Bitcoin mining asic diy network. Crypto Mining Giant Canaan Unveils First-Ever Bitcoin Mining Television. The Rise of ASICs: A Step-by-Step History of Bitcoin Mining
China’s Bitmain dominates bitcoin mining. Now it wants to cash in on artificial intelligence
How To Mine Bitcoins With The HexFury ASIC USB Miner
At this point, unless you steal power from the electrical grid in some weird squat or you bitcion your own hydroelectric plant, home bitcoin mining is a sucker’s game. Sure you can make a little and you definitely help out the bitcoin network by processing the hashes Bitcoin mining asic diy network make up bitcoin transactions, but plugging in your own hardware usually means huge electricity bills and a trickle of BTC so slow doy you barely make back your investment. With that in mind, then, I decided to plug in a HexFury 11 gigahash/second Bitcin Bitcoin mining asic diy network, one of the last powerful USB miners that can actually biitcoin you a few dollars a month.
First, let’s understand what this thing is. The HexFury is a USB mining rig with six small ASICs made by a company called Bitfury. The ASICs, in this case, are chips that do one thing – mine bitcoin – and they do it very well. Up until the HexFury, most USB miners of this type could run at 2 GH/s per second or slower, enough to mine a few dollars a year. At this point these older ASICs cost about $12 while this model costs $200. Could you mine with the smaller ASICs? Sure, but you’d essentially be burning money in a tiny bonfire. I ran a collection of three 1 GH/s ASICs and got about $1 a month.
A unit arrived from Asicrunner and I unwrapped the single chip and checked it out. On one side are the six ASICs and on the other side is a large, passive heatsink. It looks like an overgrown thumb drive with exposed innards, which should give owners of inquisitive cats pause. The device requires a 5V USB hub (Belkin makes a few good ones) and a separate fan. I used this Arctic USB fan.
To mine I used a Raspberry Pi with a USB card onto which I installed Minepeon, a free mining platform that supports multiple types of ASIC miners. It is one of the simplest ways to turn your Raspberry Pi into a real mining rig and is very cool. You can learn how to install it onto an SD Bitcoin mining asic diy network here.
To run the chip with Raspberry Pi Minepeon installation I had to install and recompile cgminer 4.3.2, the latest version of a standalone mining app that runs on most platforms. I had to recompile it to work Bitcoin mining asic diy network the current version of Minepeon. Once you’ve put Minepeon on an SD card and booted up your Raspberry Pi, you need Bitcoin mining asic diy network download and compile cgminer for your environment. Here are the commands I used:
This should get you the latest version of cgminer.
How does it perform? Well, with the fan Bitcoin mining asic diy network directly at it and the hub powered on, I consistently saw 12GH/s. This enough to make about $150 a year at this current difficulty and bitcoin price. This is a screen from Minepeon.
You’ll notice that at that speed we would see about 0.018 BTC per month, or about $10. Given the cost of electricity and the constant rise in the bitcoin mining difficulty rate, this will eventually fall until 11 GH/s is a paltry speed.
Home mining, at this point, is more about the experience of mining than any real money making. While you Can make a little money with this, you’re obviously going to have to connect a few of these together and have free electricity to make any sort of dent into the initial $200 investment. This is a speedy and powerful little chip and a real testament to what netqork of power you can stick onto a small PCB. As these things catch up bjtcoin higher-powered units, it’s only a matter of time before we can all make a few BTC a month with something the size of a stick of gum.
Bitcoin Mining Hardware Comparison
It’s only 8 in the morning when I arrive at my destination in the Ordos prefecture of Inner Mongolia, but already the air Bitcoin mining asic diy network heavy and oppressively hot. My host drives me through a gate, past a sleepy-looking security guard, and into an industrial yard that extends into the dry, barren countryside about as far as I can see.
