ASICs for cryptocurrency mining table 2022, calculator

A standard ASIC for cryptocurrency mining is manufactured in the form of a chip. It cannot be flashed and is characterized by high performance. High-quality models are equipped with several chip-based processors, power supplies and coolers. Having figured out what an ASIC for mining is, let’s decide on the parameters for choosing equipment:

hashrate efficiency;
electricity consumption – such devices consume a lot of energy and before purchasing a specific sample, you need to compare the power of the network and the device;
price-quality ratio – determines the payback period of the ASIC miner.

It’s worth clarifying right away that in 2022, mining of the most popular cryptocurrencies became industrial and for 95% of ordinary users (whose investments do not exceed $100,000), the most profitable format for investing in cryptocurrency is its direct purchase on the exchange. It is on the stock exchange, not in the exchanger because exchanges charge much lower commissions, provide maximum liquidity, and most importantly are safe to use.

The reliability of a cryptocurrency exchange is primarily determined by the trading volume and the number of users. By all key metrics, the largest cryptocurrency exchange in the world is Binance. The site has the largest cash turnover and supports transfers in rubles from Visa/MasterCard and payment systems QIWI, Advcash, Payeer .

For a safe and convenient purchase of cryptocurrencies with a minimum commission, we have prepared a rating of the TOP 5 exchanges that support deposits and withdrawals of funds in rubles, hryvnias, dollars and euros:

#	Exchange:	Website:	Grade:
1	Binance (Editor's Choice)	https://binance.com	9.7
2	Huobi	https://huobi.com	7.4
3	Exmo	https://exmo.me	6.9
4	OKEx	https://okex.com	6.5
5	Bybit	https://bybit.com	6.3

Especially for beginners, we have prepared a detailed guide: How to buy Bitcoin on a crypto exchange for rubles?

Technical part

ASIC (application-specific integrated) is an integrated circuit specialized to solve a specific task. Unlike general-purpose integrated circuits, application-specific integrated circuits are used in a specific device and perform strictly limited functions specific to that device; As a result, functions are completed faster and, ultimately, cheaper.

An example of an ASIC could be a microcircuit designed exclusively for controlling a mobile phone, hardware encoding/decoding chips for audio and video signals (signal processors).
The ASIC chip has a narrow range of applications due to its strictly predefined set of functions.
Modern ASICs often contain a 32-bit processor, memory blocks (both ROM and RAM) and other large blocks. Such ASICs are often called “system-on-a-chip”.
When designing digital ASICs, hardware device description languages (HDLs) such as Verilog and VHDL are used to describe their functionality.

Advantages and disadvantages of ASIC miners

ASIC is a special device designed to perform calculations related to cryptocurrency mining using one or more encryption algorithms.

These devices use integrated circuits designed to perform the most efficient calculations of specified hash functions, as well as specially designed housings and cooling systems.

Pros:

high hashrate on the working algorithm;
quick start, easy maintenance;
low power consumption per unit of computing power compared to other devices, such as video cards and processors;
good value for money, which should ensure high profitability and quick payback;
The presence of a reinforced housing and a powerful cooling system facilitates installation and connection of equipment.

Minuses:

impossibility of performing calculations using algorithms different from those provided by the manufacturer;
increased noise and heat generation typical of high-performance server equipment and even more;
powerful ASICs, as a rule, require the purchase of a separate power supply;
it is difficult to find specialists and components for their repair;
the potential to be included in the list of equipment that has regulatory restrictions regarding the use of information encryption devices;
fairly rapid obsolescence and impossibility of selling equipment after a significant increase in the complexity of mining, which reduces profitability. Unlike ASICs, mining farms on video cards retain residual value even when the profitability of mining falls, and therefore can be sold as computer equipment.

