Take a look of this list which compiles the best ASICs for cryptocurrency mining (high profitability). The standard ASIC for cryptocurrency mining is made in the form of a chip. It is not amenable to firmware and is characterized by high performance. High-quality models are equipped with several processors created on a chip base, power supplies and coolers. Having figured out what an ASIC for mining is, let’s determine the parameters for choosing equipment:
Before you decide to purchase ASIC, we immediately notice that it is now more profitable to invest these funds in cloud mining services, where you rent the power of the same ASICs, but they are located in a remote data center and are serviced by specialists of this service, read more about cloud mining here.
ASIC (application-specific integrated) is an integrated circuit specialized for solving a specific problem. Unlike general-purpose integrated circuits, specialized integrated circuits are used in a particular device and perform strictly limited functions specific to this device; as a result, the execution of functions is faster and, ultimately, cheaper.
ASIC is a special device designed to perform cryptocurrency mining calculations using one or more encryption algorithms.
These devices use integrated circuits designed for the most efficient calculation of specified hash functions, as well as specially designed cases and a cooling system.
Pros:
Minuses:
You can buy ASIC from 30 manufacturers who have anyway declared themselves. The most popular are the 5 following items:
It is easy to get confused in the motley variety of existing devices. There are several points to consider when looking for the answer to the question: “How to choose an ASIC miner?” The answer lies primarily in the user’s decision regarding the algorithms with which further work is planned. Here you need to be extremely attentive to the characteristics of the unit:
Consider which ASIC miner of the samples available on the market is better suited for decrypting bitcoin blocks:
Consider the most powerful and popular models of ASIC miners, note that the cost and profitability of equipment can vary significantly due to price fluctuations in the cryptocurrency market.
ANTMINER S15 28 TH / S is the flagship miner model from Bitmain on 7-nm chips, the most powerful of the new products released at the end of 2018. It has improved computing characteristics and increased energy efficiency.
Mining based on the SHA-256 algorithm, which allows mining cryptocurrencies such as Bitcoin, Bitcoin Cash and others. Quick setup, the ability to install the miner in both horizontal and vertical positions, a minimum of maintenance costs thanks to a more advanced heat transfer system.
Detailed data on the profitability and payback of ANTMINER S15 and T15 can be found in our review.
Miner S9 also operates on the SHA-256 algorithm. It is capable of performing calculations with a hash rate of up to 14 TX / s. According to the owners, the device is stable, easy to install and high payback speed.
ASIC boards have 189 chips developed using 16-nm FinFET technology. If we draw parallels with the previous model (S7), the Antminer S9 has three times the power and twice the best performance.
Of the advantages of ASIC, it is worth highlighting – the high speed of the microprocessor used in the control panel, an effective system for removing heat from work boards, as well as small dimensions, which makes it possible to use the device at home. Setting up Bitmain Antminer S9 takes a minimum of time, and it can be used after turning on and entering the main parameters (for the pool).
The most accurate ASIC calculator we have reviewed here .
In order to use the Bitcoin calculator, Ethereum calculator, Zcash calculator or Monero calculator, simply select the ASIC miner or GPU farm that you are interested in from the drop-down list or enter the device’s hashrate of consumption known to you, and then click on the “Calculate” button. The calculator will provide all the information about the consumption of the miner and the current data on the earnings of cryptocurrencies with automatic conversion to dollars, hryvnias, rubles and euros.
In addition to the general data, this tool will provide you with visual tables in which information will be collected on daily, weekly and monthly earnings in various currencies, as well as on electricity consumption for the same time ranges.
Thus, the cryptocurrency calculator can maximize the process of choosing the equipment you need for mining, turning the long process of counting into a quick and enjoyable task.
It seems complicated at first glance, this process is quite easy, especially since each miner has a detailed step-by-step description of the installation.
Usually, it looks like this:
Please note that before installing, you still need to read the relevant instructions, because, despite the fact that almost all miners are configured the same way, individual models sometimes have unique features that you need to know about. For problematic issues, you can always turn to thematic forums and sites.
