RTX 4090 GPU Mining Review

The RTX 4090 is a very powerful graphics card that was released in November 2022. It has 16384 CUDA cores and 24 GB of GDDR6X memory(minerstat.com). It has a base clock of 2230 MHz and a boost clock of 2520 MHz. It has a TDP of 450 W.

Kaspa (KAS) Mining with RTX 4090

Kaspa is a cryptocurrency that uses the KHeavyHash algorithm. It is a DAG-based blockchain that aims to provide scalability, security, and decentralization. The RTX 4090 is a very powerful graphics card that can mine Kaspa very efficiently. According to some sources, the RTX 4090 can achieve a hash rate of around 1946 MH/s on Kaspa with a power consumption of 230 W . This means that the RTX 4090 has an efficiency of about 8.46 MH/W on Kaspa.

The best settings for mining Kaspa with the RTX 4090 may vary depending on the mining software, operating system, and other factors. However, some general guidelines are to overclock the core clock by 100 MHz, underclock the memory clock by -2000 MHz on Linux or -1000 MHz on Windows, and set the power limit to 230 W. Some mineres have been able to achieve even better efficiency by locking memory at 810 MHz, setting core clock at 2400 MHz and core offset at 300 MHz. You can also use some mining platforms like Kaspapool or HeroMiners to mine Kaspa with the RTX 4090. You can also use some mining software like Bzminer, lolMiner or Gminer to mine Kaspa with the RTX 4090.

Nexa Mining with RTX 4090

Nexa is a cryptocurrency that uses the Nexapow algorithm. It is a decentralized platform that aims to provide fast, secure, and scalable transactions. The RTX 4090 is a very powerful graphics card that can mine Nexa very efficiently. According to some sources, the RTX 4090 can achieve a hash rate of around 329.28 MH/s on Nexa with a power consumption of 500 W. This means that the RTX 4090 has an efficiency of about 0.66MH/W on Nexa.

The best settings for mining Nexa with the RTX 4090 may vary depending on the mining software, operating system, and other factors. However, some general guidelines are to overclock the core clock by 300 MHz, lock the core clock at 2400 MHz, lock memory to 5000 Mhz on Linux or underclock memory by 1000 Mhz on Windows, and set the power limit to 500 W. You can also use some mining platforms like Kryptex to mine Nexa with the RTX 4090. You can also use some mining software like lolMiner or Rigel to mine Nexa with the RTX 4090.

Dynex (DNX) Mining with RTX 4090

Dynex is a cryptocurrency that uses the DynexSolve algorithm. It is a privacy-focused coin that aims to provide fast, secure, and anonymous transactions. The RTX 4090 is a very powerful graphics card that can mine Dynex very efficiently. According to some sources, the RTX 4090 can achieve a hash rate of around 13790 H/s on Dynex with a power consumption of 450 W. This means that the RTX 4090 has an efficiency of about 73.35 H/W on Dynex.

The best settings for mining Dynex with the RTX 4090 may vary depending on the mining software, operating system, and other factors. However, some general guidelines are to overclock the core clock by 350 MHz, lock the core clock at 2400 MHz, and set the power limit to 450 W. You can also use some mining platforms like Ekapool or Neuropool to mine Dynex with the RTX 4090. You can also use some mining software like OneZeroMiner to mine Dynex with the RTX 4090.

Radiant (RXD) Mining with RTX 4090

Radiant is a cryptocurrency that uses the sha512256d algorithm. It is a fork of Bitcoin that aims to provide fast, secure, and energy-efficient transactions. The RTX 4090 is a very powerful graphics card that can mine Radiant very efficiently. According to some sources, the RTX 4090 can achieve a hash rate of around 3340 MH/s on Radiant with a power consumption of 400 W. This means that the RTX 4090 has an efficiency of about 8.35 MH/W on Radiant.

The best settings for mining Radiant with the RTX 4090 may vary depending on the mining software, operating system, and other factors. However, some general guidelines are to overclock the core clock by 255 MHz, lock the core clock at 2595 MHz, lock the memory clock at 810 MHz, and set the power limit to 400 W. You can also use some mining platforms like WoolyPooly or Vipor to mine Radiant with the RTX 4090. You can also use some mining software like BzMiner, Gminer or SRBMiner to mine Radiant with the RTX 4090.

IronFish (IRON) Mining with RTX 4090

Iron Fish is a cryptocurrency that uses the blake3Ironfish algorithm. It is a privacy-focused coin that aims to provide fast, secure, and anonymous transactions . The RTX 4090 is a very powerful graphics card that can mine Iron Fish very efficiently. According to some sources, the RTX 4090 can achieve a hash rate of around 58000 MH/s on Iron Fish with a power consumption of 330 W. This means that the RTX 4090 has an efficiency of about 175.76%20MH/W on Iron Fish.

The best settings for mining Iron Fish with the RTX 4090 may vary depending on the mining software, operating system, and other factors. However, some general guidelines are to overclock the core clock by 300 MHz, lock the core clock at 2595 MHz, lock the memory clock at 810 MHz, and set the power limit to 400 W. You can also use some mining platforms like HeroMiners or ZkWork to mine Iron Fish with the RTX 4090. You can also use some mining software like lolMiner, BzMiner or Rigel to mine Iron Fish with the RTX 4090.

