Twitter, as well as this article by Noah Pierau.
The month of May has seen Decred earn some much deserved attention in the markets. DCR started the month around 0.009 BTC and finished around 0.0125 with interim high of 0.0165 on Bittrex. In USD terms it started around $81 and finished around $92, temporarily rising to $118. During a period in which most altcoins suffered, Decred has performed well; rising from rank #45 to #30 on Coinmarketcap. The addition of a much awaited KRW pair on Upbit saw the price briefly double on some exchanges. This pair opens up direct DCR to fiat trading in one of the largest cryptocurrency markets in the world. An update from @i2Rav:
We have begun trading DCR in large volume daily. The interest around DCR has really started to grow in terms of OTC quote requests. More and more customers are asking about trading it.
Like in previous month, Decred scores high by "% down from ATH" indicator being #2 on onchainfx as of June 6.
David Vorick (@taek) published lots of insights into the world of ASIC manufacturing (reddit). Bitmain replied. Bitmain released an ASIC for Equihash (archived), an algorithm thought to be somewhat ASIC-resistant 2 years ago. Threepure PoWcoins were attacked this month, one attempting to be ASIC resistant. This shows the importance of Decred's PoS layer that exerts control over miners and allows Decred to welcome ASIC miners for more PoW security without sacrificing sovereignty to them. Upbit was raided over suspected fraud and put under investigation. Following news reported no illicit activity was found and suggested and raid was premature and damaged trust in local exchanges. Circle, the new owner of Poloniex, announced a USD-backed stablecoin and Bitmain partnership. The plan is to make USDC available as a primary market on Poloniex. More details in the FAQ. Poloniex announced lower trading fees. Bittrex plans to offer USD trading pairs. @sumiflow made good progress on correcting Decred market cap on several sites:
speaking of market cap, I got it corrected on coingecko, cryptocompare, and worldcoinindex onchainfx, livecoinwatch, and cryptoindex.co said they would update it about a month ago but haven't yet I messaged coinlib.io today but haven't got a response yet coinmarketcap refused to correct it until they can verify certain funds have moved from dev wallets which is most likely forever unknowable (slack)
About This Issue
Some source links point to Slack messages. Although Slack hides history older than ~5 days, you can read individual messages if you paste the message link into chat with yourself. Digging the full conversation is hard but possible. The history of all channels bridged to Matrix is saved in Matrix. Therefore it is possible to dig history in Matrix if you know the timestamp of the first message. Slack links encode the timestamp: https://decred.slack.com/archives/C5H9Z63AA/p1525528370000062 => 1525528370 => 2018-05-05 13:52:50. Most information from third parties is relayed directly from source after a minimal sanity check. The authors of Decred Journal have no ability to verify all claims. Please beware of scams and do your own research. Your feedback is precious. You can post on GitHub, comment on Reddit or message us in #writers_room channel. Credits (Slack names, alphabetical order): bee, Richard-Red, snr01 and solar.
How to get $100 million in VC funding to build an industry that makes $300 million profit without spending a dime
Yesterday I received an unexpected gift: a link to a copy of the slides of the presentation that 21inc gave to investors, apparently between October and December 2014, when they were still calling themselves "21E6". (The sender asked to remain anonymous, and I am not sure about the copyright status of the file; so I would rather not repost it here yet. But it seems that several other people, including some of the 21inc competitors, have got a copy too; so anyone who is really interested can probably get it too.) The slides don't have much new factual information, and basically confirm what we already guessed about the 21inc business plans. But they show that we severely underestimated their chutzpah and hype. Here are some random highlights (as far as I can decipher from the slides):
They had three relevant mining rig designs in the plans, that would require funding:
The "TH/s", "Cost", and "kW" columns are per "system", i.e. a mining unit containing many chips. The last column is the expected profit to be made from each set of mining hardware over its expected lifetime. (The slides have some other details that do not seem to be important.) The first line is the hardware that they were mining with at the time of the presentation; that must be why the "Cost" (as far as investors are concerned) is given as zero. The second line seems to be an upgrade of their previous mining hardware from v1 chips (which gave 2.7 PH/s total at the time) to v3 chips (which would give 17 PH/s) . In reality, we have seen that their share of hashpower dwindled through all of 2015, and (AFAIK) they haven't mined a single block in the last six months. Were they still mining with CyrusOne on extra-life, or were they using the upgraded IO which was turned off prematurely? What happened to Brownfield?
