Home » Mining

Cryptocurrency mining on Nvidia Geforce GTX 660 Ti video card

Thanks to the resounding success of Bitcoin, which is the world's first cryptocurrency, mining has become extremely popular. Everyone who is not too lazy has already tried to join the crypto crowd. Some were able to achieve success and start making good money, while others mined half of Bitcoin and decided that they didn’t like it. In any case, mining remains popular, as does the equipment for it. But not every user has the money to purchase expensive and powerful equipment. In fact, even an old GTX 660 is suitable for crypto mining. Therefore, users have questions about what hashrate the card has, what can be mined on the GTX 660, how to overclock it, and whether it has any potential at all.

Briefly about the video card

Nvidia Geforce 660 was developed and released back in 2012, and therefore now it is far from the most popular and current video accelerator, but it is still suitable for crypto mining. At one time, the GTX 660 TI was one of the best budget options among all the GPUs. Even now, the card is suitable for running modern games, but miners are not interested in games. This card is not that good at mining. When compared with the same GTX 1060, the GTX 660 is about four times worse. But if the user does not have money for expensive equipment or simply has several GTX 660 cards lying around, then you can easily make a good farm based on them. They are not suitable for mining ether or bitcoin, but they can mine other less complex currencies. GTX 660 at 4gb no. Over the entire period, only two modifications of the video card were released: two and three gigabytes.

Options

The graphics processor was released to the world back in 2012, and therefore you should not expect anything supernatural from it. This is a mid-level equipment that is perfect for mining alternative coins and those crypts that appeared not so long ago and have a low mining difficulty.

  • Number of CUDA processors: 960 pieces.
  • Number of texture blocks: 80 pieces.
  • Memory bus width: 192 bits
  • Processor clock frequency: 980-1033 MHz.
  • GDDR5 memory capacity: 2048 or 3072 MB.
  • Core frequency: 6000 MHz.

As you can see, the characteristics of the card are really average. But these are not all the features of the card. It is necessary to mention its level of energy consumption. It is only 140 watts. The card is also capable of supporting three monitors at once, but this is unlikely to be needed for mining.

Read also:  NVIDIA RTX 3090 video card: hashrate on Ethereum and card performance in mining other cryptocurrencies

To read: Founder of Bitcoin

Bitcoin or Ethereum, which is better to mine?

Regarding the choice of cryptocurrency for mining in 2022, there have been no significant changes. This year, most GPUs can still mine Ether (ETH) or its forks. As for Bitcoins (BTC), mining the world's first cryptocurrency ceased to be available to ordinary people several years ago, as it requires serious investments, special equipment and access to large amounts of cheap electricity.

This is especially true now, since Bitcoin (BTC) mining generates half of the income after the reward was halved in May. Mining difficulty continues to rise, and in September it updated to a record level of 19.31 trillion at block 649152.

As a result, many popular devices such as the Antminer S9 have become obsolete. After the halving, the most profitable miners were the Whatsminer M30S++ from the Chinese company MicroBT, which can provide a hashrate of up to 112 terahashes per second and generate a profit of just over $8.50 per day, and the Antminer S19 Pro from Bitmain, which can reach a hashrate of 110 TH /s and make a daily profit of just under $8.50.

But the prices for this hardware are pretty steep: A Whatsminer M30S++ costs $1,800, and the Antminer S19 Pro comes in at $2,407.

When it comes to Ethereum and its forks, GPU mining is becoming popular again for several reasons. Firstly, over the past two years, the Ethereum hashrate has decreased by 15% (compared to August 2022) and is now 256.221 TH/s. This means that it is now easier to mine ether.

Secondly, both modern and old card models can still be used for mining. For example, the Nvidia 1050 Ti, released in October 2016, and the Radeon RX 580, released in April 2022, are still very popular.

The prices of such old cards are constantly decreasing as new cards are released, which encourages miners to return to the market. But most importantly, the price of ETH tripled from the beginning of 2022 to the beginning of September, making Ether still very profitable to mine.

There is another factor that is attracting the interest of miners: the upcoming transition to Ethereum 2.0 and the Proof-of-Stake algorithm, which is expected to begin before the end of the year.

A representative from WhatToMine, a popular web-based calculator for estimating the profitability of cryptocurrency mining, told Cointelegraph that demand for ether will continue to be in demand not only this year, but also in 2022:

“In this cycle, we can expect a further expansion of DeFi projects, which in turn will make the ETH network increasingly popular. As a result, the block reward for ETH (the fee portion) should increase cyclically with an overall upward trend, making ETH mining the most profitable for GPU miners.”

Price

At the moment, this video card has been discontinued and cannot be found in stores. The card can only be bought in stores on the Internet or somewhere on the computer components market. During the entire existence of the GTX 660, the two-gigabyte version was the most popular, although the three-gigabyte version looked more relevant.

A lot of well-known brands produced a 2GB version of the graphics processor. Among them are Asus, Palit, Zotac, MSI, but that’s not all. Manufacturers did not introduce any special changes to this model, and therefore did not increase the price. At the time of release, all cards cost from 7,000 to 7,500 rubles. Now their price has remained the same, but in most cases you can find this video accelerator for 5,000 rubles. But Nvidia 660 for three gigabytes at the time of release cost more than 10,000 rubles. It would seem that this model is no longer so relevant, but why has the price not dropped significantly? This is all explained by the high service life of video cards, thanks to which they can easily work for more than 10 years.

Overclocking GTX 660

The video card can be overclocked to increase mining profitability. To do this, use the MSI Afterburner program. But overclocking must be done correctly and carefully, because the equipment may simply fail. Therefore, you need to add the frequency little by little, and as soon as broken balls, crashes and other problems appear, it is better to return to the previous value.

Read also:  Mining on GTX 1080 Ti and 1080. Tablet, overclocking, profitability, consumption, comparison

In general, the GTX 660 has a physical consumption limit, which is 146 watts. It is impossible to exceed it. The limit consumes the GPU and memory, and therefore if you overclock one component, the second will suffer.

Don't forget about setting Power Limit. The fact is that at maximum power consumption, the video card produces the maximum hashrate, but it gets very hot, and the electricity bills will definitely not please you. Therefore, setting the Power Limit to somewhere around 60-80% is really the right decision. In fact, the hashrate will hardly suffer from reducing the Power Limit, but the card will begin to consume much less energy. Then you will have to pay less for electricity, and the equipment itself will not overheat and burn out. But this value should also not be abused, otherwise you may simply be left without any profit, especially since the Nvidia 660 is not that powerful.

