P
ProMiner
- With Kryptex for 3 years, 4 months
AMD RX 5700
1 year, 5 months ago- Ownership More than a year
- Pros: Kinda low price, good mining performance, 8GB of VRAM.
- Cons: Old GPU, hot, it is better to take RT 6700 XT.
- Commentary: Hash rate is highly dependent on the BIOS firmware. Ethash (ETHW, ETC, UBQ, EXP) algorithm gives around 52+ MH\s with overclocking of 75% Power limit; 1200-1400 Core Clock, 1780-1880 Memory Clock; 70% fan speed. The KawPow (RVN) algorithm gives about 18 MH\s at a 90% Power limit; a Core Clock of 1200-1400; a Memory Clock of 1750-1800, and a Fan speed of 75-80%. The Autolykos2 algorithm (ERGO) outputs about 100 MH\s with overclocking settings of a Power limit of 90%; a Core Clock of 1200-1400; a Memory Clock of 1750-1800, and a Fan speed of 70%.
AMD RX 6500 XT
1 year, 5 months ago- Ownership Less than a month
- Pros: Kinda low price.
- Cons: Week GPU, only 4GB of memory, which supports very few algorithms and coins. I do not recommend this for purchase.
- Commentary: Ethash (ETHW, ETC, UBQ, EXP) algorithm gives around 14 MH\s with overclocking of 75% Power limit; 1200-1400 Core Clock, 1780-1880 Memory Clock; 70% fan speed. The KawPow (RVN) algorithm gives about 18 MH\s at a 90% Power limit; a Core Clock of 1200-1400; a Memory Clock of 1750-1800, and a Fan speed of 75-80%. The Autolykos2 algorithm (ERGO) outputs about 100 MH\s with overclocking settings of a Power limit of 90%; a Core Clock of 1200-1400; a Memory Clock of 1750-1800, and a Fan speed of 70%.
AMD RX 6600
1 year, 5 months ago- Ownership A few months
- Pros: New card, 8GB memory, stable 30+ MH\s on Ethash algorithm, low power consumption, low price.
- Cons: Average performance in mining. Better to choose RX 6700 XT.
- Commentary: Ethash (ETHW, ETC, UBQ, EXP) algorithm gives around 30+ MH\s with overclocking of 80% Power limit; 1300 Core Clock, 1900 Memory Clock; 60-70% fan speed. The KawPow (RVN) algorithm gives about 13 MH\s at a 100% Power limit; a Core Clock of 1300; a Memory Clock of 1900, and a Fan speed of 75-80%. The Autolykos2 algorithm (ERGO) outputs about 55 MH\s with overclocking settings of a Power limit of 100%; a Core Clock of 1300; a Memory Clock of 1900, and a Fan speed of 75-80%.
AMD RX 6600 XT
1 year, 5 months ago- Ownership A few months
- Pros: New card, 8GB memory, stable 30+ MH\s on Ethash algorithm, low power consumption, low price.
- Cons: Average performance in mining. Better to choose RX 6700 XT.
- Commentary: Ethash (ETHW, ETC, UBQ, EXP) algorithm gives around 30+ MH\s with overclocking of 100% Power limit; 1300 Core Clock, 2300 Memory Clock; 60-70% fan speed. The KawPow (RVN) algorithm gives about 16 MH\s at a 100% Power limit; a Core Clock of 1400; a Memory Clock of 2300, and a Fan speed of 75-80%. The Autolykos2 algorithm (ERGO) outputs about 60 MH\s with overclocking settings of a Power limit of 100%; a Core Clock of 1400; a Memory Clock of 2300, and a Fan speed of 70-80%.
AMD RX 6700 XT
1 year, 5 months ago- Ownership More than a year
- Pros: New card, 12GB of VRAM, stable 47+ MH\s on Ethash algorithm, low power consumption, good price.
- Cons: Almost none. It's a great card for the money. You can look at an alternative to RTX 3060
- Commentary: Ethash (ETHW, ETC, UBQ, EXP) algorithm gives around 47+ MH\s with overclocking of 90% Power limit; 1300-1400 Core Clock, 2100 Memory Clock; 60-70% fan speed. The KawPow (RVN) algorithm gives about 23 MH\s at a 100% Power limit; a Core Clock of 1300-1400; a Memory Clock of 2100, and a Fan speed of 75-80%. The Autolykos2 algorithm (ERGO) outputs about 80 MH\s with overclocking settings of a Power limit of 100%; a Core Clock of 1300-1400; a Memory Clock of 2100, and a Fan speed of 70-80%.