However, their mining operations were secondary; the meat of their plan was the embedded chip, called BitSplit at the time. The BitSPlit chip (as we suspected) was hard-wired to send 75% of the block reward to the 21inc wallet, whose address was burned in the silicon, and 25% to the user's wallet. By my calculations, assuming 50 GH/s and no increase in the difficulty, the BitSplit would mine one block in 570 years, on average, and collect less than 2 BTC of reward in that time. So, of course, the chip was hard-wired to mine into a pool run by 21inc, that would spread the user's 25% of those 2 BTC (expected) into a daily regular trickle of a couple thousand satoshis. Their own mining operations would provide the BTC needed for the pool payouts of all the millions of chips that they expected to be running out there. They projected to release 3 versions:
Model Qty GH/s W Cost Deploy Profit($) --------------- ---------- ---- -- ---- ------------ ------------ USB hub-charger 250,000 38 15 $35 Mar 2015 ~8,000,000 Embedded chip 1,000,000 63 15 $8 Aug 2015 ~103,000,000 BitSplit Inside 10,000,000 20 5 $0 Oct 2015 ~292,000,000
The "Qty" is the expected number of units sold. The last column, IIUC, is the profit that 21inc expected to make from the 75% cut of the BTC produced by all the chips, over their expected lifetime. In the above "USB hub-charger" model was a USB charging unit, roughly 3 x 2 x 1 inches, with 2 USB outputs and a mining chip inside, produced by 21inc themselves "to seed the market". The second line, which I called "Embedded chip", seems to refer to discrete BitSplit chips provided by 21inc and included in consumer devices (like routers etc.) by OEM manufacturers. The "BitSplit Inside" model would be the BitSplit integrated into the chipsets of other manufacturers, and manufactured by them. Its cost is listed as "$0" (for 21inc) because they expected those manufacturers to shoulder the cost of manufacturing and integrating the mining chip. Apparently the market-seeding "USB hub-charger" was later replaced by the "Bitcoin Computer" (aka the PiTato). In one slide it is called "multifunctional BitSplit device", and depicted as a sleek shiny black box, the size of a cigarette pack, with a power cable and 2-3 USB or similar outputs. If that is supposed to be the PiTato, presumably they had not yet realized that a 15 w computer would need a cooling fan with a miniature wind tunnel on top. In the last two entries, the manufacturers (not the device owners!) would be rewarded with the 25% slice of the BTC mined by those embedded chips. As an example, the slides say that a manufacturer who produced one quarter of the embedded BitSplits would get the 25% cut on the BTC yield of those chips, that was estimated to be between 2 and 4 million dollars per year of revenue in 2015--2018. Those numbers are based on the following predicted mean BTC prices: $350 for 2015, $1000 for 2016, $2200 for 2017, and $5500 for 2018.
Bitcoin "difficulty" already gone from 8.000.000 to 10.076.292 in a few days, how will asic mining effect "difficulty" in the coming months?
Not completely sure how the bitcoin algorithm work, but from what I understand the more computing power you throw into the system, the higher the "Difficulty Factor". And with a higher Difficulty Factor it becomes less profitable to mine bitcoins. In just a few days I see that the Difficulty Factor has increased quite fast, meaning a week ago with a 5gh/s setup you would mine 9.45 BTC a month, while now, with the same amount of computing power you would only get 7.59 BTC a month.. Assuming what I said here is correct, again, not an expert. One day I'll look into the source code and learn more about it. Anyway. What are the predictions of the Difficulty Factor the next coming months with butterfly labs and other shipping hundreds of components capable of producing 50 GH/s.. My prediction is that GPU mining will die out as the difficulty level increases dramatically. How much I have no idea, but while a 5 GH/s setup gives a lot of BTC now, it might just produce a few cents in two months.. What are your predictions?
Need help choosing hardware/what to mine with just 200$ or less.