In front of me are nine warehouses with bright blue roofs, each emblazoned with the logo for Bitmain, a Chinese firm headquartered in Beijing that is arguably the most important company in the Bitcoin industry. Bitmain sells Bitcoin mining rigs—the specialized computers that keep the cryptocurrency nwtwork and that produce, or “mine,” new bitcoins for their owners. It also uses its own rigs to stock facilities that it owns or co-owns and operates. Bitmain owns about 20 percent of this one.
Jihan Wu, the CEO of Bitmain, claims that 70 percent of the Bitcoin mining rigs in operation today were made by his company. And, according to a study conducted last winter by the University of Cambridge, in England, it’s asicc that most of those machines are plugged into moning outlet somewhere in China.
Bitmain acquired this mining facility in Inner Mongolia a couple years ago and has turned it into one of the most powerful money factories on the Bitcoin network. It quite literally metabolizes electricity into money. By my own calculations, the hardware on the grounds—some 21,000 computers—accounted for about 4 percent of all the computing power in the Bitcoin network when I visited.
Like 10-ton paperweights, Bitcoin mining asic diy network machines bear down on the globally distributed ledger of transactions that is Bitcoin, keeping its pages from ever turning backward. Here is where the supply of existing bitcoins is secured. And here is where the banquet of new bitcoins is served.
The process of mining bitcoins works like a lottery. Bitcoin miners are competing to produce hashes—alphanumeric strings of a fixed length that are calculated from data Bitcoin mining asic diy network an arbitrary length. They’re producing the hashes from a combination of asoc pieces of data: new blocks muning Bitcoin transactions; the last block on the blockchain; and a random number. These are collectively referred to as the “block netaork for the current block. Each time miners perform the hash function on the block header with a new random number, they get a new result. To win the lottery, a miner must find a hash that begins with a Bitcoin mining asic diy network number of zeroes. Asicc how many zeroes are required is a shifting parameter determined by how much computing power is attached to the Bitcoin network. Every two weeks, on average, the mining software automatically readjusts the number of leading zeros needed—the difficulty level—by looking at how fast new blocks of Bitcoin transactions were added. The algorithm is aiming for a latency of 10 minutes between blocks. When miners boost Bitcoin mining asic diy network computing power on the network, they temporarily increase the rate of block creation. The network senses the change and then ratchets up the difficulty level. When a miner’s computer finds a winning hash, it broadcasts the block header to its next peers in the Bitcoin network, which check it and then propagate it further.
Then two things happen. New transactions are added to the Bitcoin blockchain ledger, and the minnig miner is rewarded with newly minted netwokr. The miner also collects small fees that users voluntarily tack onto their transactions as a way of pushing them to the head of the line. It’s networo an exchange of electricity for coins, mediated by a whole lot of computing power. The probability of an individual miner winning the lottery depends entirely on the speed at which that miner can generate new hashes relative to the speed of all other miners combined. In this way, the lottery is more like a raffle, where the more tickets you buy in comparison to everyone else makes it more likely that your name will be pulled out of the hat.
These dynamics have resulted in a race among miners to amass Bitcoin mining asic diy network fastest, most Bitcoin mining asic diy network chips. And the demand for faster equipment has spawned Bitcoin mining asic diy network new industry devoted entirely to the computational needs of Bitcoin miners. Until late 2013, generic graphics cards and field-programmable Bitcoin mining asic diy network arrays (FPGAs) were powerful enough to put you in the race. But that same year companies began to sell computer chips, called application-specific integrated circuits (ASICs), which are specifically designed for the task of computing the Bitcoin hashing algorithm. Today, ASICs are the standard technology found in every large-scale facility, including the mining farm in Ordos. When Bitmain first started making ASICs in 2013, the field was thick with competitors—BitFury, a multinational ASIC maker; KnCMiner in Stockholm; Butterfly Labs in the United States; Canaan Creative in Beijing; Bitcoin mining asic diy network about 20 other companies spread around China.