Mining algorithms

SHA-256 . It is the basis of the first digital money - bitcoins and several other cryptocurrencies (Bitcoin Cash and others). Deciphered by the following ASICs: Bitmain Antminer S9 (14 TH/s; 1340 W); Asic T9 Antminer from Bitmain (11.5 TH/s; 1450 W); Asic Bitmain Antminer V9 (11.5 TH/s; 1450 W); WhatsMiner M3 ASIC Miner (12.5 TH/s; 1576 W); DragonMint T1 from Halong Mining (16 TH/s; 1600 W); Ebit E10.1 Miner 18T from Ebang Communication (18 TH/s; 1600 W).
Scrypt . It is the basis of existence of Likecoin and many other digital currencies. Its code is decrypted using Asic Antminer L3+ from Bitmain - an improved version of Asic L3 (504 MH/s; 800 W); A6 LTCMaster from Innosilicon (1.23 GH/s; 1500 W); A4+ LTCMaster from Innosilicon (620 MH/s; 750 W).
Cryptonight . It can be mistaken for Cryptonote technology, which uses this algorithm. Thanks to him, Bytecoin, Monero and Electroneum operate. Decryption occurs due to Asic Antminer X3 from Bitmain (220 KH/s; 550 W); Giant-N from Baikal (20 KH/s; 60 W); DragonMint X2 Miner from Halong Mining (248 KH/s; 490 W); DragonMint X1 Miner from Halong Mining (124 KH/s; 245 W).
Ethash (Dagger Hashimoto) . For now, decryption is carried out using video cards, but in the near future this process will be modernized. Development of a previously unseen ASIC for ether is underway – Antminer F3.
Blake (2b) . The following algorithms are being worked on: Asic A3 Antminer from Bitmain (815 GH/s; 1275 W); Giant-B from Baikal (80 GH/s; 300 W); DragonMint B52 Blake2b Miner from Halong Mining (3.83 TH/s; 1380 W).
X11 . A popular algorithm that powers the Dash currency. At the moment, the feasibility of mining currencies on it has decreased somewhat, because much more powerful miners have appeared, significantly complicating the network structure. However, many ASICs work with it: Asic Antminer D3 from Bitmain (19.3 GH/s; 1100 W); A5 DashMaster x11 asic miner from Innosilicon (32.5 GH/s; 750 W); DR-100 PRO from Pinidea (22 GH/s; 900 W); Giant X10 from Baikal (10 GH/s; 630 W).

ASIC device manufacturing companies

You can buy ASIC from 30 manufacturers who have announced themselves in one way or another. The following 5 items are considered the most popular:

BITMAIN

The largest manufacturer of Bitcoin mining equipment,
The most efficient extraction
Three month warranty
Usually sold by pre-order,
May use patented technologies,
8–14 TH/s, depending on model

Canaan

According to reviews, the most stable Bitcoin miner,
Avalon controller for up to 4 people on one network,
Usually in stock,
price $700,
Guarantee,
Less effective than the previous one,
7.3 TH/s.

Ebang

Well-known mining company,
Renowned for its combination of stability and efficiency,
Usually out of stock, sells quickly,
Price $700–1100,
From 6.3 TH/s to 9 TH/s.

BitFury

There are no options for individuals,
Mining with BIP148 (UASF),
~$1 million per unit,
Additional developments
0.2 J/Gh

Ebit

The Chinese company EBANG, website miner.ebang.com.cn, is trying to compete with BitMain.

ASIC Ebit E10

The manufacturer planned the release of this modification with a record hashrate of 18 Th per second. Price including network adapter: $5800 on the website. Parameters: algorithmic scheme SHA-256; hashrate 18T; power 1750W; 70 14 nm DW1228 processors; two fans and an independent radiator; dimensions (mm) 290x126x155; weight 4.7 kg.

Ebit Miner E9++

The main competitor for Antminer S9. Price: ~ $5000; Parameters: SHA256; 14.0 TH/s; 1330W; 132 DW1227 processors manufactured using 10nm LPP technology; Ethernet. Dimensions 290x126x155 mm; weight 4.7 kg; The kit includes a power supply.

Ebit Miner E9+

Price: ~ $2000; SHA256; 9.0 TH/s; 132 DW1227 chips manufactured using 14nm LPP technology; Ethernet. Dimensions 290x126x155; weight 4.7 kg; The kit includes a power supply.

Parameters by which you should choose an ASIC

It's easy to get confused in the colorful variety of existing devices. There are several points to consider when looking for an answer to the question: “How to choose an ASIC miner?” The answer to this 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:

Price . In this market segment, efficiency and price are directly dependent on each other. The higher the first indicator, the higher the second. If possible, you should not skimp on expensive utilities, because with the right approach, these investments will more than pay off in the near future.
Power consumption . This is one of the key factors that directly affects future mining income. Of course, you should try to find a product with minimal power consumption at the same time as a high hashrate. This is rare, but with a little time and patience it is quite possible to find it.
Processor operating frequency . The miner’s performance, its speed, as well as the degree of hashrate directly depend on it (it is important to remember that these are not the same thing!). The higher the frequency, the more efficient the work will be.
Direct hashrate . It determines the number of coins mined over a certain period of time. The higher it is, the greater the speed of work and, as a result, the profit. As mining devices develop, hashrate capabilities are constantly improving. But there is also a negative side: increased energy consumption. Perhaps in the near future developers will learn to balance these indicators.

