P
ProMiner
- With Kryptex for 3 years, 4 months
NVIDIA RTX 3090
1 year, 4 months ago- Ownership More than a year
- Pros: Fast GDDR6X memory, Perfect for mining. The most powerful RTX 3000 GPUs
- 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 125 MH\s with overclocking of Power limit 80%; Core Clock -200; Memory Clock +1300, fan speed 80%+. The KawPow (RVN) algorithm outputs about 58 MH\s at 85% Power limit; Core Clock 0; Memory Clock +1200, fan speeds 90%+. Finally, the Autolykos2 algorithm (ERGO) gives around 240 MH\s with a power limit 80%; Core Clock 0; Memory Clock +1000, and a fan speed of 70%+.
NVIDIA RTX 3080 Ti
1 year, 4 months ago- Ownership More than a year
- Pros: Fast GDDR6X memory, Very good for mining. The cheaper 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 120 MH\s with overclocking of Power limit 70%; Core Clock -150; Memory Clock +1400, fan speed 70%+. The KawPow (RVN) algorithm outputs about 55 MH\s at 85% Power limit; Core Clock 0; Memory Clock +1100, fan speeds 80%+. The Autolykos2 algorithm (ERGO) gives around 250 MH\s with settings of Power limit 85%; Core Clock +100; Memory Clock +1200, and fan speed 70%+.
NVIDIA RTX 3080 12GB
1 year, 4 months ago- Ownership More than a year
- Pros: Fast GDDR6X memory, 12 GB GPU. Really good for mining.
- Cons: Powerful but hot. Ensure that you can provide sufficient cooling and that your power supply has enough power.
- Commentary: On the Ethash algorithm (ETHW, ETC, UBQ, EXP), it gives around 100 MH\s with overclocking of Power limit 70%; Core Clock -150; Memory Clock +1400, fan speed 70%+. The KawPow (RVN) algorithm outputs about 50 MH\s at 80% Power limit; Core Clock +100; Memory Clock +1200, and fan speeds 80%+. The Autolykos2 algorithm (ERGO) gives around 210 MH\s with settings of Power limit 85%; Core Clock +100; Memory Clock +1200, and fan speed 70%+.
NVIDIA RTX 3080 LHR
1 year, 4 months ago- Ownership More than a year
- Pros: Fast GDDR6X memory, 10 GB GPU. Really good for mining.
- Cons: Powerful but hot. Ensure that you can provide sufficient cooling and that your power supply has enough power.
- Commentary: On the Ethash algorithm (ETHW, ETC, UBQ, EXP), it gives around 100 MH\s with overclocking of Power limit 70%; Core Clock -150; Memory Clock +1400, fan speed 70%+. The KawPow (RVN) algorithm outputs about 50 MH\s at 80% Power limit; Core Clock +100; Memory Clock +1200, and fan speeds 80%+. The Autolykos2 algorithm (ERGO) gives around 210 MH\s with settings of Power limit 85%; Core Clock +100; Memory Clock +1200, and fan speed 70%+.
NVIDIA RTX 3080
1 year, 4 months ago- Ownership More than a year
- Pros: Fast GDDR6X memory, 10 GB GPU. Really good for mining.
- Cons: Powerful but hot. Ensure that you can provide sufficient cooling and that your power supply has enough power.
- Commentary: On the Ethash algorithm (ETHW, ETC, UBQ, EXP), it gives around 100 MH\s with overclocking of Power limit 70%; Core Clock -150; Memory Clock +1400, fan speed 70%+. The KawPow (RVN) algorithm outputs about 50 MH\s at 80% Power limit; Core Clock +100; Memory Clock +1200, and fan speeds 80%+. The Autolykos2 algorithm (ERGO) gives around 210 MH\s with settings of Power limit 85%; Core Clock +100; Memory Clock +1200, and fan speed 70%+.
NVIDIA RTX 3070 Ti
1 year, 4 months ago- Ownership More than a year
- Pros: Fast GDDR6X memory, 8GB graphics card.
- Cons: Powerful but hot. Ensure that you can provide sufficient cooling and that your power supply has enough power.