Hello guys, I am digging deep on the internet to try and find this question but any help is really appreciated. Noticing how my country is getting really awful in terms of currency exchange (Venezuela), getting USD is pretty valuable in here so I'm considering to mine for profit. I am really new on this, and I've just heard the bitcoin basics and the mining basics a couple of weeks ago. I only have available around 200$ to invest on an ASIC miner if it's really worth it, seeing that my 'calculator' is really awful to use as a miner (Gave it a try, and I could only get 80 H/s tops). The question is: What to mine? What can be truly be spent for a profit? I know miners can break even but here's the thing: Watts doesn't matter. Here where I live the electricity bill is around 0.0003 kWh, so no need to go green. My choices are either spend 3 AntMiner U3 (45$ each, 63 GH/s SHA-256), or 1 single ZeusMiner Cyclone (195$, 22MH/s, Scrypt), but I'm all ears if there are other more profitable choices. Any suggestion is appreciated, thank you.
So you’ve got your miner working, busy hashing away … but what is it really doing?
Posted for eternity @ https://vertcoin.easymine.online/articles/mining Your miner is repeatedly hashing (see below for detail about a hash) a block of data, looking for a resulting output that is lower than a predetermined target. Each time this calculation is performed, one of the fields in the input data is changed, and this results in a different output. The output is not able to be determined until the work is completed – otherwise why would we bother doing the work in the first place? Each hash takes a block header (see more below, but basically this is a 80-byte block of data). It runs this through the hashing function, and what comes out is a 32-byte output. For each, we usually represent that output in hexadecimal format, so it looks something like:
The goal in Proof-of-Work systems is to look for a hash that is lower than a specific target, i.e. starts with a specific number of leading zeros. This target is what determines the difficulty. As the output of the hash is indeterminate, we look to statistics and probability to estimate how much work (i.e. attempts at hashing) we need to complete to find a hash that is lower than a specific target. So, we can therefore assume that to find a hash that starts with a leading zero will take, on average, 16 hashes. To find one that will start with two leading zeros (00), we’re looking at 256 hashes. Four leading zeros (0000) will take 65,536 hashes. Eight leading zeros (00000000) takes 4,294,967,296 hashes. So on and so on, until we realize that it will take 2 ^ 256 (a number too big for me to show here) attempts at hitting our minimum hash value. Remember – this number of hashes is just an estimate. Think of it like rolling a dice. A 16-sided dice. And then rolling it 64 times in a row. And hoping to strike a specific number of leading zeros. Sometimes it will take far less than the estimate, sometimes it will take far more. Over a long enough time period though (with our dice it may take many billions of years), the averages hold true. Difficulty is a measure used in cryptocurrencies to simply show how much work is needed to find a specific block. A block of difficulty 1 must have a hash smaller than:
So the higher the difficulty, the lower the hash must be; therefore more work must be completed to find the block. Take a recent Vertcoin block – block # 852545, difficulty 41878.60056944499. This required a hash lower than:
The achieve finding this, a single miner would need to have completed, on average 179,867,219,848,013 hashes (calculated by taking the number of hashes needed for a difficulty 1 block - 4,294,967,296 or 2 ^ 32 or 16 ^ 8 – and multiplied by the difficulty). Of course, our single miner may have found this sooner – or later – than predicted. Cryptocurrencies alter the required difficulty on a regular basis (some like Vertcoin do it after every block, others like Bitcoin or Litecoin do it every 2016 blocks), to ensure the correct number of blocks are found per day. As the hash rate of miners increases, so does the difficulty to ensure this average time between blocks remains the same. Likewise, as hash rate decreases, the difficulty decreases. With difficulties as high as the above example, solo-mining (mining by yourself, not in a pool) becomes a very difficult task. Assume our miner can produce 100 MH/s. Plugging in this into the numbers above, we can see it’s going to take him (on average) 1,798,673 seconds of hashing to find a hash lower than the target – that’s just short of 21 days. But, if his