Where is the best place to buy ASICs?

Absolutely anyone can buy an ASIC miner. This is an affordable product for the modern computer user. This purchase will not create any more difficulties for you than choosing a smartphone. A wide range of models with different characteristics from numerous manufacturers is presented in thematic mining stores. You can also buy this equipment on the manufacturers' websites. There are a huge number of online stores where you can purchase ASICs.

When searching for ASIC miners, you may see different prices for the same model. As a rule, the cost on manufacturers' websites is much lower. On other web resources, equipment is most often presented at a higher price. The difference in price mainly depends on how quickly you receive your purchase. If you ordered a device from a manufacturer, you will have to wait for the product for a certain time, since the package with the ASIC will take several days or weeks from another country. In local online stores, devices are usually located in warehouses and delivery will be carried out as soon as possible, but the purchase price will also be higher.

The cost of ASICs is also affected by the peculiarities of transporting equipment across the border. Customs officers may not allow the cargo to pass due to the qualification of the equipment as data encryption devices. Therefore, equipment is often imported disassembled and assembled on site. Such labor costs require additional material investments, which can greatly affect the price of ASICs in the store.

You can often find used ASIC miners on various message boards on the Internet. But buying such equipment is not worth it. Because most often outdated models of devices are put up for sale, and they will not bring you the expected profit.

On which ASIC to mine Bitcoin (SHA-256)?

Bitcoin is the very first known cryptocurrency, appearing back in 2009. Bitcoin mining was initially possible even on processors, but over time, with the increase in their popularity and cost, the complexity of the calculations when mining these coins increased more and more. The high price and demand led to the development of ASICs that perform calculations using the SHA256 encryption algorithm used in the Bitcoin code.

Setting up ASICs for Bitcoin and other cryptocurrencies is approximately the same and involves performing standard procedures, which include:

installation on site;
connection to the power supply of the required power;
connection to a local network and the Internet;
determination of the local ASIC address, which is necessary to configure it. It is determined using the router menu or using any other computer connected to the same local network as the ASIC. A local network scanning program is launched on it and the address assigned by the router is determined.
connecting to the ASIC via a local network via a browser and setting up its software, including entering account data on the pool (its Internet address, connection port, worker, password, and other necessary parameters);
launch and control of mining.

Prospects for using ASICs in the future

ASIC mining today is a rather controversial issue that causes a lot of disagreement. Part of the community opposes them, pointing to too much control of the Bitcoin network and harm to the principles of decentralization. Manufacturing corporations like Bitmain have a huge impact on the industry.

Others, on the contrary, support the introduction of ASICs, believing that such interest in Bitcoin and cryptocurrency in general indicates faith in the future of cryptographic networks (this is the opinion of Bitmain press secretary Nishant Sharma).

From the point of view of users, mining has long grown from a couple of dozen enthusiasts mining cryptocurrency on processors, and has become a full-scale industrial enterprise. Now this can no longer be called easy money. Cryptocurrencies are attracting more and more miners as different companies introduce them into circulation.

Theoretically, anyone can still start mining - but for this they will have to work hard - invest in equipment, arrange a room and cooling, etc. It is impossible to make a profit without a large initial investment.

However, there is an opinion that the situation with ASIC mining will improve. Software development does not stand still, and the devices themselves are becoming more and more economical as new technologies are introduced. This is a positive development scenario for those who just want to mine at home for themselves.

Reviews of the best ASIC models for 2020

Let's look at the most powerful and popular models of ASIC miners. Please note that the cost and profitability of the equipment may vary significantly due to price fluctuations on the crypto market.

Antminer S19 and S19 pro

The device has a hashrate of 95 TH/s, and the ability to overclock to 110 Th/s is also available. The ASIC is very energy efficient thanks to the advanced chip technology of 34.5±5% J/TH.

Price: $1964.00;
Algorithm: SHA-256
Hashrate: 95 TH/s
Power consumption: 3250W±5%
Energy efficiency 34.5±5% J/TH
Dimensions without packaging: 400*195.5*290
Weight: 16.5 kg
Connection interface: RJ45 Ethernet 10/100M port
Power supply: built-in

Detailed review of Antminer S19 and S19 pro.

Antminer S17+

Price: $1318.00;
Algorithm: SHA-256;
Hashrate: 73Th;
Current profit without electricity deduction: $11.87;
Power consumption: 3000 W;
Dimensions: (L)298mm(W)175mm(H)304mm;
Weight: 11.5 kg.