To read: How to make money on Yobit exchange Investbox

Profitability and payback

The most profitable currency for mining is Zcash. According to the current Bitcoin exchange rate, such mining will bring $78 per month (at a speed of 790 Sol/s). In this case, it will be possible to pay for the device in 8-10 months.

Below is the profitability of all algorithms.

AlgorithmIncomeIncluding electricity
Ethash$1.68$1.34
Groestl$0.32-$0.19
X11Gost$0.23-$0.18
CryptoNightV7$1.50$1.17
Equihash$2.29$1.83
Lyra2REv2$2.12$1.67
NeoScrypt$1.88$1.43
TimeTravel10$2.58$2.10
X16R$2.64$2.19
Skunkhash$1.83$1.37
NIST5$0.14-$0.31
Xevan$2.21$1.75

The NiceHash calculator predicts an income of $59 per month, without overclocking and electricity costs.

A mining farm with 6 GPUs without overclocking brings in about $450 per month, or $13-15 per day. In 14-16 months, the costs of the farm will be recouped. The time varies depending on the service, overclocking and algorithm.

Hashrate

As practice shows, the video card does not have such a large hashrate. For example, when mining Decred on a GTX 660 there will be only 260 megahashes per second. And if you mine using the CryptoNight algorithm, the power will reach only 100 hashes per second. Lbry algorithm – 10 megahashes per second. But when mining crypt using the Pascal algorithm, the power will reach 50 megahashes per second. It becomes clear that such indicators cannot be compared with the power of modern equipment, but a farm of 4-8 GTX 660 can still be assembled in order to receive passive income, albeit a very small one.

Farm based on GTX 660

A mining farm is a complex structure that consists of many components. It is assembled for the sole purpose of solving complex mathematical problems, as a result of which new blocks are created in the blockchain. But for the work to be effective and productive, you need to assemble the farm correctly. To create a farm based on several GTX 660, the user needs:

  1. HDD. Really, almost any drive will do, but there needs to be enough space for all your wallets and software.
  2. Motherboard. This is literally the heart of the entire farm. It must be chosen correctly and wisely.
  3. A properly selected processor that will work with the motherboard.
  4. Power unit. You can also install two blocks. It is necessary to have a small reserve of power.
  5. Raisers are adapters for connecting GPUs. One riser per video card is required.
  6. A simple monitor for setting up systems and monitoring them.
  7. A frame for installing video cards and other equipment, as well as additional cooling.

However, everything does not end with the correct selection of equipment, its connection and the creation of a good cooling system. You also need to correctly select the coin that will be mined, download the appropriate software and configure it correctly. And after that you can proceed directly to mining.

Benchmark comparison

GPU 1: NVIDIA GRID K2 GPU 2: NVIDIA GRID K1

PassMark - G3D MarkGPU 1
GPU 2
2737
811
PassMark - G2D MarkGPU 1
GPU 2
319
463
Geekbench - OpenCLGPU 1
GPU 2
9175
9677
CompuBench 1.5 Desktop - Face Detection (mPixels/s)GPU 1
GPU 2
18.943
4.591
CompuBench 1.5 Desktop - Ocean Surface Simulation (Frames/s)GPU 1
GPU 2
968.568
169.864
CompuBench 1.5 Desktop - T-Rex (Frames/s)GPU 1
GPU 2
2.51
0.336
CompuBench 1.5 Desktop - Video Composition (Frames/s)GPU 1
GPU 2
32.988
8.734
CompuBench 1.5 Desktop - Bitcoin Mining (mHash/s)GPU 1
GPU 2
114.144
10.43
GFXBench 4.0 - Car Chase Offscreen (Frames)GPU 1
GPU 2
6371
1237
GFXBench 4.0 - Manhattan (Frames)GPU 1
GPU 2
344
354
GFXBench 4.0 - T-Rex (Frames)GPU 1
GPU 2
312
319
GFXBench 4.0 - Car Chase Offscreen (Fps)GPU 1
GPU 2
6371
1237
GFXBench 4.0 - Manhattan (Fps)GPU 1
GPU 2
344
354
GFXBench 4.0 - T-Rex (Fps)GPU 1
GPU 2
312
319
NameNVIDIA GRID K2NVIDIA GRID K1
PassMark - G3D Mark2737811
PassMark - G2D Mark319463
Geekbench - OpenCL91759677
CompuBench 1.5 Desktop - Face Detection (mPixels/s)18.9434.591
CompuBench 1.5 Desktop - Ocean Surface Simulation (Frames/s)968.568169.864
CompuBench 1.5 Desktop - T-Rex (Frames/s)2.510.336
CompuBench 1.5 Desktop - Video Composition (Frames/s)32.9888.734
CompuBench 1.5 Desktop - Bitcoin Mining (mHash/s)114.14410.43
GFXBench 4.0 - Car Chase Offscreen (Frames)63711237
GFXBench 4.0 - Manhattan (Frames)344354
GFXBench 4.0 - T-Rex (Frames)312319
GFXBench 4.0 - Car Chase Offscreen (Fps)63711237
GFXBench 4.0 - Manhattan (Fps)344354
GFXBench 4.0 - T-Rex (Fps)312319

Existing prospects

The fact is that the Nvidia 660 video card simply does not have any special prospects. If you plan to buy such a graphics processor for Bitcoin mining, then you need to understand that this is a stupid idea. Its power is not enough for this. In the case of ether, mining farms on the GTX 660 will cope with the task for another year, no more. Ethereum’s DAG file size is rapidly growing, and therefore it will soon be impossible to mine it on such video cards. Therefore, it is best to purchase this card to mine new cryptocurrencies that have low complexity. It will do an excellent job of mining monero, zek, cash and other similar coins. Some users claim that the card performs best when mining Zcash.

Read also:  Browser mining of Bitcoin and Monero: the best sites and scripts

To read: How to make money on Bitcoins

It turns out that this GPU can only be useful to people with a very limited budget or those who are not interested in top-end coins. Over time, the equipment will pay for itself, but such capacities will very quickly become irrelevant. Therefore, it is best to take the GTX 660 as a small addition to the farm, but do not consider it as the basis for long-term mining. Other budget video cards, but with greater power, are bound to appear soon.

Ways to solve the problem

Check system requirements for Nicehash compatibility:

If your processor is weak or there is not enough RAM, you need to:

  • remove viruses using Avast, dr.Web or another program;
  • clean and defragment the system disk;
  • remove unnecessary programs that have not been used for a long time;
  • free the startup registry;
  • increase RAM (virtually possible);
  • update drivers for video cards and processor.