Model | Hashrate | Efficiency | Price |
---|---|---|---|
Antminer s1 | 180 gh / s | 2.0 W / Gh | $ 299.0 |
Antminer s2 | 1000 Gh / s | 1.1 W / Gh | $ 2259.0 |
Antminer s3 | 441 gh / s | 0.77 W / Gh | $ 382.0 |
Antminer s4 | 2000 Gh / s | 0.7 W / Gh | $ 1400.0 |
Antminer s5 | 1155 Gh / s | 0.51 W / Gh | $ 370.0 |
AntMiner S5 + | 7722 Gh / s | 0.44 W / Gh | $ 2307.0 |
Antminer s7 | 4.73 Th / s | 0.25 W / Gh | $ 479.95 |
Antminer s9 | 13.5 Th / s | 0.098 W / Gh | $ 1,987.95 |
AntMiner U1 | 2 gh / s | 1.25 W / Gh | $ 29.0 |
Antminer u2 | 2 gh / s | 1.0 W / Gh | $ 49.66 |
AntMiner U3 | 63 gh / s | 1.0 W / Gh | $ 38.0 |
ASICMiner BE Blade | 11 gh / s | 7.72 W / Gh | $ 350.0 |
ASICMiner BE Cube | 30 gh / s | 6.67 W / Gh | $ 550.0 |
ASICMiner BE Sapphire | 0 Gh / s | 7.59 W / Gh | $ 20.0 |
ASICMiner BE Tube | 800 gh / s | 1.13 W / Gh | $ 320.0 |
ASICMiner BE Prisma | 1400 Gh / s | 0.79 W / Gh | $ 600.0 |
Avalon Batch 1 | 66 gh / s | 9.35 W / Gh | $ 1299.0 |
Avalon Batch 2 | 82 gh / s | 8.54 W / Gh | $ 1499.0 |
Avalon Batch 3 | 82 gh / s | 8.54 W / Gh | $ 1499.0 |
Avalon2 | 300 gh / s | N / a | $ 3075.0 |
Avalon3 | 800 gh / s | N / a | N / a |
Avalon6 | 3.5 Th / s | 0.29 W / Gh | $ 499.95 |
bi * fury | 5 gh / s | 0.85 W / Gh | $ 209.0 |
BFL SC 5Gh / s | 5 gh / s | 6.0 W / Gh | $ 274.0 |
BFL SC 10 Gh / s | 10 gh / s | N / a | $ 50.0 |
BFL SC 25 Gh / s | 25 gh / s | 6.0 W / Gh | $ 1249.0 |
Bfl little single | 30 gh / s | N / a | $ 649.0 |
BFL SC 50 Gh / s | 50 gh / s | 6.0 W / Gh | $ 984.0 |
BFL Single ‘SC’ | 60 gh / s | 4.0 W / Gh | $ 1299.0 |
BFL 230 GH / s Rack Mount | 230 Gh / s | N / a | $ 399 (used) |
BFL 500 GH / s Mini Rig SC | 500 gh / s | 5.4 W / Gh | $ 22,484.0 |
BFL Monarch 700GH / s | 700 gh / s | 0.7 W / Gh | $ 1379.0 |
Bitfury sb | N / a | N / a | N / a |
Bitmine.ch Avalon Clone 85GH | 85 gh / s | 7.65 W / Gh | $ 6489.0 |
Black Arrow Prospero X-1 | 100 gh / s | 1.0 W / Gh | $ 370.0 |
Black Arrow Prospero X-3 | 2000 Gh / s | 1.0 W / Gh | $ 6000.0 |
Blue fury | 3 gh / s | 1.0 W / Gh | $ 140.0 |
BTC Garden AM-V1 310 GH / s | 310 Gh / s | 1.05 W / Gh | $ 309.0 |
BTC Garden AM-V1 616 GH / s | 616 gh / s | 1.05 W / Gh | $ 350.0 |
CoinTerra TerraMiner IV | 1600 Gh / s | 1.31 W / Gh | $ 1500.0 |
Drillbit | N / a | N / a | N / a |
Hashbuster micro | 20 gh / s | 1.15 W / Gh | $ 688.0 |
Hashbuster nano | N / a | N / a | N / a |
HashCoins Apollo v3 | 1100 Gh / s | 0.91 W / Gh | $ 599.0 |
HashCoins Zeus v3 | 4500 Gh / s | 0.67 W / Gh | $ 2299.0 |
HashFast Baby Jet | 400 gh / s | 1.1 W / Gh | $ 5600.0 |
Hashast sierra | 1200 gh / s | 1.1 W / Gh | $ 7080.0 |
HashFast Sierra Evo 3 | 2000 Gh / s | 1.1 W / Gh | $ 6800.0 |
Klondike | 5 gh / s | 6.15 W / Gh | $ 20.0 |
KnCMiner Mercury | 100 gh / s | 2.5 W / Gh | $ 1995.0 |
Knc saturn | 250 gh / s | 1.2 W / Gh | $ 2,995.0 |
Knc jupiter | 500 gh / s | 1.2 W / Gh | $ 4,995.0 |
Knc neptune | 3000 gh / s | 0.7 W / Gh | $ 12,995.0 |
Littlefury | N / a | N / a | N / a |
Metabank | 120 gh / s | 1.42 W / Gh | $ 2160.0 |
NanoFury / IceFury | 2 gh / s | 1.25 W / Gh | N / a |