luck is down, it could easily take twice that long. Or, if he’s lucky, half that time. So, assuming he hit’s the average, for his 21 days mining he has earned 25 VTC. Lets take another look at the same miner, but this time he’s going to join a pool, where he is working with a stack of other miners looking for that elusive hash. Assume the pool he has joined does 50 GH/s – in that case he has 0.1 / 50 or 0.2% of the pool’s hash rate. So for any blocks the pool finds he should earn 0.2% of 25 VTC = 0.05 VTC. At 50 GH/s, the pool should expect to spend 3,597 seconds between finding blocks (2 ^ 32 * difficulty / hashrate). So about every hour, our miner can expect to earn 0.05 VTC. This works out to be about 1.2 VTC per day, and when we extrapolate over the estimated 21 days of solo mining above, we’re back to 25 VTC. The beauty of pooled-mining over solo-mining is that the time between blocks, whilst they can vary, should be closer to the predicted / estimated times over a shorter time period. The same applies when comparing pools – pools with a smaller hash rate will experience a greater variance in time between blocks than a pool with a greater hash rate. But in the end, looking back over a longer period of time, earnings will be the same. Hashes A Hash is a cryptographic function that can take an arbitrary sized block of data and maps it to a fixed sized output. It is a one-way function – only knowing the input data can one calculate the output; the reverse action is impossible. Also, small changes to the input data usually result in significant changes to the output value. For example, take the following string:
“the quick brown fox jumps over the lazy dog”
If we perform a SHA256 hash of this, it results in:
Blocks A block is made up of a header, and at least one transaction. The first transaction in the block is called the Coinbase transaction – it is the transactions that creates new coins, and it specifies the addresses that those coins go to. The Coinbase transaction is always the first transaction in a block, and there can only be one. All other transactions included in a block are transactions that send coins from one wallet address to another. The block header is an 80-byte block of data that is made up of the following information in this order:
Version – a 32-bit/4-byte integer
Previous Block’s SHA256d Hash – 32 bytes
Merkle Hash of the Transactions – 32 bytes
Timestamp - a 32-bit/4-byte integer the represents the time of the block in seconds past 1st January 1970 00:00 UTC
nBits - a 32-bit/4-byte integer that represents the maximum value of the hash of the block
Nonce - a 32-bit/4-byte integer
The Version of a block remains relatively static through a coin’s lifetime – most blocks will have the same version. Typically only used to introduce new features or enforce new rules – for instance Segwit adoption is enforced by encoding information into the Version field. The Previous Blocks’ Hash is simple a doubled SHA256 hash of the last valid blocks header. The Merkle Hash is a hash generated by chaining all of the transactions together in a hash tree – thus ensuring that once a transaction is included in a block, it cannot be changed. It becomes a permanent record in the blockchain. Timestamp loosely represents the time the block was generated – it does not have to be exact, anywhere within an hour each way of the real time will be accepted. nBits – this is the maximum hash that this block must have in order to be considered valid. Bitcoin encodes the maximum hash into a 4-byte value as this is more efficient and provides sufficient accuracy. Nonce – a simple 4-byte integer value that is incremented by a miner in order to find a resulting hash that is lower than that specified by nBits.
NuVoo Mining guarantees 99.9% uptime. There are no energy fees or maintenance fees attached to the prices above. All contracts are open ended. Payouts are generated daily, although withdrawal limits are set at 0.0015 BTC. NuVoo Mining also has a profit calculator on their website to give you an idea of how much money you’ll make with each mining plan. NuVoo Mining is a cloud mining company based in Quebec, Canada. The company emphasizes cheap electrical rates and low cooling costs (not only is Quebec cold for much of the year, but it also has easy access to cheap, renewable electricity). Right now, NuVoo Mining only appears to offer cloud mining. However, the company has pages reserved for mining hardware, dedicated mining, and colocation mining, so it’s possible that they’re introducing more services in the future. To learn more about NuVoo Mining, visit online today at Nuvoo.io.