The latest NiceHash miners are not 32-bit compatible and only work with a 64-bit system.

Intel EM64T processors under microarchitecture from the first to fifth generation Core i7, Core i3, Core i5 and Intel Xeon are suitable for this.

Nicehash does not work with the video card or does not see the processor

Examples of common OS problems:

  • to low productivity;
  • CPU overheating;
  • The efficiency of video cards is 20-30% less;
  • software failures

Nicehash does not recognize NVIDIA or AMD video card

Examples of common problems with NVIDIA, when Nice Miner does not see the video card:

Possible problemElimination
Old version of NVIDIA GPU driversYou need to download and install updated drivers for NVIDIA.
OS version 1607 for Windows 10Upgrade to a later OS or update to Windows
Geforce gpu chips older than Series X9 or gtx 760 (Ti)In NVIDIA Control Panel, optimize DSR-Factors and compute performance
Scalable SLI communication interface enabledDisable SLI technology
The system contains NVIDIA cards along with AMD SapphireRemove all AMD video cards

AMD cards , the resolution of which partially coincides with the correction of the situation for NVIDIA GPUs:

Possible problemElimination
Outdated drivers for AMD cardsInstall the latest drivers for AMD cards
CrossFire technology enabledDisable CrossFire support
In addition to cards from AMD, there are NVIDIA GPUsRemove NVIDIA cards
The system has AMD radeon video cards older than the 400 series, for example rx470 rx480Connect Crimson or Catalyst 15.12 driver, it will help improve performance

Nvidia table.

The first table contains video cards created using AMD technology.