Bitmain gained an edge by supplying a superior product in large quantities, a feat that has eluded every other company in the industry. The Ordos facility is stuffed almost exclusively with Bitmain’s best performing rig, the Nefwork S9. According to company specs, the S9 is capable of churning out 14 terahashes, or 14 trillion hashes, every second while consuming around 0.1 joules of energy per gigahash for a total of about 1,400 watts (about as much as a microwave oven consumes).
Although BitFury claims to be producing chips whose performance is nearly identical to those used in the S9, the company has packaged them into a very Bitcoin mining asic diy network product. Called the BlockBox, it’s a complete bitcoin-mining data center that BitFury minkng to customers in a storage container. Beijing’s Canaan Creative is still selling mining Bitcoin mining asic diy network to the public, but it offers only one product, the AvalonMiner 741, and it’s only half as powerful and slightly less efficient than the S9.
An Antminer S9 houses 189 ASICs fabricated by the Taiwan Semiconductor Manufacturing Company (the world’s biggest foundry), using its 16-nanometer manufacturing process.
Each ASIC has more than 100 cores, all of which operate independently to run Bitcoin’s SHA-256 hashing algorithm. A control board on the top of the machine coordinates the work, downloading the block header to be hashed and distributing the problem to all the hashing engines, which then report back with solutions and the random numbers they used to get them.
It’s “sort of like an ant colony, where the control board is the queen directing the workers,” says Peter Holm, the director of integrated circuit design at Bitmain, revealing the inspiration for the rig’s name.
All mining ASICs, Bitmain’s included, are performing essentially the same computation—the SHA-256 hashing algorithm—even if they go about it a bitoin differently. The standard algorithm takes 64 steps to complete, but in Bitcoin it is run twice for each block header, meaning a full round requires 128 steps that are heavy on integer addition. “That’s what dominates the whole design,” says Timo Hanke, the chief cryptographer at String Labs, a cryptography-focused bitfoin in Palo Alto, Calif. “So, if somebody was to optimize it, they have to optimize the adders. That’s where most of the work is.”
Despite having similar needs, there is a good deal of diversity in how chip designers build their hashing engines, says Hanke, who also served as the chief technology officer of a now-defunct mining rig manufacturer called CoinTerra. For example, Bitmain uses pipelining—a strategy that links the steps in a process into a chain in which the output of one step is the input of the next. Bitmain competitor BitFury has chosen not to use that technology.
The most pressing problem netqork the mining chip design is power efficiency, because your return on investment is the difference between how much money you spend on electricity versus how many new bitcoins you can win.
“Here, power is more important than absolute speed. You’re not designing the adders for maximum possible speed, but you’re designing them for the maximum power efficiency,” says Hanke.
If you’re doing your job right, you’re also desperately looking for a way to keep the chips cool. The S9 is meant to operate below 38 °C. A controller on top of the machine samples the ambient temperature and sets the fan speed and the voltage and clock networkk of the machine accordingly.
But such measures aren’t enough Bitcoin mining asic diy network you’re mining in a place like Inner Mongolia.
Inside the warehouse in Ordos, it’s dark, loud, and windy.
A young man named Zhang brings me inside, shouting over a deafening whir. “This is the cool side,” he tells me. All along a wall of the warehouse, the windows have been Bitcoin mining asic diy network from their frames and replaced with desert fans—panels of twisted, tightly packed metal strips that are being doused with water from a pipe above.
Zhang walks up to a door between two shelves full of mining rigs, and we step through. “This is the hot side,” he tells me. We’re standing ntework an empty, brightly lit space that serves as the heat dump for the facility. The exhaust fans from all the mining machines on the other side are poking out through little holes in a metal wall, blasting hot air into the aasic, where it gets purged to the outside by another wall full of giant metal fans.
With the Antminers needing to stay below 38 °C, Mongolia is not the ideal location for a mining facility. It had been above 40 °C Bitcoin mining asic diy network several days when I visited in July. And in the winter, it can fall to –20 °C, cold enough for Bitmain to add insulation to the facilities. Dust is a problem as well, which is why the interior of every warehouse I walk through is veiled in a fine fabric filter.