AMD RX 6800 XT
1 year, 5 months ago- Ownership A few months
- Pros: New card, 16GB of VRAM, stable 60+ MH\s on Ethash algorithm.
- Cons: Average performance for its cost. It’s better to look at RTX 3070 Ti or RTX 3080 Ti. Same as RX 6800
- Commentary: Ethash (ETHW, ETC, UBQ, EXP) algorithm gives around 60+ MH\s with overclocking of 90% Power limit; 1300-1400 Core Clock, 2100 Memory Clock; 60-70% fan speed. The KawPow (RVN) algorithm gives about 33 MH\s at a 100% Power limit; a Core Clock of 1300-1400; a Memory Clock of 2100, and a Fan speed of 75-80%. The Autolykos2 algorithm (ERGO) outputs about 110 MH\s with overclocking settings of a Power limit of 100%; a Core Clock of 1300-1400; a Memory Clock of 2100, and a Fan speed of 70-80%.
AMD RX 6800
1 year, 5 months ago- Ownership A few months
- Pros: New card, 16GB of VRAM, stable 60+ MH\s on Ethash algorithm.
- Cons: Average performance for its cost. It’s better to look at RTX 3070 Ti or RTX 3080 Ti
- Commentary: Ethash (ETHW, ETC, UBQ, EXP) algorithm gives around 60+ MH\s with overclocking of 90% Power limit; 1300-1400 Core Clock, 2100 Memory Clock; 60-70% fan speed. The KawPow (RVN) algorithm gives about 33 MH\s at a 100% Power limit; a Core Clock of 1300-1400; a Memory Clock of 2100, and a Fan speed of 75-80%. The Autolykos2 algorithm (ERGO) outputs about 110 MH\s with overclocking settings of a Power limit of 100%; a Core Clock of 1300-1400; a Memory Clock of 2100, and a Fan speed of 70-80%.
AMD RX 6900 XT
1 year, 5 months ago- Ownership A few months
- Pros: New card, 16GB of VRAM, stable 60+ MH\s on Ethash algorithm.
- Cons: Average performance for its cost. It’s better to look at RTX 3070 Ti or RTX 3080 Ti
- Commentary: Ethash (ETHW, ETC, UBQ, EXP) algorithm gives around 60+ MH\s with overclocking of 90% Power limit; 1300-1400 Core Clock, 2100 Memory Clock; 60-70% fan speed. The KawPow (RVN) algorithm gives about 35 MH\s at a 100% Power limit; a Core Clock of 1300-1400; a Memory Clock of 2100, and a Fan speed of 75-80%. The Autolykos2 algorithm (ERGO) outputs about 110 MH\s with overclocking settings of a Power limit of 100%; a Core Clock of 1300-1400; a Memory Clock of 2100, and a Fan speed of 70-80%.
NVIDIA RTX 4090
1 year, 5 months ago- Ownership Less than a month
- Pros: New GPU. High performance in mining.
- Cons: Powerful, but really hot. Ensure that you can provide sufficient cooling and that your power supply has enough power. High price. Very high power consumption. Ensure that you can provide sufficient cooling and that your power supply has enough power. High price. Average performance in mining in comparison with RTX 3080 - 3090. Performance is only 5% better than RTX 3090.
- Commentary: On the Ethash algorithm (ETHW, ETC, UBQ, EXP), it gives around 135 MH\s with overclocking of Power limit 85%; Core Clock +200; Memory Clock +1700, and fan speed 80%+. The KawPow (RVN) algorithm outputs about 60 MH\s at 85% Power limit; Core Clock +200; Memory Clock +1000, and fan speeds 90%+. The Autolykos2 algorithm (ERGO) gives around 285 MH\s with settings of Power limit 85%; Core Clock +200; Memory Clock +1700, and fan speed 70%+.
NVIDIA RTX 3090 TI
1 year, 5 months ago- Ownership More than a year
- Pros: Fast GDDR6X memory, really good for mining. Upgraded version of RTX 3090
- Cons: Powerful, but really hot. Ensure that you can provide sufficient cooling and that your power supply has enough power. High price.
- Commentary: On the Ethash algorithm (ETHW, ETC, UBQ, EXP), it gives around 130 MH\s with overclocking of Power limit 80%; Core Clock -200; Memory Clock +1200, and fan speed 80%+. The KawPow (RVN) algorithm outputs about 60 MH\s at 85% Power limit; Core Clock 0; Memory Clock +1200, fan speeds 90%+. The Autolykos2 algorithm (ERGO) gives around 260 MH\s with a power limit of 80%; Core Clock 0; Memory Clock +1200, and a fan speed of 70%+.