BrandModelCoreMemoryAlgorithmSpeed
AMDR9 390 x210501500Ethereum58Mh/s
AMDR9 39010751500Ethereum31Mh/s
AMDR9 290X11451350Ethereum32.3Mh/s
AMDHD 69508001250Blake256(Decred)1100Mh/s
AMDFirepro V3900650900Blake256(Decred)300Mh/s
AMDR9 290x11501375Ethereum30.5Mh/s
AMDHD68508501200Blake256(Decred)390Mh/s
AMDRX 480 4GB (Hynix VRAM)9501750Ethereum25Mh/s
AMDR7 36010601500Ethereum10Mh/s
AMDHD 6550D800933Blake256(Decred)650Mh/s
AMDR9 39010151500Ethereum26.4Mh/s
AMDR9 39012001700Ethereum31Mh/s
AMDHD 8500M850900Ethereum1.2Mh/s
AMDHD 79509501290Blake256(Decred)1070Mh/s
AMDR9 270X10501500Ethereum11Mh/s
AMDR9 390X11751500Ethereum33.5Mh/s
AMDHD 69909301500Ethereum24Mh/s
AMDR9 39011501500Ethereum30Mh/s
AMD5x R9 290X11001350Ethereum138Mh/s
AMD4x R9 380X9901500Ethereum85.5Mh/s
AMDR7 26510401500Ethereum13.5Mh/s
AMDSapphire r9 290 x3, XFX r9 380x x111501200Ethereum112Mh/s
AMD5x R9 2909601000Ethereum133Mh/s
AMDR7 26510501500Ethereum14.265Mh/s
AMDHD 5570700815Neoscrypt41Kh/s
AMDR9 27010501500Ethereum13.95Mh/s
AMDRX 48012662000Ethereum24.3Mh/s
AMDR9 290X x411031250Ethereum122Mh/s
AMDMSI R9 390 & ASUS R9 290x11401500Ethereum62.29Mh/s
AMDRX 48013302100Ethereum26.7Mh/s
AMDRX 48012662000Ethereum22Mh/s
AMDRX 480 x513152220Ethereum125Mh/s
ASUSR9 280X11001600Ethereum25Mh/s
ASUSR9 Nano1100500Ethereum28.5Mh/s
ASUSR9 280X10001500Neoscrypt445Kh/s
ASUS2õ799010001500Ethereum95Mh/s
ASUS96013001900Ethereum10Mh/s
ASUSHD 79709001375Blake256(Decred)1105Mh
ASUS2xHD7990500750Ethereum92Mh/s
ASUSR9 270x10501400Blake256(Decred)868Mh/s
ASUSHD 787010501250Blake256(Decred)868.9Mh/s
ASUSR9 290X11001350Blake256(Decred)2000Mh/s
ASUSHD79509001250X118.6Mh/s
ASUS280x+797011001500Ethereum42Mh/s
ASUSR7 26510501400Ethereum14.5Mh/s
ASUSR9 290X Direct CU II11111350Ethereum28Mh/s
ASUSR9 27012001375Ethereum16Mh/s
ASUSR9 28011001450Ethereum22Mh/s
ASUSR9 380 strix11006000Ethereum20.5Mh/s
ASUSR9 270x10501400ethminer-algo14.5Mh/s
ASUSR9 390 STRIX10501500X1115Mh/s
ASUSR9 380X STRIX9701425Blake256(Decred)1272Mh/s
ASUSHD 785010001300Ethereum11Mh/s
ASUSHD77701020375Blake256(Decred)390Mh/s
ASUSR9 39011001550Ethereum30Mh/s
ASUSR9 390 STRIX10501500Ethereum32Mh/s
ASUSR7 370 2GB10751450Ethereum15Mh/s
ASUSR9 29011501260Ethereum30Mh/s
ASUSR9 290 DCU II11001260Ethereum30Mh/s
ASUSR9 29011251250Ethereum25Mh/s
ASUS2 x Strix R2809905500Ethereum40.5Mh/s
ASUSR9 290X10005000Ethereum25Mh/s
ASUSR9 380 STRIX10101500Ethereum20.5Mh/s
ASUSR9 280X Direct CU211501625Ethereum22.7Mhs
ASUSR7 370 4GB Strix x611601580Ethereum99Mh/s
ASUSR9 290 Direct CU II x210991260Ethereum61.4Mh/s
ASUSR9 390x OC Strix11871500Ethereum31.9Mh/s
ASUSR9 390 STRIX11001500Ethereum31Mh/s
ASUSR7 370 4G Strix x210505600Ethereum42Mh/s
ASUSR9 295 x210181250Blake256(Vanilla)6.6Gh/s
ASUSR9 295 x210181250Neoscrypt800Kh/s
ASUSR9 295 x210181250X1510Mh/s
ASUSR9 295 x210181250Keccak500Mh/s
ASUSR9 295 x210181250X1313Mh/s
ASUSR9 295 x210181250Qubit31Mh/s
ASUSR9 295 x210181250Lyra2REv232.6Mh/s
ASUSR9 295 x210181250Quark40Mh/s
ASUSR9 295 x210181250Ethereum57.74Mh/s
ASUSR7 37011756720Ethereum17.5 MH/s
ASUSR9 380 STRIX (6x)11001500Ethereum133Mh/s
ASUSHD 78508601000Ethereum12Mh/s
ASUSR9 28010701600Ethereum20Mh/s
ASUSR9 28010701600eth20Mh/s
ASUSR9 28010701600Ethereum20Mh/s
ASUSR9 380 4GB9901425Ethereum20.8Mh/s
ASUSHD787010001200Ethereum13.5Mh/s
ASUSStrix R7 370 2GB10505750Ethereum16Mh/s
ASUSR9 2909471250X1113.1Mh/s
ASUSR9 3809901250scrypt-chacha420Kh/s
ASUSR9 39011501500X1115.5Mh/s
ASUSR7 370 4g10505600X115.3Mh/s
ASUSR7 370 4G(Strix OC)11301500Ethereum14Mh/s
ASUSR9 380x STRIX 4GB10305700Ethereum18Mh/s
ASUSR9 390 Strix11251500Ethereum31Mh/s
ASUSR9 390 x410001500Ethereum120Mh/s
ASUSR9 29010001260Ethereum28.1Mh/s
ASUSR9 390 X 210391500Ethereum42.7Mh/s
ASUSR7 36011001500Blake256(Decred)1500Mh/s
ASUS, POWERCOLOR2 x R7 370 2Gb + 2 x R7 370 2GB11501500Ethereum64Mh/s
ASUS, SAPPHIRER7 370+HD795010501400Ethereum38Mh/s
ASUS, XFXR9 280, R9 280x12006300Ethereum43Mh/s
ATI4300/4500 Series600500Blake256(Decred)30Mh/s
ATIHD 5770960600Blake256(Decred)370Mh/s
CLUB3DR9 29010001250Ethereum26Mh/s
CLUB3DHD 795011501600Ethereum24.7Mh/s
CLUB3DR9 290x11901500Ethereum32.4Mh/s
CLUB3DR9 28011501500Ethereum26.5Mh/s
CLUB3DHD795011001500X1111Mh/s
CLUB3DR9 39010101500Ethereum24.5Mh/s
CLUB3DR9 2709251400Ethereum14Mh/s
CLUB3DR9 280x RoyalQueen10501500Ethereum22Mh/s
CLUB3DHD7870XT10501050Ethereum14.5Mh/s
CLUB3D ROYALQR9 390X10601350Ethereum30Mh/s
DELL7970m10001412Ethereum17Mh/s
GIGABYTEHD797010251425Ethereum17.5Mh/s
GIGABYTER9 290x11001250Ethereum31Mh/s
GIGABYTEHD795011001250Ethereum23Mh/s
GIGABYTEHD795011001250X1110.7Mh/s
GIGABYTER9 39010251500Ethereum27Mh/s
GIGABYTER9 39010251500x1114Mh/s
GIGABYTER9 39010251500Neoscrypt364Kh/s
GIGABYTER9 280x WindForce11001600Ethereum25Mh/s
GIGABYTER9 39010251500x136.2Mh/s
GIGABYTER9 39010251500X154.9Mh/s
GIGABYTER9 39010251500Keccak444Mh/s
GIGABYTER9 39010251500Neoscrypt487Kh/s
GIGABYTER9 39010251500Qubit11.8Mh/s
GIGABYTER9 39010251500Quark18.9Mh/s
GIGABYTER9 39010251500Lyra2v216.3Mh/s
GIGABYTER9 39010251500Lyra2v216.3Mh/s