To save money on cooling, some mine operators have opted for cooler climates. BitFury also runs Bitcoin mining asic diy network large mining facilities, one of which is in Iceland to benefit from the cool weather. “Many data centers around the world have 30 to Bitcoin mining asic diy network percent of electricity costs going to cooling,” explains Valery Vavilov, the CEO of BitFury. “This is not metwork issue in our Iceland data center.”
The other two BitFury mines are Bitcoin mining asic diy network Tbilisi, in the Bitcoih of Georgia, where the weather is much warmer. According to Vavilov, the company has developed a two-phase immersion cooling technology with their subsidiary, Allied Control. The system bathes Bitcoin mining asic diy network mining machines in a dielectric heat-transfer liquid called Novec, which cools the computers as it evaporates. The system is now deployed at the Georgia data centers.
While heat is definitely an issue for the mining farm in Ordos, the electricity there is dirt cheap, only 4 U. S. cents per kilowatt-hour, with government subsidies. That’s mininh one-fifth of the average price in the United Kingdom. The only other costs for the facility are the rigs themselves and the salary of the few dozen staff that keeps them operational.
Zhang is part of that staff. He recently graduated from college in Inner Mongolia and started working at the mine only a few months ago. He describes himself as a technician, entwork points to a man who is standing on a pneumatic lift pulling a mining rig out of the racks. “That’s what I do,” he tells me.
The controller on the S9 has a red light that goes off when it detects a malfunction. Technicians like Zhang are Bitcoin mining asic diy network hand Bitcoin mining asic diy network scan the racks for sick rigs. When they find one, they pull it out and send it to a house on the factory Bitcoin mining asic diy network where other technicians diagnose the problem, fix it, and get the machine back on the line. Sometimes it’s networkk failed chip. Other times it’s a burned-out fan. If the problem is more serious, then the rig gets sent all the way to Bitmain’s labs in Shenzhen in southeast China for a proper rebuild. Every moment the rigs spend unplugged, potential revenue slips away.
Given the price of bitcoin at the time I visited Ordos, each individual mining rig at the facility was making around US $10 in bitcoins per day. At that rate, the facility as a whole, Bitcoin mining asic diy network houses over 20,000 Antminer rigs, could bring in $70 million or more per year. And this is just Bitcoin mining asic diy network of the facilities that Bitmain runs.
But due to the volatility of bitcoin, it’s impossible to predict the annual revenue of a mining farm. On my flight from China back to the United States, the price of bitcoin crashed 25 percent, from $2,400 to $1,800. In no time at all the operation I visited was bringing in $50,000 less per day. Within a week it was back up, and approaching an all-time high.
Price fluctuations, which have been common in Bitcoin since the day it was created eight years ago, saddle miners with risk and uncertainty. And that burden is shared by chip manufacturers, especially ones like Bitmain, which invest the time and money in a full custom design. According to Nishant Sharma, the international Bitcoin mining asic diy network manager at Bitmain, when the price of bitcoin was breaking records this spring, sales of S9 rigs doubled. But again, that is not a trend the company can afford to bet on.
And so, Bitmain has begun to diversify. In addition to Bitcoin businesses, the company has also started to dabble in artificial intelligence and is developing facial-recognition hardware that it plans to sell to the Chinese government.
Competing ASIC maker BitFury has also started seeking profit from nonmining industries. “While we began as Bitcoin mining asic diy network a mining company back in 2011, our company has significantly expanded its reach since then,” says CEO Vavilov. Among other things, BitFury is now providing its immersion cooling ndtwork to high-performance data centers that are not involved in Bitcoin.
For Bitmain CEO Jihan Wu, the of pursuing new revenue streams is a way of protecting the company’s role in Bitcoin, a technology that he describes adoringly. “It’s quite personal that I wanted Bitcoin to be successful,” says Wu. “But as a company we are not allowed to solely rely on the success of Bitcoin. That’s a thing we cannot afford.”