Has the Bitcoin Hash Rate Peaked? Comparisons with Oil Show Interesting Findings
https://preview.redd.it/85lpl2md4e221.png?width=690&format=png&auto=webp&s=2d3bab69f0570a96f55d790d25f1b1ab08c0a49b https://cryptoiq.co/the-bitcoin-mining-hash-rate-has-similarities-to-peak-oil/ The Bitcoin mining hash rate had been exponentially increasing on average since the genesis block in 2009, from MH/s, to GH/s, to TH/s, to PH/s, to EH/s, and it reached an all-time record high of 62 EH/s on 26 August 2018. Since this peak was reached, the Bitcoin mining hash rate gradually plateaued and has now decreased. The chart of Bitcoin mining hash rate actually looks quite similar to a peak oil chart except on a much faster time-scale, as can be seen in the comparison between Bitcoin’s hash rate over the course of 2 years from Blockchain.com and North Sea oil production from an article in The Oil Drum: Europe by Euan Mearns. As explained below, the dynamics between peak oil and peak Bitcoin mining are similar, with the key difference that Bitcoin mining is decentralized and oil is not. https://preview.redd.it/op5ept1g4e221.png?width=512&format=png&auto=webp&s=2b3b35eb631f31a64ed7beb01f283832bd231e4c https://preview.redd.it/nfyhlf4h4e221.png?width=678&format=png&auto=webp&s=46a0ca7e11f274c5678f6421b1eebb788eab5197 Geologist M. King Hubbert is the founder of the peak oil theory, which states that there is a point when the maximum extraction rate of petroleum is reached, after which a terminal decline in production ensues. The peak rate of extraction of Bitcoin of course occurred during the period after the genesis block and before the first block halving, when the block reward was at its maximum of 50 Bitcoins. However, this is not the peak rate of mining profitability, since Bitcoin increased in price by orders of magnitude through the year 2017. The peak rate of Bitcoin mining profits undoubtedly was simultaneous with Bitcoin’s all-time record high of USD 20,000 in December 2017. The reason the peak hash rate did not coincide with the peak rate of Bitcoin mining profits is because the rally happened so quickly that mining operations were not able to add rigs fast enough, so there was a lag effect. Even for mining operations with large amounts of capital it can take months to obtain the amount of mining equipment that they want, and for other mining operations it took even longer because they had to obtain investors, buy land, build infrastructure, and only then could they install the rigs and begin hashing. The Bitcoin mining hash rate chart implicitly indicates that 30 EH/s of Bitcoin mining equipment has been taken offline due to lack of profitability, which represents tens of billions of USD of wasted rigs. This suggests that Bitcoin miners were caught by surprise by the decline in Bitcoin’s price from USD 20,000 to less than USD 4,000 as of 4 December 2018. Coming back to the peak oil comparison, the current Bitcoin mining scene is like a rapid version of peak oil, combined with lack of coordination. Oil mining is a centralized and coordinated activity, where the oil is prospected, land is leased out and then an appropriate number of wells are drilled. With oil mining, companies cannot drill as many wells as they want, or drill wells on someone else’s lease, since this is all closely controlled by contractual agreements. Bitcoin mining is decentralized, and no one has a lease or contract to only mine with a certain amount of hash rate. Anyone in the world can run as much Bitcoin mining rigs as they can afford. The effect is that people all around the world are sticking their straws into the Bitcoin mining network all at the same time, and they sucked it dry. Essentially, so many people started up new mining operations at once without coordination, that the Bitcoin mining hash rate went way past its equilibrium, which hurt everyone involved. This is akin to if oil drilling was a decentralized process, and anyone who wanted to drill for oil could drill in the same field. The oil field would be sucked dry really quick, and then most of the drills would be shut down due to lack of profits. There is hope for Bitcoin miners however. The price of Bitcoin simply has to rally, and all of the disenfranchised miners could restart their rigs, and then it would be back to the races and new rigs could begin being added. However, due to the decentralization of Bitcoin mining, the network hash rate will likely periodically rise past its equilibrium point, leading to catastrophic conditions for miners like we are experiencing today at points in the future. The only thing that could prevent the scenario we are experiencing today is a Bitcoin rally that lasts forever, which is obviously not possible. James McAvity tweeted that Bitcoin mining is still profitable in the current environment, and does some simple linear calculations to prove this point. He also argues that miners are forced to keep mining due to business agreements, choose to HODL in expectation of a rally, and continue mining in expectation of a downward difficulty adjustment as other miners go offline. https://twitter.com/jamesmcavity/status/1069669073552736256 Some of what McAvity says is true, but the reality is that Bitcoin mining is a highly non-linear system, and calculating the support level for mining is somewhat pointless, since it is different for every miner. Bitcoin mining profitability depends on Bitcoin’s price, the Bitcoin network hash rate