GIGABYTER9 39010251500Ethereum28.84Mh/s
GIGABYTER9 39010251500Groestl9Mh/s
GIGABYTER9 380X G110001500Ethereum20Mh/s
GIGABYTEHD795010001250Blake256(Decred)1115Mh/s
GIGABYTE8x R9 270x11501500Ethereum125Mh/s
GIGABYTEHD 7870 OC11001800Ethereum16Mh/s
GIGABYTENano1000500Blake256(Decred)2060Mh/s
GIGABYTENano1000500Blake256(Decred)2400Mh/s
GIGABYTENano1000500Ethereum27.7Mh/s
GIGABYTER9 Nano933500Blake256(Decred)2500Mh/s
GIGABYTE2x HD 795010001250Ethereum42Mh/s
GIGABYTER9 NANO1000500neoscrypt700Kh
GIGABYTER9 29011201300Ethereum29Mh/s
GIGABYTER9 29010401250Ethereum26Mh/s
GIGABYTER9 29010401250Ethereum26Mh/s
GIGABYTER9 290x (ref)11751350Ethereum29Mh/s
GIGABYTER9 290X12001350Ethereum31Mh/s
GIGABYTEHD 797010001375Ethereum20Mh/s
GIGABYTER9 270X11001400Blake256(Decred)907Mh/s
GIGABYTER7 260X11886500Ethereum12Mh/s
GIGABYTER9 39011351527Ethereum32Mh/s
GIGABYTER9 290+R9 39012001500Ethereum59Mh/s
GIGABYTE7970+r7950+R9 37010001375Ethereum52Mh/s
GIGABYTE2x R9 38011001100Ethereum38Mh/s
GIGABYTER9 NANO1000500X1119Mh/s
GIGABYTEHD77501000500Blake256(Decred)330Mh/s
GIGABYTER9 NANO1000500Quark14.4Mh/s
GIGABYTER9 NANO1000500Quark25.6Mh/s
GIGABYTER9 Nano1000500Qubit15.8Mh/s
GIGABYTER9 Nano1000500Keccak626Mh/s
GIGABYTER9 Nano1000500X135.5Mh/s
GIGABYTER9 Nano1000500Groestl35Mh/s
GIGABYTER9 Nano1000500X156Mh/s
GIGABYTER9 Nano1000500X137.1Mh/s
GIGABYTER9 Nano1000500X156.8Mh/s
GIGABYTER9 Nano1000500Nist515.3Mh/s
GIGABYTER9 Nano1000500Qubit21.8Mh/s
GIGABYTER9 Nano1000500Lyra2v217Mh/s
GIGABYTER9 Nano1000500Blake256(Vanilla)4400Mh/s
GIGABYTER9 39011271500Ethereum32Mh/s
GIGABYTEHD 58708501200Blake256(Decred)600Mh/s
GIGABYTER9 390 x 611501550Ethereum180Mh/s
GIGABYTER9 29011001500Ethereum30Mh/s
GIGABYTER9 280x11001500Ethereum20Mh/s
GIGABYTER9 29011001500X1115Mh/s
GIGABYTER9 280x11001500X1112Mh/s
GIGABYTER9 280 Windforce10701500Ethereum24Mh/s
GIGABYTER9 380 G1 Gaming9901425Ethereum20Mh/s
GIGABYTER9 380 G1 x 510101500Ethereum95Mh/s
GIGABYTE7970 3GB + R9 380 4GB11151610Ethereum41.94Mh/s
GIGABYTER9 29011101250Ethereum31.16Mh/s
GIGABYTER9 280X11001500Ethereum20.5Mh/s
GIGABYTEHD795012001575Ethereum21Mh/s
GIGABYTER9 29010001250Ethereum & Decred27.8Mh/s + 840Mh/s
GIGABYTER9 295 x210181250Neoscrypt800Kh/s
GIGABYTE295×210181250Ethereum & Decred55.2Mh/s+1934Mh/s
GIGABYTER9 Nano1000500Ethereum & Decred28Mh/s+1685Mh/s
GIGABYTE295×210181250Ethereum & Decred27Mh/s+967Mh/s
GIGABYTER9 295×210181250ETH + DCR57Mh/s&1140Mh/s
GIGABYTER9 295×210181250X1130Mh/s
GIGABYTER7 36012001625Lyra2v22.680Mhs
GIGABYTER9 Nano1000500ETH + DCR28.8Mh+1440Mh
GIGABYTE5X R9 3809901425Ethereum97.8Mh/s
GIGABYTER9 290X1150650Ethereum31Mh/s
GIGABYTER9 39010501500Ethereum27Mh/s
GIGABYTER9 290 OC11441500Ethereum30.1Mh/s
GIGABYTER9 280X11001500Ethereum19Mh/s
GIGABYTE,AMD7970 + R9 290x12001350Ethereum50Mh/s
HISHD69309001200Blake256(Decred)1350Mh/s
HISR9 39011901500Ethereum30Mhs
HISR7 37010001400Ethereum15Mh/s
HISR9 280x11501500Ethereum21Mh/s
HISHD797011251500Ethereum22Mh/s
HISR9 380 IceQ X2 OC 2gb9901375Ethereum19Mh/s
HISHD68709001024Scrypt311Kh/s
HISR7 360 OC10701500Ethereum4.3Mh/s
HISR9 280X IceQ10601600Ethereum18.1Mh/s
HISR9 3809901425Ethereum19.7Mh/s
MSIR9 39011501500Ethereum32Mh/s
MSIR7 360 OC11006500Ethereum4.4Mh/s
MSIR9 3809801425Ethereum18Mh/s
MSIGTX 760 4GB10856008Ethereum4Mh/s
MSIr9 390x12301600Ethereum33.6Mh/s
MSIR9 280x9301500Blake256(Decred)1200Mh/s
MSIR9 280x10191500Blake256(Decred)1342Mh/s
MSIR9 290X1030625Blake256(Decred)1800Mh/s
MSIHD 797010706000Ethereum22Mh/s
MSIR9 39010401500Ethereum29Mh/s
MSI2x R7 37010201400Ethereum31Mh/s
MSIR9 280x Gaming 3G10201500Blake256(Decred)1.3Mh/s
MSIHD 58507251000Neoscrypt74Kh/s
MSIHD 58508001000Neoscrypt83Kh/s
MSIR7 37010301400Ethereum15Mh/s
MSIR9 39010501050Ethereum26Mh/S
MSIGTX 760 4GB10856008Ethereum4Mh/s
MSIR9 290x 8GB11001500Ethereum27Mh/s
MSIHD 5450650800Lyra2rev2169Khs
MSI7950 twin freezer III9601250ethereum20.5Mh/s
MSIR9 39010701500Ethereum27.2Mh/s
MSI6x R9 39011331500Ethereum185Mh/s
MSIGTX 750Ti13502400Ethereum2.3Mh/s
MSIR7 260X13041690Ethereum4.8Mh/s
MSIR9 290X10301500Ethereum25Mh/s
MSIR9 280x11001500Ethereum20Mh/s
MSIR9 39010701500Ethereum27.2Mh/s
MSI3 x R9 390x11501500Ethereum97Mh/s
MSIR9 380 4GB10501500Ethereum21Mh/s
MSI67708001200Blake256(Vanilla)560Mh/s
MSIHD 69508505200Blake256(Decred)650Mh/s
MSI3X R9 38011501500Ethereum66.8Mh/s
MSIR9 2809721250Ethereum20Mh/s
MSIR9 39011901600Ethereum24Mh/s
MSIR9 39011001515Ethereum30.2Mh/s
MSIR7 370 2GB10301400Ethereum15Mh/s
MSIR9 39010401500X115Mh/s
MSIR9 3809801425Ethereum21Mh/s
MSIR9 38011001500Ethereum21.649Mh/s
MSIR7 240800800X112.2Mh/s
MSIR7 240800800X112.2Mh/s
MSIR7 370 Gaming 4G11501500Neoscrypt270Kh/s
MSIR9 390 x611501500Ethereum/Decred190Mh/s & 4400Mh/s
MSIR9 370 x311501500Ethereum52Mh/s
MSIR7 37011501500Ethereum15Mh/s
MSIR9 29010001000Ethereum26Mh/s
MSIR9 Nano1100530Ethereum33Mh/s
MSIHD 69508101250Neoscrypt190Kh/s
MSIHD 58508001050Neoscrypt155Kh/s
MSIR9 28012201500Ethereum22Mh/s
MSIR9 27010501400Ethereum14.5Mh/s
MSIR9 39010401500Ethereum & Decred29.2Mh/sETH