The uncertainty may explain why the giants of the semiconductor industry have thus far shied from entering the fray. But if bitcoin prices remain high, that could change.
“It’s a real testament to Bitmain that they’ve been able bitcojn fend off the competition they have fended off. But still, you haven’t seen an Intel and a Netork go full hog into this sector, and it would be interesting to see what would happen if they did,” says Garrick Hileman, an economic historian at the London School of Economics who compiled a miner survey with the University of Cambridge.
What would it take for a competitor to nudge into the fray? For starters, it has to be willing to put a lot of money on the line. Several million dollars can go into chip design before a single prototype is produced. “It takes the willingness to pull the trigger and pay the money,” says Hanke. But he’s confident it will happen. “People will see it’s profitable, and they will jump in.”
Indeed, it may already be happening. This September, GMO Internet Group, a Japanese company with 135 billion yen (US $1.2 billion) in revenues, announced that it was developing its own mining ASIC utilizing 7-nanometer-process technology.
Such disruption would be welcome news to some in the community who argue that Bitmain’s outsized market position in mining hardware is itself a threat to Bitcoin.
This spring, Bitmain caused a minor uproar when a developer found a “backdoor,” called Antbleed, in the firmware of Bitmain’s S9 Antminers. The backdoor could have been used by the bitcoim to track the location of its machines and shut them down remotely. While no computer purchaser would find such a vulnerability acceptable, it’s particularly troubling for Bitcoin.
The Bitcoin protocol was designed to encourage the distribution of hashing power among miners rather than its concentration. The reason? Miners wield power not only over which netwogk get added to the Bitcoin blockchain but over the evolution of the Bitcoin software itself. When updates are made to the protocol, it is the miners, largely, who enforce these changes. If the miners band together and choose not to deploy an update from Bitcoin’s core developers, they can stall transactions or even cause Bitcoin mining asic diy network currency to split into competing versions.
A backdoor like Antbleed, if utilized, would give an ASIC manufacturer the power to effectively silence miners Bitcoin mining asic diy network support a version of the Bitcoin protocol that it doesn’t agree with. For instance, Bitmain could have flipped a switch and shut down the entire facility in Ordos if the company found itself in disagreement with the other shareholders.
Wu claims that Antbleed, which has since been patched, was only vestigial code left in by mistake when engineers were trying to build a kill switch for a customer’s own use. There was some skepticism dit this explanation, but because the S9’s firmware is open source, users are confident in the patched version. Still, the discovery of it was a startling reminder of the need for diversity in the mining hardware industry.
“Hardware vendors have significant control over Bitcoin,” says Peter Todd, a Bitcoin core developer and applied-cryptography consultant. “A competent backdoor could be extremely difficult to detect and [could] act as a kill switch for hashing power, allowing the network to be killed outright or putting Bitcoin under the control of a single actor.”
Sitting in his Beijing office this July, Wu seemed to think there was enough competition, or at least enough of a threat of competition, to keep Bitmain honest.
“In any specific area, there will be only one player or two. That’s the nature of the ASIC business. If it’s not us, it might be AMD [Advanced Micro Devices]. It Bitcoin mining asic diy network be Nvidia. It might be Intel. It might be someone else,” says Wu. “And if we are doing something wrong, we could be replaced.”
The Rise of Specialized Mining Equipment on Bitcoin - CoinDesk
Bitcoin Mining Hardware Guide
Price. Global Vol. Diff.
The best Bitcoin mining hardware has evolved dramatically since 2009
At first, miners used their central Processing unit (CPU) to mine, but soon this wasn't Bitcoin mining asic diy network enough and it bogged down the system resources of the host computer. Miners quickly moved on to using the Graphical processing unit (GPU) in computer graphics cards because they were able to hash data 50 to 100 times faster and consumed much less power per unit of work.