which is directly correlated to mining difficulty, and the technological efficiency of Bitcoin mining rigs. These 3 factors are related in a non-linear and ever-changing way. Instead of trudging away at trying to develop a set of equations that determine mining hash rate behavior, one could simply look at the Bitcoin mining hash rate chart at the beginning of this article to understand what is going on. Bitcoin mining profitability is different for each individual miner, and the hash rate has trended downwards as individual miners have made the decision to shut down rigs. Clearly there was a fundamental mining profitability support level in the USD 6,000-7,000 range, since that is where Bitcoin’s price was when mining peaked and plateaued. There are clearly numerous miners who became unprofitable on the descent from that level to less than USD 4,000 today, and now approximately 50% of the Bitcoin mining equipment that exists cannot profitably mine. The decrease in Bitcoin’s mining difficulty of 15% on 3 December 2018 could help bring some of those miners back online, at least if the price stays at current levels around USD 4,000, but this will not change the overall trend. When it comes down to it, Bitcoin’s price is in control of Bitcoin mining profitability, and if the price goes up we could see a reversal of the hash rate downtrend and eventually a 2nd peak in Bitcoin’s network hash rate. However, if price continues to go down, the Bitcoin mining hash rate chart will follow a similar pattern to peak oil charts. The reality will likely be a combination of both. Bitcoin bear markets tend to last years, and get more severe, but eventually the rally comes and then Bitcoin exceeds its all-time record high. This would lead to a steady decrease in Bitcoin’s mining hash rate like the peak oil chart, followed by a rapid re-engagement of old mining rigs that have been taken offline, and then the addition of new generation Bitcoin mining rigs once the equilibrium hash rate exceeds 60 EH/s.
"Bitcoin consumes more energy than [insert country here]", "Bitcoin is DESTROYING the planet", "Bitcoin could cost us our green future" A deeper look into bullshit.
As you might have noticed there has been an explosion of mainstream media article about Bitcoin's energy consumption. I won't link these crap but here are the titles:
The guardian: "Bitcoin mining consumes more electricity a year than Ireland "
Express.co.uk "SHOCK CLAIM: Bitcoin is DESTROYING the planet and uses as much energy as DENMARK"
Vice: "Bitcoin Could Consume as Much Electricity as Denmark by 2020"
Mashable: "How to fix Bitcoin's energy-consumption problem"
CBS News:"Bitcoin mining consumes more energy than 159 countries"
Newscientist : "Bitcoin mining uses more energy than Ecuador – but there’s a fix"
CNN: "Bitcoin boom may be a disaster for the environment"
Bloomberg: "Bitcoin's Exorbitant Energy Costs May Prove to Be Biggest Risk"
The list goes on...
So what is the info? Where does it come from? How did they come up with it? Is it true? What is the info Wrapped in sensationalism, the info is the following:
energy consumption of the bitcoin network, which is responsible for verifying transactions made with the cryptocurrency, is 30.14TWh a year
Where does it come from Following direct links, or going through endless source circle of newspaper quoting one another, the source for absolutely all of these news article is the following website: https://digiconomist.net/bitcoin-energy-consumption The about section contains the following:
Digiconomist is a platform that provides in-depth analysis, opinions and discussions with regard to Bitcoin and other cryptocurrencies. The goal of Digiconomist is to cover any relevant financial, economic or regulatory cryptocurrency-related topic.
Additionally a quick look at the website shows a few things: 1. The website only talks about ETH and BTC 2. Outside of the blog posts it almost only talks about energy consumption (there is an ETH obituaries) 3. Blog posts started in march 2014 4. The domain was registered the 2014-07-03 5. No address, no country, no name, no foundation, no agency... Who are they? Disregarding the fact that it comes from a no name website the, info is right there with a nice graph and even a methodology explained with a pretty infochart. It almost looks to good for a blog about cryptos. How did the Bloomberg, ars technica and the like found this website? I do not know, but when they did a ready to use report for newspaper was there waiting for them. Also, the graph as an url embedded at the bottom: "bitcoinenergyconsumption.com" which interestingly enough is a redirect for Digiconomist. Also the bottom of the page on consumption has a list of news articles referring to this website for their sensationalist claims. How did they come up with it So as I said the methodology is there, and the result of it is there too:
Bitcoin's current estimated annual electricity consumption* (TWh) 32.53
So let's dive into the methodology on a step by step process, first of all, a further detailed methodology is shown here
First, calculate the "Annualized global mining revenues (USD)", the website says: $13,487,831,695 As of this writing, on fork.lol, the reward for BTC is around r = 240 000 USD per block. r * 6 * 24 * 365 = 12 614 400 000. This is the same order of magnitude, but not good enough. Including the BCH reward as well (17 639 as we speak) gives : C = 13 541 505 840 USD. Seems about right.