- Commentary: Efficient card for both gaming and mining. The Ethash algorithm (ETHW, ETC, UBQ, EXP) gives 70+ MH\s with overclocking of Power limit 70%; Core Clock 0; Memory Clock +1400, fan speed 70%+. The KawPow (RVN) algorithm outputs about 38 MH\s at 85% Power limit; Core Clock +150; Memory Clock +1200, and fan speeds 80%+. Finally, the Autolykos2 algorithm (ERGO) gives around 180 MH\s with settings of Power limit 85%; Core Clock +150; Memory Clock +1200, and fan speed 70%+.
NVIDIA RTX 3070 LHR
1 year, 4 months ago- Ownership More than a year
- Pros: Fast GDDR6 memory, 8GB graphics card. Cool and quiet. Best for its price.
- Cons: No memory temperature sensor.
- Commentary: Decent, efficient card for both gaming and mining. On Ethash algorithm (ETHW, ETC, UBQ, EXP) it gives 60+ MH\s with overclocking of Power limit 65%; Core Clock -150; Memory Clock +1100, fan speed 50-70%. With the KawPow (RVN) algorithm it outputs about 29 MH\s at 85% Power limit; Core Clock +0; Memory Clock +1000, fan speeds 70-80%. The Autolykos2 algorithm (ERGO) gives around 170 MH\s with settings of Power limit 85%; Core Clock 0; Memory Clock +1100, and fan speed 70%.
NVIDIA RTX 3070
1 year, 4 months ago- Ownership More than a year
- Pros: Fast GDDR6 memory, 8GB graphics card. Cool and quiet. Best for its price.
- Cons: No memory temperature sensor.
- Commentary: Decent, efficient card for both gaming and mining. On Ethash algorithm (ETHW, ETC, UBQ, EXP) it gives 60+ MH\s with overclocking of Power limit 65%; Core Clock -150; Memory Clock +1100, fan speed 50-70%. With the KawPow (RVN) algorithm it outputs about 29 MH\s at 85% Power limit; Core Clock +0; Memory Clock +1000, fan speeds 70-80%. The Autolykos2 algorithm (ERGO) gives around 170 MH\s with settings of Power limit 85%; Core Clock 0; Memory Clock +1100, and fan speed 70%.
NVIDIA RTX 3060 Ti LHR
1 year, 4 months ago- Ownership More than a year
- Pros: Fast GDDR6 memory, 8GB graphics card. Cool and quiet.
- Cons: No temperature sensor on a rather hot GDDR6 memory. Try to avoid versions with Hynix memory, as they are often faulty or fail quickly. Better to look at RTX 3070
- Commentary: Decent, efficient card for both gaming and mining. The Ethash algorithm (ETHW, ETC, UBQ, EXP) gives 58+ MH\s with overclocking of Power limit 65%; Core Clock -150; Memory Clock +950, fan speed 50-70%. The KawPow (RVN) algorithm outputs about 29 MH\s at 80% Power limit; Core Clock +50; Memory Clock +900, and fan speeds 70-80%. The Autolykos2 algorithm (ERGO) gives around 150 MH\s with settings of Power limit 85%; Core Clock 0; Memory Clock +950, and fan speed 70%.
NVIDIA RTX 3060 Ti
1 year, 4 months ago- Ownership More than a year
- Pros: Fast GDDR6 memory, 8GB graphics card. Cool and quiet.
- Cons: No temperature sensor on a rather hot GDDR6 memory. Try to avoid versions with Hynix memory, as they are often faulty or fail quickly. Better to look at RTX 3070
- Commentary: Decent, efficient card for both gaming and mining. The Ethash algorithm (ETHW, ETC, UBQ, EXP) gives 58+ MH\s with overclocking of Power limit 65%; Core Clock -150; Memory Clock +950, fan speed 50-70%. The KawPow (RVN) algorithm outputs about 29 MH\s at 80% Power limit; Core Clock +50; Memory Clock +900, and fan speeds 70-80%. The Autolykos2 algorithm (ERGO) gives around 150 MH\s with settings of Power limit 85%; Core Clock 0; Memory Clock +950, and fan speed 70%.