During the winter of 2011, a new industry sprang up with custom equipment that pushed the performance standards even higher. The first wave of these specialty bitcoin mining devices were easy to use Bitcoin miners were based on field-programmable gate array (FPGA) processors and attached to computers using a convenient USB connection.
FPGA miners used much less power than CPU's or GPU's and made concentrated mining farms possible for the first time.
Today's modern and best bitcoin mining hardware
Application-specific integrated circuit (ASIC) miners Bitcoin mining asic diy network taken over completely. These ASIC machines mine at unprecedented speeds while consuming much less power than FPGA or GPU mining rigs. Several reputable companies have established themselves with excellent products.
Bitcoin Mining Hardware Comparison
Currently, viy on (1) price per hash and (2) electrical efficiency the best Bitcoin miner options are:
For a comprehensive comparison of bitcoin mining hardware.
Best Bitcoin Mining Hardware
Two major factors go Bitcoin mining asic diy network determining the best bitcoin mining hardware: (1) cost and (2) electricity efficiency.
Bitcoin mining is difficult to do profitably but if you try then this Bitcoin miner is probably a good shot.
ASIC Bitcoin Mining Hardware
Application-specific integrated circuit chips (ASICs) are Bitcoin mining asic diy network mining hardware created solely to solve Bitcoin blocks. They have only minimal requirements for other normal computer applications. Consequently, ASIC Bitcoin mining systems can solve Bitcoin blocks much quicker and use less less electricity or power than older bitcoin mining hardware like CPUs, GPUs or FPGAs.
As Bitcoin mining increases in popularity and the Bitcoin price rises so does the value of ASIC Bitcoin mining hardware. As more Bitcoin mining hardware is deployed to secure the Bitcoin network the Bitcoin difficulty rises. This Bitcoin mining asic diy network it impossible to profitably compete without a Bitcoin ASIC system. Furthermore, Bitcoin Minig technology keeps getting faster, more efficient and more productive so it keeps pushing the limits of what makes the best Bitcoin mining hardware.
Some models of Bitcoin miners include Antminer S5, Antminer U3, ASICMiner BE Tube, ASICMiner BE Prisma, Avalon 2, Avalon 3, BTC Garden AM-V1 616 GH/s, VMC PLATINUM 6 MODULE, and USB miners.
Best Bitcoin Cloud Mining Services
For those not interested in operating the actual hardware Bitcoin mining asic diy network they can purchase Bitcoin cloud mining contracts. Being listed in this section is NOT an endorsement of these services. There have been a tremendous amount of Bitcoin dy mining scams.
Hashflare Review: Hashflare offers SHA-256 moning contracts and more profitable SHA-256 coins can be mined while automatic payouts are still in BTC. Customers must purchase at least 10 GH/s.
Genesis Mining Review: bjtcoin Mining is the largest Bitcoin and scrypt cloud mining provider. Genesis Mining offers three Bitcoin cloud mining plans that are reasonably priced. Zcash mining contracts Bitcoin mining asic diy network also available.
Hashing 24 Review: Hashing24 has been involved with Bitcoin mining since 2012. They have facilities Bitcoin mining asic diy network Iceland and Georgia. They use Bitcoin mining asic diy network ASIC chips from BitFury deliver the maximum performance and efficiency possible.
Minex Review: Bitcoin mining asic diy network is an innovative aggregator of blockchain projects presented in an economic simulation game format. Users purchase Cloudpacks which can then be used to build an index from pre-picked sets of cloud mining farms, lotteries, casinos, real-world markets and much more.
Minergate Review: Offers both pool and merged mining and cloud mining services for Bitcoin.
Hashnest Review: Hashnest is operated by Bitmain, the producer of the Antminer line of Bitcoin miners. HashNest currently has over 600 Antminer S7s for rent. You can view the most up-to-date pricing and availability on Hashnest's website. At the time of writing one Antminer S7's hash rate can be rented for $1,200.
Bitcoin Cloud Mining Review: Currently all Bitcoin Cloud Mining contracts are sold out.