Calculate the mining operating cost "Annualized estimated global mining costs" : $1,626,480,051 This is easy, it is simply 60% of the previous number C * 0.6 = 8 124 903 504 USD ??? Ok this is weird, their number is not even 60%, it is more like 12%. So where is that number coming from?? Turns out this 60% assumption is not used at all in the calculation...
Disregard the previous step
Calculate the current total hashrate on the network: 14.12 ExaHashes/s at the time of these lines
Assume the following:
Since the marginal product of mining is equal to the number of Bitcoins received per unit of mining effort, it would thus be expected that miners will either add more hashrate if the resulting revenue exceeds associated electricity costs, or reduce the hashrate once electricity costs start exceeding the revenue per hash. This also means that it is expected that the total network of Bitcoin miners is always mining at the calculate-able break-even efficiency. The break-even efficiency for Bitcoin mining can simply be calculated as: W per GH/s=(price∙BTC/day)/(price per kWh ∙ 24hrday)
In layman terms, this means that they assume that the number of miners is always the exact amount for break even. This is a fair assumption. The formula that follows it make no sense without the context it came with in that working paper. A quick look at this document shows concerning mathematical mistakes... I have tried for far too long, I cannot reproduce any of their numbers... So is it true? No These numbers are not reproducible, they make no sense and calculated using a dubious paper by some professor of "social research". I assume he is also the owner of the website because his name appears way too often in there...The university where he studies has a nice wikipedia page:
The New School is a private non-profit research university centered in Manhattan, New York City, USA, located mostly in Greenwich Village. It was founded in 1919 as an institution dedicated to academic freedom and intellectual inquiry, serving as a home for progressive thinkers.
The real estimation This is actually pretty straight forward. The maximum ever reached in hash rate was 16.5 exahashes/s according to fork.lol. This is equivalent to 1.18 million S9 ant miner at 14 TH/s. Assuming everyone suck and they all have old hardware with crappy PSU. Let's say each S9 consumes 2000W. This is a 17520000 Wh per year per miner, which yields 20.67 TWh. So peak production with very negatives assumptions yields a number 40% lower... General critic Deriving consumption from the mining revenue is purely ludicrous. No including the fees in the mining revenue calculation is also ludicrous. If your numbers are not reproducible, they are worthless.
Profit is calculated via the deduction of expenses from income. The income consists of daily payouts which size depends on the hashrate. In order to calculate an estimated income using the hashrate you will need to include it in one of the calculators below (set all Power values to zero): Main Hashflare calculator - https://bit.ly/cryptolifehack
Next, deduct the maintenance + electricity fee of 0.0035 USD per 10 GH/s of SHA-256 and 0.005 USD per 1 MH/s of Scrypt from the income. ETHASH, X11 and EQUIHASH contracts are not subject to any fees. The sum you end up with is your estimated profit.
Bitcoin Vault (BTCV) mining profit depending on your hash rate, power consumption and electricity cost. Bitcoin Vault (BTCV) Mining Calculator $9536.65 $44.41 $71.62 $71.75 $275.29 $62.67 $6.29 New AbsolutMining Platform / Version 3.0 2020/04/17. AbsolutMining company has launched its new platform for Bitcoin mining. Our platform provides an easier-to-use dashboard, real-time mining monitoring, charts with clear and transparent statistics, daily mining outputs and instant withdrawal. Find out what your expected return is depending on your hash rate and electricity cost. Find out if it's profitable to mine Bitcoin, Ethereum, Litecoin, DASH or Monero. Do you think you've got what it takes to join the tough world of cryptocurrency mining? Calculate Bitcoin (BTC) mining profitability in realtime based on hashrate, power consumption and electricity cost. BTC exchange rates, mining pools. $9,909.80 $65.61 $310.45 $77.73 $6.62 $74.97 $47.96 Follow @WhatToMine dark mode Bitcoin (BTC) Mining Calculator is a simple calculator which can be used to calculate profitability or number of bitcoins can be generated using specific bitcoin mining hardware. To use the same you will need the configuration of your mining hardware and the electricity price in the area you are going to setup the bitcoin mining rig.
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