NanoFury NF2 | 4 Gh / s | 1.35 W / Gh | $ 50.0 |
BPMC Red Fury USB | 2.5 Gh / s | 0.96 W / Gh | $ 44.99 |
ROCKMINER R3-BOX | 450 gh / s | 1.0 W / Gh | $ 200.0 |
ROCKMINER R4-BOX | 470 gh / s | 1.0 W / Gh | $ 210.0 |
ROCKMINER Rocket BOX | 450 gh / s | 1.07 W / Gh | $ 599.0 |
ROCKMINER R-BOX | 32 gh / s | 1.41 W / Gh | $ 65.0 |
ROCKMINER R-BOX 110G | 110 Gh / s | 1.09 W / Gh | $ 88.0 |
ROCKMINER T1 800G | 800 gh / s | 1.25 W / Gh | $ 325.0 |
Spondooliestech sp10 dawson | 1400 Gh / s | 0.89 W / Gh | $ 2845.0 |
SP20 Jackson | 1.3-1.7 Th / s | 0.65 W / Gh | $ 248.99 |
Spondooliestech SP30 Yukon | 4500 Gh / s | 0.67 W / Gh | $ 4121.0 |
Spondooliestech SP31 Yukon | 4900 Gh / s | 0.61 W / Gh | $ 2075.0 |
Spondooliestech SP35 Yukon | 5500 Gh / s | 0.66 W / Gh | $ 2235.0 |
TerraHash Klondike 16 | 5 gh / s | 7.11 W / Gh | $ 250.0 |
TerraHash Klondike 64 | 18 gh / s | 7.06 W / Gh | $ 900.0 |
TerraHash DX Mini (full) | 90 gh / s | 7.11 W / Gh | $ 6000.0 |
TerraHash DX Large (full) | 180 gh / s | 7.11 W / Gh | $ 10500.0 |
Twinfury | 5 gh / s | 0.85 W / Gh | $ 216.0 |
Avalon USB Nano3 | 3.6 Gh / s | 0.85 W / Gh | $ 55.0 |
Gekkoscience | 9.5 Gh / s | 0.33 W / Gh | $ 49.97 |
Initially, it was supposed to carry out mining using video cards and farms created on their basis, allowing to receive a constant income. Evaluate the benefits of each method by comparing objective statistics.
Acquired ASICs for mining are characterized by the following distinctive features:
Farms from video cards have the following features:
Farms require more time for assembly and assembly, and you must often update the software, otherwise, there will be a shortage of speeds. Transportation of farms is very difficult, they often break down and need a large number of components.
(The table includes ASICs that are only on sale)
Model | Hashrate | Efficiency |
---|---|---|
ASICs for mining on the SHA256 algorithm | ||
Antminer s5 | 1155 Gh / s | 0.51 watts / gh |
AntMiner S5 + | 7722 Gh / s | 0.44 watts / gh |
Antminer s7 | 4.73 Th / s | 0.25 watts / gh |
Antminer s9 | 13.5 Th / s | 0.098 Watt / Gh |
ASICMiner BE Prisma | 1400 Gh / s | 0.79 watts / gh |
ASICminer 8 Nano Pro | 76 Th / s | 0.52 watts / gh |
Avalon6 | 3.5 Tx / cm | 0.29 watts / gh |
AvalonMiner 841 | 13.6 Th / s | 0.095 Watt / Gh |
BITFURY B8 | 50 Tx / s | 0.128 Watt / Gh |
BFL Monarch 700Gh / s | 700 Gh / s | 0.7 Watt / Gh |
Ebang E10.1 | 18 Th / s | 0.09 watts / gh |
Innosilicon T2 Turbo + 32T | 32 Tx / s | 0.068 watts / gh |
Holic H22 (on sale from December 2018) | 22 Th / s | 0.072 watts / gh |
Knc neptune | 3000 Gh / s | 0.7 Watt / Gh |
Pangolin Whatsminer M10 | 33 Th / s | 0.065 Watt / Gh |
Spondooliestech sp10 dawson | 1400 Gh / s | 0.89 watts / gh |
SP20 Jackson | 1.3-1.7 Tx / s | 0.65 watts / gh |
Spondooliestech SP30 Yukon | 4500 Gh / s | 0.67 Watt / Gh |
Spondooliestech SP31 Yukon | 4900 Gh / s | 0.61 Watt / Gh |
Spondooliestech SP35 Yukon | 5500 Gh / s | 0.66 Watt / Gh |
ASICs for mining on X11 / Quark / Quibt / Myriad-Groestl / Nist5 / Skein / X11Gost algorithms | ||