NiceHash Review: NiceHash is unique in that bitcojn uses an orderbook to match mining contract buyers and sellers. Check its website for up-to-date prices.
Eobot Review: Start cloud mining Bitcoin with as little as $10. Eobot claims customers can break even in 14 months.
MineOnCloud Review: MineOnCloud currently has about 35 TH/s of mining equipment for rent in the Bitcoin mining asic diy network. Some miners available for rent include AntMiner S4s and S5s.
Full List of Mining Hardware
| AntMiner S1 | 180 Gh/s | 2.0 W/Gh | N/A |
| AntMiner S2 | 1000 Gh/s | 1.1 W/Gh | N/A |
| AntMiner S3 | 441 Gh/s | 0.77 W/Gh | N/A |
| AntMiner S4 | 2000 Gh/s | 0.7 W/Gh | Mininf |
| AntMiner S5 | 1155 Gh/s | 0.51 W/Gh | N/A |
| AntMiner S5+ | 7722 Gh/s | 0.44 W/Gh | N/A |
| AntMiner S7 | 4.73 Th/s | 0.25 W/Gh | N/A |
| AntMiner Bitcoin mining asic diy network 13.5 Th/s | 0.098 W/Gh | N/A | |
| AntMiner U1 | 2 Gh/s | 1.25 W/Gh | N/A |
| AntMiner U2 | 2 Gh/s | 1.0 W/Gh | N/A |
| AntMiner U3 | 63 Gh/s | 1.0 W/Gh | N/A |
| ASICMiner BE Blade | 11 Gh/s axic | 7.72 W/Gh | N/A |
| ASICMiner BE Cube | 30 Gh/s | 6.67 W/Gh | N/A |
| ASICMiner BE Sapphire | neywork 0 Gh/s | 7.59 W/Gh | N/A |
| ASICMiner BE Tube | xsic 800 Gh/s | 1.13 W/Gh | N/A |
| ASICMiner BE Prisma | 1400 Gh/s | 0.79 W/Gh | N/A |
| Avalon Batch 1 | 66 Gh/s | 9.35 W/Gh | N/A |
| Avalon Batch 2 | 82 Gh/s | 8.54 W/Gh | N/A |
| Avalon Batch 3 | 82 Bitvoin | 8.54 W/Gh | N/A |
| Avalon2 | 300 Gh/s | N/A | N/A |
| Avalon3 | 800 Gh/s | N/A | N/A |
| Avalon6 | 3.5 Th/s | 0.29 W/Gh | N/A |
| Bi*fury | 5 Gh/s | 0.85 W/Gh | N/A |
| BFL SC 5Gh/s | 5 Gh/s | 6.0 W/Gh | N/A |
| BFL SC 10 Gh/s | 10 Bitdoin | N/A | N/A |
| BFL SC 25 Gh/s | 25 Gh/s | 6.0 W/Gh | N/A |
| BFL Little Single | 30 Gh/s | N/A | N/A |
| BFL SC 50 Gh/s | 50 Gh/s | 6.0 W/Gh | N/A |
| BFL Single 'SC' | 60 Gh/s | 4.0 W/Gh | N/A |
| BFL 230 GH/s Rack Mount | 230 Gh/s | N/A | N/A |
| BFL 500 GH/s Mini Rig SC | 500 Gh/s | 5.4 W/Gh | N/A |
| BFL Monarch aslc 700 Gh/s | 0.7 W/Gh | N/A | |
| BitFury S. B. | N/A awic | N/A | N/A |
| Bitmine. ch Avalon Clone 85GH | 85 Gh/s | 7.65 W/Gh | N/A |
| Black Arrow Prospero X-1 | 100 Gh/s mibing | 1.0 W/Gh | N/A |
| Black Arrow Prospero X-3 | 2000 Gh/s | 1.0 W/Gh | N/A |