Detailed review of Antminer S17+.

Antminer S15

ANTMINER S15 28 TH/S is the flagship miner model from Bitmain on 7nm chips, the most powerful of the new products released at the end of 2022. Has improved computing performance and increased energy efficiency.

It mines based on the SHA-256 algorithm, which allows you to mine cryptocurrencies such as Bitcoin, Bitcoin Cash and others. Quick setup, the ability to install the miner in both horizontal and vertical positions, minimal maintenance costs thanks to a more advanced heat transfer system.

The mining algorithm is SHA256.
Read also: How to select and connect a power supply for a mining farm (server, ATX and synchronization)
Weight - 7 kilograms.
Price: $1,475 for the first batch (December 20-31).
Dimensions - 221 x 175.4 x 278.8 millimeters.
The presence of an energy saving mode - yes.
The hashrate in performance mode is 28 TH/s.
Hashrate in energy saving mode is 17 TH/s.
Power consumption in performance mode is 1596 W.
Power consumption in power saving mode is 850 W.
The fans are designed in parallel.
Chip production technology is 7-nanometer.

For detailed data on the profitability and payback of ANTMINER S15 and T15, see our review.

Antminer S9 with 13.5 Th/s

The S9 miner also operates on the SHA-256 algorithm. It is capable of performing calculations with a hashrate of up to 14 TH/sec. According to the owners, the device is characterized by stable operation, ease of installation and high payback rate.

ASIC boards contain 189 chips developed using 16-nm FinFET technology. If we draw parallels with the previous model (S7), Antminer S9 has three times the power and twice the performance.

Among 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 the working boards, as well as small dimensions, which allows the device to be used 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).

HashRate: 13.5TH/s ±5%;
Power consumption: 1350W;
Energy efficiency: 0.1 J/GH;
Voltage: 11.60 ~13.00V;
Processor: 189x BM1387;
Dimensions: 350mm(L)*135mm(W)*158mm(H);
Cooling: 2x 12038 fan;
Operating temperature: 25 °C to 40 °C;
Connection: Ethernet;

Innosilicon A10 ETHMaster

Algorithm: Ethash;
Hashrate: 500MH/s (±5%);
Current profit without deduction of electricity: $8;
Power consumption: 750 W;
Dimensions: (L)362mm(W)136mm(H)285mm;
Weight: 8.9Kg.

Innosilicon A9++ ZMaster

Algorithm: Equihash;
Hashrate: 140 Ksol/s;
Current profit without electricity deduction: $8.82;
Power consumption: 1550 W;
Dimensions: (L)360mm(W)250mm(H)155mm;
Weight:10.2kg

You can order the device directly on the manufacturer’s website https://www.innosilicon.com/html/a9++-miner/index.html . Payment is accepted in both fiat currency and digital coins BTC and LTC.

Antminer R4

Hashrate: 8.6th/s (can vary in the 5% range);
Power consumption: 845 W;
Energy efficiency: 0.1 J/Gh;
Noise level: 52dB (at ambient temperature 35°C);
Processor: BM1387;
Number of processors: 126;
Voltage 11.60 ~13.00V;
Dimensions: 515mm (length) x 100mm (width) x 222mm (height);
Connection: Ethernet;

Antminer S7

Hash Rate: 4.73 TH/s ±5%;
Power consumption: 1293W;
Energy efficiency: 0.25 J/GH;
Voltage: 11.60 ~13.00V;
Processor: 135x BM1385;
Dimensions: 301mm(L)*123mm(W)*155mm(H);
Cooling: 2x 12038 fan;
Operating temperature: 0 °C to 40 °C;
Connection: Ethernet;

Avalon 6

Hashrate: 3.65 TH/s
Energy efficiency: 270 J/th*s;
Input voltage: no less than 11.6 V;
Controller OS: software from Avalon;
Dimensions: 354 mm x 136 mm x 150 mm;
Cooling: cooler 12038 with 3800 rpm;
Network controller: Raspberry Pi (version B or B+);
Requires external power supply;
Rated power: 990 W;
Maximum power: 1200 W;

Antminer S5

Hashrate: 1155 TH/s;
Processor: BM1384;
Network: Ethernet;
Cooling: 1 fan model 12038 + 2 radiators on the working boards of the device;
Power consumption: 590 W;
Energy efficiency: 0.51 J/gh;
Temperature: 0-35°C;
Dimensions: 298 mm x 137 mm x 155 mm

In order for devices on integrated circuits to work as long as possible, care must be taken to ensure that they do not overheat. ASICs should not be placed in rooms with high temperature and humidity. They are also extremely noisy.