Baikal Giant X10 | 10 Gh / s | 63 watt / gh |
Baikal Giant + A2000 | 10 Gh / s | 220 watts / gh |
ASICs for mining on the Scrypt algorithm | ||
Antminer l3 | 504 mh / s | 1.58 watts / mh |
Innosilicon A6 LTCMaster | 1230 Mh / s | 1.22 watts / mh |
BW L-21 | 550 Mh / s | 1.72 watts / mh |
ASICs for mining on the X11 algorithm | ||
Innosilicon A5 DashMaster | 32 Gh / s | 23.43 watts / gh |
Innosilicon A5 + DashMaster | 65 Gh / s | 23.07 watts / gh |
Spondoolies SPx36 DASH | 540 Gh / s | 8.14 watts / gh |
iBeLink DM56G | 65 Gh / s | 37.5 watts / gh |
iBeLink DM22G | 22 Gh / s | 36.8 watts / gh |
Pinidea Asic X11 DR-100 | 22 Gh / s | 40.9 watts / gh |
ASICs for mining on the CryptoNight algorithm | ||
Antminer x3 | 220 kh / s | 2.27 watts / kh |
Baikal BK-N240 | 240 kh / s | 2.7 watts / kh |
Pandaminer b3 mute | 5.52 kh / s | 177 watts / kh |
Pandaminer b3 pro | 5.52 kh / s | 177 watts / kh |
Innosilicon A8 + CryptoMaster | 240 kh / s | 2 watts / kh |
ASIC for Equihash mining | ||
Innosilicon A9 ZMaster | 50 Ksol / s | 12.4 Watts / Ksol |
Antminer z9 | 40.8 Ksol / s | 28.18 Watt / Ksol |
Antminer Z9 Mini | 10 Ksol / s | 30 W / Ksol |
Zeon 180K | 180 Ksol / s | 12.22 W / Ksol |
ASICminer Equihash 40K | 40.8 Ksol / s | 28.5 W / Ksol |
Pandaminer b3 pro | 2.04 Ksol / s | 502 W / Ksol |
ASIC for mining on the NEOSCRYPT algorithm | ||
BITTECH NS | 63.2 Mh / s | 19.77 watts / mh |
ASIC for mining on the Lyra2REv2 algorithm | ||
Dayun zig z1 | 6.8 Gh / s | 176.47 watts / gh |
ASICs for mining on the Blake256 algorithm | ||
Pangolin Whatsminer DCR | 44 Tx / s | 0.05 watts / gh |
iBeLink DSM7T | 7 Th / s | 0.3 watts / gh |
iBeLink DSM6T | 6 Th / s | 0.35 watts / gh |
FFMiner DS19 | 3.1 Tx / s | 3.1 Tx / s |
Baikal BK-D | 0.28 Th / s | 3.92 W / Gh |
Halong Mining DragonMint B29 | 2.1 Th / s | 0.42 watts / gh |
Innosilicon D9 DecredMaster | 2.4 Th / s | 0.416 watts / gh |
Obelisk DCR1 | 1.2 Tx / s | 0.416 watts / gh |
ASICs for mining on Blake2B algorithm | ||
Halong Mining DragonMint B52 | 3.83 Th / s | 0.36 watts / gh |
Innosilicon S11 SiaMaster | 4.3 Th / s | 0.32 watts / gh |
ASIC for Ethash mining | ||
Antminer E3 (180Mh) | 180 mh / s | 4.44 watts / mh |
Antminer g2 | 220 Mh / s | 5.45 watts / mh |
Innosilicon A10 ETHMaster (485Mh) | 485 mh / s | 1.75 watts / mh |
Innosilicon A10 ETHMaster (432Mh) | 432 mh / s | 1.71 watts / mh |
Innosilicon A10 ETHMaster (365Mh) | 365 mh / s | 1.78 watts / mh |
Pandaminer b3 mute | 230 Mh / s | 5 watts / mh |
Pandaminer b3 pro | 230 Mh / s | 5.43 watts / mh |
As you can see from the table, even the recently released ASICs have a wide variation in their profitability. For example, when comparing Innosilicon products with their competitors’ equipment for ether mining, a two to three-fold difference in energy efficiency is visible, which proportionally affects the income of miners.
Before choosing, you always need to look at the current situation on the market – the cryptocurrency rate and the complexity of the network.
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