| Blue Fury | 3 Gh/s | 1.0 W/Gh | N/A |
| BTC Garden AM-V1 310 GH/s | 310 Gh/s | 1.05 W/Gh | N/A |
| BTC Garden AM-V1 616 GH/s | 616 Gh/s | di W/Gh | N/A |
| CoinTerra TerraMiner IV | 1600 Gh/s | 1.31 W/Gh | N/A |
| Drillbit | N/A | N/A | N/A |
| HashBuster Micro | 20 Gh/s netwlrk | 1.15 W/Gh | N/A |
| HashBuster Nano | bitocin | N/A | N/A |
| HashCoins Apollo v3 | 1100 Gh/s | 0.91 W/Gh | N/A |
| HashCoins Zeus v3 | 4500 Gh/s | 0.67 W/Gh | N/A |
| HashFast Baby Jet | 400 Gh/s | 1.1 W/Gh | N/A |
| HashFast Sierra | 1200 Gh/s mininv 1.1 W/Gh | N/A | |
| HashFast Sierra Evo 3 | 2000 Gh/s | 1.1 W/Gh | N/A |
| Klondike | 5 Gh/s | 6.15 W/Gh | N/A |
| KnCMiner Mercury | 100 Gh/s | 2.5 W/Gh | N/A |
| KnC Saturn | 250 Gh/s Bitcoin mining asic diy network 1.2 W/Gh | N/A | |
| KnC Jupiter | 500 Gh/s | 1.2 W/Gh | N/A |
| KnC Neptune | 3000 Gh/s | 0.7 W/Gh | N/A |
| LittleFury | N/A | N/A | N/A |
| Metabank | 120 Gh/s | 1.42 W/Gh | N/A |
| NanoFury / IceFury | 2 Gh/s | 1.25 W/Gh | N/A |
| NanoFury NF2 | Bitcoin mining asic diy network Gh/s | 1.35 W/Gh | N/A |
| BPMC Red Fury USB | 2.5 Gh/s | 0.96 W/Gh | N/A |
| ROCKMINER R3-BOX | 450 Gh/s | 1.0 W/Gh | N/A |
| ROCKMINER R4-BOX | 470 Gh/s | 1.0 W/Gh | N/A |
| ROCKMINER Rocket BOX | 450 Gh/s | 1.07 W/Gh | N/A |
| ROCKMINER R-BOX | 32 Gh/s | 1.41 W/Gh | N/A |
| ROCKMINER R-BOX 110G | 110 Gh/s | 1.09 W/Gh | N/A |
| ROCKMINER T1 800G | Bitcoin mining asic diy network Gh/s | 1.25 W/Gh | N/A |
| Spondooliestech SP10 Dawson | 1400 Gh/s | 0.89 W/Gh | N/A |
| SP20 Jackson | 1.3-1.7 Th/s Bitcoin mining asic diy network | 0.65 W/Gh | N/A |
| Spondooliestech SP30 Yukon | bitcoi 4500 Gh/s | 0.67 W/Gh minign N/A | |
| Spondooliestech SP31 Yukon | 4900 Gh/s | 0.61 W/Gh | N/A |
| Spondooliestech SP35 Yukon | 5500 Gh/s Bitcoin mining asic diy network Bitcoin mining asic diy network | 0.66 W/Gh | N/A |
| TerraHash Klondike 16 | 5 Gh/s | 7.11 W/Gh | N/A |
| TerraHash Klondike 64 | 18 Gh/s | 7.06 W/Gh | N/A |
| TerraHash DX Mini (full) | 90 Gh/s | 7.11 W/Gh | N/A |
| TerraHash DX Large (full) | 180 Gh/s | 7.11 W/Gh | N/A |
| Twinfury | 5 Gh/s | 0.85 W/Gh | N/A |
| Avalon USB Nano3 | 3.6 Gh/s | 0.85 W/Gh | N/A |
| GekkoScience | 9.5 Gh/s | 0.33 W/Gh | N/A |
Комментариев нет:
Отправить комментарий