Obelisk immersion devices have not been produced for a long time, and low-noise Baikal devices have lost their relevance. Therefore, it is better to operate ASIC miners in separate non-residential premises, for example, in garages, or use the services of mining hotels or cloud mining services.

Black arrow

Black Arrow is a Chinese company that develops hardware and software for powerful computing processes. Website blackarrowsoftware.com. Mainly working on large custom projects, providing clients with turnkey solutions, from sketch to implementation. A flexible development team offers mining solutions of various sizes, from home to industrial devices.

Prospero X3

Price: ~ $400; SHA256; 2 Th/s; 800W; 0.75 J/Gh; 0.85V; Ethernet. 28 nm technology, 99 fully deployed cores with a frequency of 1.01 GHz; cooling fans, LCD screen, 19-inch case. The integrated ASIC is accompanied by instructions with a detailed description of internal commands. The miner supports overclocking and synchronization modes. Overclocking increases power up to 20%.

ASIC mining calculator for Bitcoin, Zcash, Ethereum, Monero

There are many resources on the Internet that allow you to calculate the profitability of mining on various ASICs. Typically, mining profitability calculators automatically take into account the current mining difficulty and calculate possible earnings after entering data regarding the Asic hashrate and power consumption.

In addition, it is possible to take into account other parameters that affect income (commissions, energy tariffs, etc.). Many services have a database of the main parameters of ASICs and video cards popular in crypto mining.

We reviewed the most accurate calculator for ASICs here.

In order to use the Bitcoin calculator, Ethereum calculator, Zcash calculator or Monero calculator, simply select the ASIC miner or GPU farm you are interested in from the drop-down list, or enter the device hashrate with consumption known to you, and then click on the “Calculate” button. The calculator will provide all the information about the miner’s consumption and current data on cryptocurrency earnings with automatic conversion into dollars, hryvnia, rubles and euros.

In addition to general data, this tool will provide you with visual tables that will collect information on earnings per day, week and month in various currencies, as well as on electricity consumption for the same time ranges.

Thus, the cryptocurrency calculator will be able to make the process of choosing the mining equipment you need as easy as possible, turning the lengthy process of counting into a quick and enjoyable experience.

Generalized information about the currently most profitable ASICs is available on the resource https://www.asicminervalue.com/, where the current exchange rate of cryptocurrencies is taken into account, and mining income for different models is also displayed. This site presents a rating of the best ASICs for mining, taking into account even those that will go on sale. It can also be used as an ASIC mining income calculator by entering the electricity cost data corresponding to your local tariff at the bottom of its pages.

ASIC for Ethereum: main selection parameters

Like any other mining equipment, when choosing ASICs for the consumer, the most important parameters are the following:

price;
performance (hashrate),
mining algorithm;
profitability and payback periods;
complexity of connection and operation;
power consumption;
noise level;
warranty period and availability of repair service;
other, less important indicators, for example, weight, size and others.

One of the options for mining cryptocurrencies is renting ASICs. You can buy computing power on a cloud service, or rent equipment from local suppliers. When concluding a contract for cloud mining, you need to beware of scammers, and when looking for ASICs to rent from local companies, you need to take into account that no one will rent out profitable equipment, because it is more profitable to use it for your own needs.

Equipment control and configuration

The configuration options depend on the specific ASIC model. Instructions for launching and connecting to the server of many popular ASIC models for Bitcoin mining are available on our website. Several general recommendations can be given regarding any integrated circuit device.

After they send you a new miner, carefully inspect the packaging and the device itself for external damage. Then, holding it suspended, carefully turn the device over several times. If something rattles inside, it means that one or more chips have fallen off and the device cannot be started .
The power supply must match the power consumption of the device. It is necessary to carefully check all connections before starting.
ASIC can only be connected to the Internet via cable.
The optimal indoor air temperature is from +5 to +25C . If it is hot, the device will overheat and fail. Miners should not be used in conditions of high humidity.
The noise level of the operating ASIC is 75 dB . It is almost impossible to sleep with him in the same room or even in the next room. Some craftsmen make or buy ready-made sound-absorbing boxes, but it is better to place them in a garage or hand them over to a mining hotel.
Setting up the ASIC is done via a PC, just like setting up a router. You need to determine the miner’s IP and type it into the top line of the browser. Then enter the interface, complete and save the settings, restart the miner and mining will begin.