440Mh/sDCR
MSIR9 29511501625Ethereum49Mh/s
MSI8x R9 3901173750Ethereum240-250Mh/s
MSIR9 38010001500Ethereum20.7Mh/s
MSIR7 370 4G10301400Ethereum15Mh/s
MSIR9 380 8GB Gaming Edition10606100Ethereum27Mh/s
MSIR9 380(x)x210501500Ethereum42.5Mh/s
MSIR9 39012501500Ethereum35Mh/s
MSIR9 290X11001250Ethereum31Mh/s
MSIHD7870 OC Twin Frozr III105015000Ethereum18.1Mh/s
MSI2x 390 + 1x 390x12401500Ethereum100Mh/s
MSI3X R9 39010401500Ethereum89.5Mh/s
MSIR9 39011501502Ethereum32Mh/s
MSI5 x R9 39011501500Ethereum160Mh/s
MSIR7 370 Gaming 4G11751600Ethereum14.5Mh/s
MSI & ASUSR9 290X, R9 380, R9 280X, HD78501091,1150,1350,1500,Ethereum31,20,21,20Mh/s
1150,1151500,15
MSI & SAPPHIRER9 280X, R9 285, R39011001600Ethereum70Mhz
MSI & SAPPHIRER9 390 (x2)10401500Ethereum57.5Mh/s
MSI X2, VFX, POWERCOLOR4x HD 799010251500Ethereum194Mh/s
ONE SAPPHIRE & TWO GIGABYTER9 290 Vapor-X x1 & 2x R9290 G1 8GB10301100Blake256(Decred)5200Mh/s
OTHER3x GB R9 390X, MSI R9 290X, GB R9 39012001500Ethereum150Mh/s
POWERCOLORR9 2709551400Blake256(Decred)757.5Mh/s
POWERCOLORHD77508001125Blake256(Decred)250Mh/s
POWERCOLORR9 2709851400Blake256(Decred)815Mh/s
POWERCOLORAXR9 390X 8GBD512301550Ethereum32.4Mh/s
POWERCOLORHD 799010001500Ethereum43Mh/s
POWERCOLORTurboDuo OC10001500Ethereum48Mhs
POWERCOLOR280x10001500Ethereum24Mh/s
POWERCOLORR9 280X10301500Ethereum25Mh/s
POWERCOLORR9 280x10501030Ethereum24Mh/s
POWERCOLORR9 270x11001500Ethereum15Mh/s
POWERCOLORR7 2501030800Ethereum3Mh/s
POWERCOLORR9 3809251200Ethereum19Mh/s
POWERCOLORR9 38011001500Ethereum21.5Mh/s
POWERCOLORHD69509101300Neoscrypt213Kh/s
POWERCOLORRX 480 Red Devil13302200Ethereum30.5Mh/s
POWERCOLORR9 280X10301500Blake256(Decred)1362Mh/s
POWERCOLOR5X R9 39010101500Ethereum125Mh/s
POWERCOLORR7 260X10751500Blake256(Decred)618Mh/s
POWERCOLORHD 78508601200Ethereum0.45Mh/s
POWERCOLORR9 3809801480Ethereum20Mh/s
POWERCOLORR9 390 x21100675Ethereum62.4Mh/s
POWERCOLORR7 260x10101500X110.618Mh/s
POWERCOLORHD 6950895900Blake256(Decred)1200Mh/s
POWERCOLOR6x R9 39011501400Ethereum180Mh/s
POWERCOLORR7 3709901500Ethereum15Mh/s
POWERCOLORR9 380X10501490Ethereum20Mh/s
POWERCOLORR9 380X10201475Ethereum20Mh/s
POWERCOLORRX470 4GB12501750Ethereum22Mh/s
POWERCOLOR + GIGABYTE2xR9 380X + R9 280X10201475Ethereum61Mh/s
POWERCOLOR PCS+R9 39010101500Ethereum23.8Mh/s
POWERCOLOR X3, SAPPHIRE X1R9 280x9001500Ethereum85Mh/s
POWERCOLOR, GIGABYTER9 Fury X, R9380X1132500Ethereum52.43Mh/s
RADEONR9 280x1200500Blake256(Decred)1.587Gh/s
SAPPHIRER9 280x Vapor-x Tri11501500Ethereum21.5Mh/s
SAPPHIRER9 270x12001500Ethereum6.9Mh/s
SAPPHIRER9 290 x 310001250Ethereum75Mh/s
SAPPHIREHD799010001500Ethereum44Mh/s
SAPPHIRER9 Nano1000500Ethereum26Mh/s
SAPPHIREHD 79509501250Ethereum16Mh/s
SAPPHIREHD787010501250Ethereum14Mh/s
SAPPHIRER9 290X (ref)9751250Ethereum25Mh/s
SAPPHIRER9 39010401500Ethereum30Mh/s
SAPPHIRER9 290X Tri-X OC 4GB10711300Ethereum30Mh/s
SAPPHIRER9 290X Tri-X OC 4GB11201300Ethereum31Mh/s
SAPPHIRER9 Nano1000500Blake256(Decred)2900Mh/s
SAPPHIRER9 29010001250Blake256(Decred)1400Mh/s
SAPPHIRE77011001300Blake256(Decred)461.2Mh/s
SAPPHIREHD48506251000Blake256(Decred)200Mh/s
SAPPHIRER9 380 NITRO10101450Blake256(Decred)930Mh/s
SAPPHIREHD77508501200Qubit2.03Mh/s
SAPPHIRER9 38010101450Ethereum20Mh/s
SAPPHIRER9 Nano1000500Blake256(Decred)2060Mh/s
SAPPHIRER9260x11502000Ethereum6.6Mh/S
SAPPHIRER9 29011201150Ethereum30.7Mh/s
SAPPHIREHD795011751375Ethereum20.5Mh/s
SAPPHIRER9 Fury X1050500Ethereum28Mh/s
SAPPHIRER9 390G10401500Ethereum27.5Mh/s
SAPPHIREHD785010001250Ethereum13.5Mh/s
SAPPHIRER9 280x11501500Ethereum22Mh/s
SAPPHIRER9 280X11006200Blake256(Decred)1430Mh/s
SAPPHIRE3 x r9 29010001250Ethereum75Mh
SAPPHIREHD785010501300Ethereum12Mh/s
SAPPHIRER9 295X210001375Ethereum55Mh/s
SAPPHIRE2xHD797011501500Ethereum45.2Mh/s
SAPPHIRER9 29011001250Ethereum30Mh/s
SAPPHIRER9 2859281375Ethereum16Mh/s
SAPPHIRER9 3809851400Blake256(Decred)1009Mh/s
SAPPHIRE2x R9 29011301200Ethereum59Mh/S
SAPPHIRERX 48011002125Ethereum29Mh/s
SAPPHIRER7 260x9501050Ethereum15Mh/s
SAPPHIRERX 47011502199Ethereum30+285Mh/s
SAPPHIRER9 295×210001375Ethereum55Mh/s
SAPPHIRER9 280x10351500Ethereum21Mh/s
SAPPHIRER9 390X10806000Ethereum30+Mh/s
SAPPHIRER9 2809401250Ethereum20Mh/s
SAPPHIRER9 270 Dual X10205600Ethereum14Mh/s
SAPPHIREHD 779012001600Blake256(Decred)688Mh/s
SAPPHIRE2x R9 2909471250Ethereum49Mh/s
SAPPHIRE2x R9 38011511500Ethereum45Mh/s
SAPPHIRER9 28011001450Ethereum20Mh/s
SAPPHIRE2x R9 29011071300Ethereum57Mh/s
SAPPHIREHD65706751000Blake256(Decred)130Mh/s
SAPPHIREHD78701200625Ethereum16.6Mh/s
SAPPHIREHD7790 Dual-X OC10801600Blake256(Decred)700Mh/s
SAPPHIRER9 380 Nitro10501050Ethereum20Mh/s
SAPPHIRER9 390 Nitro12601500Ethereum39Mh/s
SAPPHIRER9 290 Tri-X11251300Ethereum30.2Mh/s
SAPPHIRE2 x 390 Nitro10401150Ethereum56Mh/s
SAPPHIRER9 39011601400Ethereum31Mh/s
SAPPHIRER9 390 Tri-X + 7970 Vaper-X11501650Ethereum53Mh/s
SAPPHIRER9 390X 3x12001600Ethereum92Mh/s
SAPPHIRE3x R9 290 Tri-X11401300Ethereum102Mh/s
SAPPHIRER9 Nano1100500Ethereum30.1Mhs