OctaSpace & Ethereum Classic (ETC) Mining with RTX 4090

Ethash is a popular algorithm that is used by many cryptocurrencies, such as Ethereum (ETH went proof of stake in September 2022 and is not mineable any longer), Ethereum Classic, OctaSpace, and others. The RTX 4090 is a very powerful graphics card that can mine Ethash efficiently. However, it is likely to be affected by the LHR (Lite Hash Rate) feature that limits its performance on some algorithms. According to some sources, the RTX 4090 can achieve a hash rate of around 118 MH/s on Ethash with a power consumption of 328 W. This means that the RTX 4090 has an efficiency of about 0.36MH/W on Ethash.

The best settings for mining Ethash with the RTX 4090 may vary depending on the mining software, operating system, and other factors. However, some general guidelines are to overclock the core clock by 100 MHz, underclock the memory clock by -2000 MHz on Linux or -1000 MHz on Windows, and set the power limit to 230 W. You can also use some mining platforms like NiceHash or Flexpool to mine Ethash with the RTX 4090 . You can also use some mining software like lolMiner or Gminer to mine Ethash with the RTX 4090.

Clore.AI, Neoxa & Ravencoin Mining with RTX 4090

Kawpow is a popular algorithm that is used by many cryptocurrencies, such as Ravencoin, Clore.AI, Neoxa, and others. The RTX 4090 is a very powerful graphics card that can mine Kawpow very efficiently. According to some sources, the RTX 4090 can achieve a hash rate of around 65 MH/s on Kawpow with a power consumption of 400 W . This means that the RTX 4090 has an efficiency of about 0.16 MH/W on Kawpow.

The best settings for mining Kawpow with the RTX 4090 may vary depending on the mining software, operating system, and other factors. However, some general guidelines are to overclock the core clock by 300 MHz, lock the core clock at 2400 MHz, overclock the memory clock by 2400 MHz on Linux or 1200 MHz on Windows, and set the power limit to 500W. You can also use some mining platforms like NiceHash or Flexpool to mine Kawpow with the RTX 4090. You can also use some mining software like lolMiner, BzMiner or Rigel to mine Kawpow with the RTX 4090.

Flux Mining with RTX 4090

Flux is a cryptocurrency that uses the ZelHash algorithm. It is a decentralized platform that aims to provide fast, secure, and scalable applications. RTX 4090 video card can achieve a hash rate of around 144.6 Sol/s on Flux with a power consumption of 330 W . This means that the RTX 4090 has an efficiency of about 0.44%20Sol/W on Flux.

The best settings for mining Flux with the RTX 4090 may vary depending on the mining software, operating system, and other factors. However, some general guidelines are to overclock the core clock by 300 MHz, lock the core clock at 2400 MHz, lock the memory clock at 810 MHz, and set the power limit to 400 W. You can also use some mining platforms like HeroMiners or ZkWork to mine Flux with the RTX 4090. You can also use some mining software like lolMiner, BzMiner or Rigel to mine Flux with the RTX 4090.

RTX 4090 vs RTX 3070 in Mining Efficiency

The RTX 4090 and the RTX 3070 are both powerful graphics cards that can mine various cryptocurrencies. However, the RTX 4090 has more CUDA cores, memory size, and memory bandwidth than the RTX 3070, which gives it an advantage in mining performance. However, the RTX 4090 also has a higher power consumption and cost than the RTX 3070, which affects its mining efficiency.

To compare the mining efficiency of the RTX 4090 and the RTX 3070, we can look at their hash rate per watt ratio on different algorithms. The hash rate per watt ratio is calculated by dividing the hash rate by the power consumption. The higher the ratio, the more efficient the card is at mining.

According to some sources, here are some of the hash rate per watt ratios for the RTX 4090 and the RTX 3070 on some popular algorithms:

Algorithm Coin RTX 4090 Hash Rate RTX 4090 Power RTX 4090 Efficiency RTX 3070 Hash Rate RTX 3070 Power RTX 3070 Efficiency
Ethash Ethereum (ETHW) 118 MH/s 328 W 0.36 MH/W 62 MH/s 115 W 0.54 MH/W
Etchash Ethereum Classic (ETC) 118 MH/s 328 W 0.36 MH/W 61 MH/s 118 W 0.52 MH/W
Kawpow Ravencoin (RVN) 65 MH/s 400 W 0.16 MH/W 30 MH/s 150 W 0.20 MH/W
ZelHashFlux (FLUX)144 Sol/s330 W0.44 Sol/W72 Sol/s149 W0.48 Sol/W
Autolykos2Ergo (ERG)263 MH/s200 W1.32 MH/W173 MH/s120 W1.44 MH/W
KHeavyHashKaspa (KAS)2430 MH/s129 W18.84 MH/WN/AN/AN/A
NexaPowNexa (NEXA)320 MH/s147 W2.18 MH/WN/AN/AN/A
RadiantRadiant (RXD)3340 MH/s400 W8.35 MH/WN/AN/AN/A
Blake3IronfishIron Fish (IRON)58000 Mh/s330 W175.76 Mh/WN/AN/AN/A
As we can see from the table, the RTX 4090 has a higher hash rate than the RTX 3070 on all algorithms, but it also has a higher power consumption. The RTX 3070 has a higher efficiency than the RTX 4090 on Ethash, Etchash, Kawpow, and ZelHash, but it has a lower efficiency than the RTX 4090 on Autolykos2.

Therefore, we can conclude that the RTX 4090 is more powerful but less efficient than the RTX 3070 for mining most cryptocurrencies. However, the efficiency may also depend on other factors such as overclocking settings, mining software, and cooling system. You can use some online calculators to estimate the profitability of mining with different cards and settings.

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