Monitoring of work on the pool occurs through a computer or a special application for a smartphone. In order for the device to serve as long as possible, you need to regularly clean it of accumulated dust.

How to increase mining productivity up to 30%?

ASIC miners consist of many silicon chips that perform hashing. It is important to understand that each silicon element may vary slightly in its electrical properties. Some chips hash better than others.

Equipment manufacturers know the frequency that works best for lower quality chips. This is the frequency they use for all chips to ensure that the ASIC meets the stated specifications. This limits the upper limit of the device's hashrate.

Autotuning is a process in which algorithms find the optimal frequency for each chip without considering the ASIC as a single device. For a chip capable of performing more calculations per second, a higher frequency is set.

Automatic firmware tuning allows you to bypass factory restrictions and get more hashrate per watt, which increases miners’ profits.

Braiins has released auto-tuning software called Braiins OS+.

It currently supports Antminer S9, S9 and S9j devices. Developers are already working on support for Antminer S17. This firmware can potentially increase device performance by 20-30%.

Principle of operation

ASIC stands for Special Purpose Integrated Circuit. This is a chip designed strictly to fulfill specific purposes. Such chips are created for various tasks, from controlling mobile phones to audio processing, but the cryptocurrency industry is especially interested in ASICs designed specifically for mining existing cryptographic algorithms.

Mining is performing complex calculations in search of a given number (hash). To find this number, the mining hardware, be it an ASIC or a video card, must perform a lot of operations in a limited time - whoever finds it first will receive a cryptographic system reward. To increase the chance of making a profit, miners join together in pools. But it still makes sense to buy more powerful equipment, since the reward is distributed among the pool participants according to their contribution to the process.

ASIC consists of several main elements:

board with a set of chips;
memory stick;
power unit;
coolers;
connector

Video review of the analysis of the Bitmain S9 ASIC:

Each cryptocurrency operates on the basis of its own hash algorithm, and based on this, the ASIC miner is selected. For example, Bitcoin miners work with the SHA-256 algorithm; Litecoin – with the Scrypt algorithm. A miner developed for a particular algorithm can also be used to mine other coins that use the same algorithm. In addition, miners differ in size and power.

ASIC miner connection process

Although seemingly complicated at first glance, this process is quite easy, especially since each miner comes with a detailed step-by-step installation description.

Usually it looks like this:

Connecting the power supply. We connect its connectors to the device body until a characteristic click is heard, and one of them to the control panel. Usually the connectors for both purposes are the same, which simplifies the task even more.
Synchronization of the router and network cable.
Test run. It is necessary to check that all connections are correct. If everything is done correctly, the indicators and fans will let you know about it.
IP address identification. This data is necessary for subsequent device management. There are many special applications for this task, but you can also use a regular browser by opening the desired page, which will display information about the router.
Setting parameters. All indicators can be adjusted to the desired position using the ASIC web interface: processor frequency and power, updates, and so on.
Save and reload. After these simple steps, the ASIC will be ready to go. The correctness of all settings is checked on the leading processes tab. Statistical information can be found in the pool account.
Hot air removal. Only in this case will the work be uninterrupted.

Please note that before installation you still need to read the appropriate instructions, because, despite the fact that almost all miners are configured in the same way, individual models sometimes have unique features that you need to know about. For problematic issues, you can always contact thematic forums and websites.

Butterfly Labs

American corporation Butterfly Labs (BFL), website products.butterflylabs.com.

BitForce 500Gh/s Mini Rig SC

The device belongs to the professional class. According to the latest information, they earn up to $320 a day with him. Price: ~ $1200; Characteristics of BitForce; SHA256; 500 Gh/s; 1500W; case dimensions in inches: 19x12x16; weight 55 lbs. Includes Nexus 7 touchpad and comes with a lifetime warranty against defective workmanship or component failure.

Table with hashrate, efficiency and price - all models

This table includes ASICs that will only go on sale in the coming months.