SAPPHIRER9 390X10251500Ethereum30Mh/s
SAPPHIRER9390xx212501200Ethereum66Mh/s
SAPPHIREHD79509251250Blake256(Decred)1094Mh/s
SAPPHIRER9 28010655800Ethereum20Mh/s
SAPPHIRE5850 Extreme780900Blake256(Decred)500Mh/s
SAPPHIREHD 69508001250Blake256(Decred)1315Mh/s
SAPPHIRER9390x210401500Ethereum57Mh/s
SAPPHIRER9 380X Nitro10401500Ethereum20Mh/s
SAPPHIRER9 280X tri OC crossfire (x2 cg)11001600Ethereum40Mh/s
SAPPHIRER9 38010101450Ethereum22Mh/s
SAPPHIREHD 779010501600Blake256(Decred)600Mh/s
SAPPHIRER9 290XxX + R7 370Ethereum42Mh/s
SAPPHIRE280x11701600Ethereum22.1Mh/s
SAPPHIREHD 5870(Ref) x 28501200Blake256(Decred)1384Mh/s
SAPPHIRER9 390X Nitro w/ Backplate10801500Neoscrypt650~ Kh/s
SAPPHIRER9 270X OC with Boost10701400Neoscrypt300~ Kh/s
SAPPHIRER9 280X Dual X x49751500Hashimoto Dagger84Mh/s
SAPPHIRER7 370 x 511151400Blake256(Decred)3750Mh/s
SAPPHIRER9 270X OC with Boost10701400Neoscrypt300~ Kh/s
SAPPHIRER7 260x11501720Ethereum5.16Mh/s
SAPPHIRER9 270x11001470Qubit7.7Mh/s
SAPPHIRER9 280x *411001500Ethereum89.8Mhs
SAPPHIRER9 280x *311001500Ethereum67.4Mh/s
SAPPHIRER7 240780800Ethereum2.5Mh/s
SAPPHIREHD785011001250Ethereum12.5Mh/s
SAPPHIRER9 280 Tri-x x59501500Ethereum100Mh/s
SAPPHIRER9 380 Nitro10105800Ethereum20.5Mh/s
SAPPHIRER9 390 Nitro w/ Backplate x311701500Ethereum100.4Mh/s
SAPPHIREHD79509255000Ethereum17.4Mh/s
SAPPHIRER9 280x Toxic11501600Ethereum22Mh/s & 530Mh/s
SAPPHIRER9 39011501500Blake256(Decred)1750Mh/s
SAPPHIRER9 280X x310201500Ethereum75.50Mh/s
SAPPHIRER9 380 Nitro10001500Ethereum20.7Mh/s
SAPPHIREHD 779010501600Ethereum5.2Mh/s
SAPPHIRER9 380 x410201500Ethereum83Mh/s
SAPPHIRER9 270 DualX11251500X115.8Mh/s
SAPPHIRER9 295×211001400Ethereum56Mh/s
SAPPHIRER9 39011701600Ethereum35.3Mh/s
SAPPHIRE4x R7 37011751450Ethereum60Mh/s
SAPPHIREHD 779010751500Lyra2v22.820Mhs
SAPPHIRE2xR9 280X et 2xR9 29010001500Ethereum96.5Mhs
SAPPHIRER9 380 2Gb x210001500Ethereum40Mh/s
SAPPHIRER9 290x11001250X1116.8Mh/s
SAPPHIREHD7970 oc with boost10001450Ethereum23Mh/s
SAPPHIRER7 37011141495Ethereum18.5Mh/s
SAPPHIRER7 370 Nitro 4G9855600Ethereum18Mh/s
SAPPHIRER9 290 + HD79509001500Ethereum32Mh/s
SAPPHIRER9 390x Nitro w/ backplate11601550Ethereum31Mh/s
SAPPHIRER9 27010501450Ethereum15Mh/s
SAPPHIRER7 37011751500Ethereum14.7Mh/s
SAPPHIRERX 48011662250Ethereum23.2+820Mh/s
SAPPHIRER9 290 x611501262Ethereum175Mh/s
SAPPHIRERX 48012202295Ethereum28.5Mh/s
SAPPHIRE6x RX 48011002250Ethereum163Mh/s
SAPPHIRER9 39011301500Ethereum32.4Mh/s
SAPPHIRER9 290x11001250Ethereum29Mh/s
SAPPHIRER9 290x x211001250Ethereum58Mh/s
SAPPHIRERX 48012661250Ethereum25Mh/s
SAPPHIRER9 270X11501500X112.227Mh/s
SAPPHIRER9 280 Vapor TriX12001500Ethereum19.9Mh/s
SAPPHIREHD 69508001250Blake256(Decred)780Mh/s
SAPPHIRERX 48011702050Ethereum25.3Mh/s
SAPPHIRER9 280x VaporX 3GB12001500Ethereum18.5Mh/s
SAPPHIRERX 48012202275Ethereum31.6Mh/s
SAPPHIRERX 470 8GB13002100Ethereum26Mh/s
SAPPHIRE MSI HIS3x R9 380 2gb10801444Ethereum65Mh/s
SAPPHIRE, MSI, ASUSR9 380 x2 & R9 390X x211551500Ethereum105Mh/s
SAPPHIRE, XFX2x380, 2x370, 2x7950 1x 2809001300Ethereum120Mhs
SAPPHIRE, XFXR9 280X x211651500Ethereum42Mh/s
VTX3DHD 797010501450Blake256(Decred)1389Mh/s
XFXR9 Fury X1050500Ethereum29.5Mh/s
XFXR9 Fury X1150500Ethereum33.4Mh/s
XFX799010001500Lyra2v226Mh/s
XFX799010001500CryptoNight1100Kh/s
XFX799010001500Neoscrypt850Kh/s
XFX799010001500Quark28Mh/s
XFX799010001500X139.2Mh/s
XFX799010001500X1121.8Mh/s
XFXHD 79509001300Ethereum19.5Mh/s
XFX2×799010001500Blake256(Decred)5100Mh/s
XFXHD797011001500Blake256(Decred)1450Mh/s
XFXHD799010001500Blake256(Decred)2630Mh/s
XFXR9 390x10501500Ethereum27.5Mh/s
XFXR9 295×211001375Ethereum61.5Mh/s
XFXR9 290x Black Edition12401375Ethereum32Mh/s
XFXR9 Fury X1050500Blake256(Decred)2800Mh/s
XFXR9 Fury X1050500Neoscrypt735Kh
XFXHD 795011001500Ethereum22Mh/s
XFXR9 27011501500Ethereum16.5Mhs
XFXR7 37012001500Ethereum17Mh/s
XFXR9 38010501500Ethereum27Mh/s
XFXR9 39011001250Ethereum27.3Mhs
XFXR9 29011001375Ethereum30Mh/s
XFXR9 39011001300Ethereum29Mh/s
XFXR9 28510001500Ethereum20.3Mh/s
XFXR9 28011001500Ethereum21Mh/s
XFX3x R9 29011741440Ethereum96Mh/s
XFXR9 270x12201450Ethereum16.73Mh/s
XFXR9 290(ref)9471250Ethereum27Mh/s
XFXHD69501000600Blake256(Decred)1310Mh/s
XFXR9 28012001500Ethereum21.5Mh/s
XFXR9 3809905700Ethereum19Mh/s
XFXR9 38010501450Ethereum18-20Mh/s
XFXR9 380 Black Edition11001500Ethereum20.97Mh/s
XFXR9 3809901375Neoscrypt360~ Kh/s
XFXHD 797011001375Ethereum20.71Mh/s
XFXR9 380X10401450Ethereum19.5Mh/s
XFXR9 39010151500Ethereum27Mh/s
XFXR9 270x12201500Ethereum30Mh/s
XFXR9 39011031500Ethereum28.5Mh/s
XFX6 x R9 380X9905700Ethereum120Mh/s
XFX2 x HD 7970X10501500Ethereum38Mh/s
XFXR9 39011251650Ethereum32Mh/s
XFXRX 470 4GB12261750Ethereum22.1Mh/s
XFXR9 390 x 311501500Ethereum90Mh/s
XFXHD69508401325Blake256(Decred)620Mh/s
XFXR7 37011001500Ethereum13.9Mh/s
XFXR7 37010651500Ethereum14Mh/s
XFXRX 48012662250Ethereum27Mh/s
XFXR9 390 x411001350Ethereum112Mh/s
XFXRX 480 Black Edition13282000Blake256(Decred)1.65Gh/s
XFXR9 3809901425Ethereum20.3Mh/s