Model	Hashrate	Efficiency
ASICs for mining using the SHA256 algorithm
Bitmain Antminer S19 Pro	110 Th/s	29.5 W/Th
Bitmain Antminer S19	95 Th/s	34 W/Th
MicroBT Whatsminer M30s	88 Th/s	38 W/Th
Bitmain Antminer S17+	76 Th/s	40 W/Th
Bitmain Antminer S17e	64 Th/s	45 W/Th
Cheetah Miner F5i-60T	60 Th/s	47 W/Th
Bitmain Antminer S17	59 Th/s	40 W/Th
Canaan Avalon 1166	68 Th/s	47 W/Th
Innosilicon T3+	67 Th/s	49 W/Th
Bitmain Antminer T17	64 Th/s	50 W/Th
MicroBT Whatsminer M21S	58 Th/s	57 W/Th
Canaan Avalon 1146	56 Th/s	57 W/Th
Bitmain Antminer T17e	53 Th/s	57 W/Th
Ebang EBIT E12+	50 Th/s	45 W/Th
ASICs for mining using the Equihash algorithm
Bitmain Antminer Z15	420 kh/s	3.6 W/kh
Innosilicon A9++ ZMaster	140 kh/s	11 W/kh
Bitmain Antminer Z11	135 kh/s	10.5 W/kh
Innosilicon A9+ ZMaster	120 kh/s	11.25 W/kh
Bitmain Antminer Z11J	105 kh/s	13.5 W/kh
ASICs for mining on the X11 algorithm
StrongU STU-U6	420 Gh/s	5 W/Gh
Spondoolies SPx36	540 Gh/s	8 W/Gh
FusionSilicon X7+	320 Gh/s	6.25 W/Gh
FusionSilicon X7	262 Gh/s	4.9 W/Gh
ASIC for mining using the K12 algorithm
BlackMiner F1+	65 Gh/s	13.85 W/Gh
ASICs for mining using the Blake algorithm (14r)
StrongU STU-U1++	52 Th/s	42 W/Th
MicroBT Whatsminer D1	44 Th/s	52 W/Th
Bitmain Antminer DR5	34 Th/s	53 W/Th
ASICs for mining using the Lyra2REv2 algorithm
FusionSilicon X1	12.96 Gh/s	85 W/Gh
Dayun Zig Z1 Pro	13 Gh/s	115 W/Gh
ASICs for mining using the Blake 2B algorithm
Obelisk SC1 Dual	1.10 Th/s	818 W/Th
Obelisk SC1 Slim	550 Gh/	0.8 W/Gh
ASICs for mining using the Scrypt algorithm
Innosilicon A6+ LTC Master	2.2 Gh/s	955 W/Gh
Bitmain Antminer L3++	596 Mh/s	1.75 W/Mh
ASIC for mining using the Tensority algorithm
Bitmain Antminer B7	96 kh/s	5.5 W/kh
ASIC for mining using the CryptoNight algorithm
Antminer X3	220 kh/s	2.27 kh/s
ASICs for mining on the Ethash algorithm
Innosilicon A10 ETHMaster 500	500 Mh/s	1.5 W/Mh
Innosilicon A10 ETHMaster 485	485 Mh/s	1.75 W/Mh

As can be seen from the table, even recently released ASICs have a wide range in their profitability. For example, when comparing Innosilicon products with the equipment of their competitors for mining ether, a two to threefold difference in energy efficiency is visible, which proportionally affects the income of miners.

The best ASICs for Ethereum mining are produced by Innosilicon. They have very good energy efficiency indicators, 2-3 times better than rigs on video cards and ASICs with built-in video cards.

Comparison of the efficiency of ASICs and video cards - which is more profitable?

Initially, it was planned to carry out mining using video cards and farms created on their basis, allowing them to receive a constant income. The advantages of each method can be assessed by comparing objective statistical data.

ASICs for mining that have gained popularity are characterized by the following distinctive features:

quick start;
Software updates are rare;
a small number of components to ensure operation - twisted pair cable for connecting to the network, power supply;
work on a limited number of algorithms;
The ASIC miner functions if there is a server block;
high noise level;
repair is not possible;
resale of ASIC-miner on the secondary market is impossible due to the rapid obsolescence of released models.

Video card farms have the following features:

it is technically possible to mine all types of coins;
silent operation;
there is a possibility of full or partial resale on the secondary market;
maintainability.

Farms require more time to assemble and complete, and the software must be updated frequently, otherwise there will be a speed deficit. Transporting trusses is very difficult; they often break down and require a large number of components.

Table of ASICs with performance for different algorithms

(The table includes ASICs that are just going on sale)

Model	Hashrate	Efficiency
ASICs for mining using the SHA256 algorithm
AntMiner S5	1155 Gh/s	0.51 Watt/GH
AntMiner S5+	7722 Gh/s	0.44 Watt/GH
AntMiner S7	4.73 Th/s	0.25 Watt/GH
AntMiner S9	13.5 Th/s	0.098 Watt/GH
ASICMiner BE Prisma	1400 Gh/s	0.79 Watt/GH
ASICminer 8 Nano Pro	76 Th/s	0.52 Watt/GH
Avalon6	3.5 Th/cm	0.29 Watt/GH
Avalon Miner 841	13.6 Th/s	0.095 Watt/GH
BITFURY B8	50 Th/s	0.128 Watt/GH
BFL Monarch 700Gh/s	700 Gh/s	0.7 Watt/GH
Ebang E10.1	18 Th/s	0.09 Watt/GH
Innosilicon T2 Turbo+ 32T	32 Th/s	0.068 Watt/GH
Holic H22 (available from December 2022)	22 TH/s	0.072 Watt/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 Watt/GH
SP20 Jackson	1.3-1.7 Th/s	0.65 Watt/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 Watt/GH
ASICs for mining using the Scrypt algorithm
Antminer L3	504 Mh/s	1.58 Watt/Mh
Innosilicon A6 LTCMaster	1230 Mh/s	1.22 Watt/Mh
BW L-21	550 Mh/s	1.72 Watt/Mx
ASICs for mining on the X11 algorithm
Innosilicon A5 DashMaster	32 Gh/s	23.43 Watt/GH
Innosilicon A5+ DashMaster	65 Gh/s	23.07 Watt/GH
Spondoolies SPx36 DASH	540 Gh/s	8.14 Watt/GH
iBeLink DM56G	65 Gh/s	37.5 Watt/GH
iBeLink DM22G	22 Gh/s	36.8 Watt/GH
Pinidea Asic X11 DR-100	22 Gh/s	40.9 Watt/GH
ASICs for mining using the CryptoNight algorithm
Antminer X3	220 kh/s	2.27 Watt/Kh
Baikal BK-N240	240 kh/s	2.7 Watt/Kh
PandaMiner B3 Mute	5.52 kh/s	177 Watt/Kh
PandaMiner B3 Pro	5.52 kh/s	177 Watt/Kh
Innosilicon A8+ CryptoMaster	240 kh/s	2 Watt/Kh
ASICs for mining using the Equihash algorithm
Innosilicon A9 ZMaster	50 Ksol/s	12.4 Watt/Ksol
Antminer Z9	40.8 Ksol/s	28.18 Watt/Ksol
Antminer Z9 Mini	10 Ksol/s	30 Watt/Ksol
Zeon 180K	180 Ksol/s	12.22 Watt/Ksol
ASICminer Equihash 40K	40.8 Ksol/s	28.5 Watt/Ksol
PandaMiner B3 Pro	2.04 Ksol/s	502 Watt/Ksol
ASIC for mining using the NEOSCRYPT algorithm
BITTECH NS	63.2 Mh/s	19.77 Watt/Mx
ASIC for mining using the Lyra2REv2 algorithm
Dayun Zig Z1	6.8 Gh/s	176.47 Watt/GH
ASICs for mining using the Blake256 algorithm
Pangolin Whatsminer DCR	44 TH/s	0.05 Watt/GH
iBeLink DSM7T	7 TH/s	0.3 Watt/GH
iBeLink DSM6T	6 TH/s	0.35 Watt/GH
FFMiner DS19	3.1 Th/s	3.1 Th/s
Baikal BK-D	0.28 Th/s	3.92 Watt/GH
Halong Mining DragonMint B29	2.1 Th/s	0.42 Watt/GH
Innosilicon D9 DecredMaster	2.4 Th/s	0.416 Watt/GH
Obelisk DCR1	1.2 Th/s	0.416 Watt/GH
ASICs for mining using the Blake2B algorithm
Halong Mining DragonMint B52	3.83 Th/s	0.36 Watt/GH
Innosilicon S11 SiaMaster	4.3 Th/s	0.32 Watt/GH
ASICs for mining on the Ethash algorithm
Antminer E3 (180Mh)	180 Mx/s	4.44 Watt/Mh
Antminer G2	220 Mh/s	5.45 Watt/Mx
Innosilicon A10 ETHMaster (485Mh)	485 Mh/s	1.75 Watt/Mh
Innosilicon A10 ETHMaster (432Mh)	432 Mh/s	1.71 Watt/Mh
Innosilicon A10 ETHMaster (365Mh)	365 Mh/s	1.78 Watt/Mh
PandaMiner B3 Mute	230 Mh/s	5 Watt/Mh
PandaMiner B3 Pro	230 Mh/s	5.43 Watt/Mx

Before making a choice, you should always look at the current situation on the market - the cryptocurrency rate and the complexity of the network.