What is the bat file for?

A Bat file allows you to run a program with the necessary parameters and settings; it is an executable file that contains a sequence of commands that the program must execute. In particular, if we are talking about mining, then in a file with the bat extension, in a language understandable to the program, the following is indicated:

  • path to the program exe file
  • cryptocurrency mining algorithm
  • pool address
  • port
  • wallet number
  • type of computing architecture (Cuda, OpenGL)

If necessary, the following data is also added:

  • breadwinner number
  • password
  • E-mail address

For different programs and pools, the set of settings may differ; this is usually indicated on the pages with information about the mining of a particular cryptocurrency on the pool.

Bat file is required to run many popular miner programs:

  • Sgminer
  • CCminer
  • Zec miner
  • Nheqminer
  • Claymores miner

How to create a bat file

The file to launch the program can be created in a regular notepad.

You can work with it as with a regular text document, only when saving the file you must specify the bat extension .

Let's consider an example of a bat file created in notepad for the Zec miner program (miner.exe), which will be used for mining cryptocurrency on the flypool pool.

Mining on old devices

Buying devices on the secondary market is always a risk. It is important to know how carefully the old card was used, overclocked or repaired. You should check the used device on site before purchasing. Mining involves overclocking the device to its maximum limits. Many miners take advantage of this opportunity to quickly pay back an expensive purchase. This may result in loss of performance due to elevated temperatures and improper operation.

Try to use new video cards or new models that already have a reliable cooling system built into them. Such a system will prevent overheating during overclocking. As a rule, the later the card's release date, the more stable and efficient its operation under maximum loads. Which is exactly what is required in mining.

Rating
( 1 rating, average 5 out of 5 )
Did you like the article? Share with friends:
You may also be interested
Mining on the Nvidia GeForce GTX 1650 video card: settings, overclocking, algorithms
Mining on a video card
Mining on a video card: a complete overview of cryptocurrency mining on video cards, choice, profitability, calculators, instructions and recommendations
Mining from scratch on 1 video card: settings for Nvidia and AMD, selection of coins
Mining on the Radeon RX 480 video card: characteristics and settings
Mining on the AMD Radeon RX 570 video card: technical characteristics, performance and overclocking of the graphics card
Is mining on a gtx 1050 ti video card relevant in 2022?
Best BIOS ROM for Sapphire RX 470 8GB Mining Edition with Samsung memory (29-30 MH/s)
Mining on the Radeon RX 470 video card: setup, firmware, overclocking, calculator
More and more users are eager to try their hand at mining
Mining on the Gigabyte Aorus Radeon RX 580 XTR video card: characteristics, hashrate and overclocking
Cryptocurrency mining on a budget video card - how much can you earn? New experiment
More than 250 rubles per day with GeForce GTX 1060 in May 2022 - a reason to mine even on one video card
Where is your iPhone made?
Is it worth going into mining in 2022? Mining farm income [AMD/Nvidia]
Ethereum mining on GeForce RTX 3080: characteristics, hashrate, payback, setup and overclocking
For any suggestions regarding the site: [email protected]
Для любых предложений по сайту: [email protected]