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ProMiner
- With Kryptex for 3 years, 4 months
NVIDIA RTX 2060
1 year, 4 months ago- Ownership More than a year
- Pros: Stable 30 Mh\s on ETHW\ETC Performance, temperature, energy efficient, fast card. Easy to maintain.
- Cons: Just 6 GB of memory, 12 GB version is not much more powerful in mining. It is quite hot because of the chip and the high power consumption. Not economical to mine.
- Commentary: RTX 2060 card is a good solution for gaming and quite mediocre for mining. It has only 6 GB of VRAM, producing only 30 Mh\s on Ethereum. It gets pretty hot and consumes about 100 watts of power. For comparison, the same GTX 1660 Ti\Super give a better hash rate at lower power consumption, and they have lower temperatures. So I do not recommend taking one specifically for mining. It is better to look at the new ones. Ethash (ETHW, ETC, UBQ, EXP) algorithms give me 29+ MH\s with overclocking like Power limit 70%; Core Clock 0; Memory Clock +900; fan speed 60-70%. The KawPow (RVN) algorithm gives about 18 MH\s at 90% Power limit; Core Clock +150; Memory Clock +800; Fan speed 75-80%. The Autolykos2 algorithm (ERGO) gives about 60 MH\s with settings of Power limit 75%; Core Clock +100; Memory Clock +800, and Fan speed 70%.
NVIDIA GTX 1660 SUPER
1 year, 4 months ago- Ownership More than a year
- Pros: Cold, energy efficient, and powerful card. Easy to maintain. Perfect price/quality/performance balance. A great option to get acquainted with mining.
- Cons: It has just 6 GB of VRAM and the performance really depends on the VRAM manufacturer.
- Commentary: It doesn't require complicated setup and maintenance and is easy to overclock. It doesn't require much cooling — even modification with one fan can handle it. The Ethash algorithm (ETC, UBQ, EXP) gives about 29+ MH\s with settings of Power limit 60%; Core Clock 0; Memory Clock +800, and fan speed 40-60%. If Hynix memory, Memory Clock -502. With the KawPow algorithm (RVN) it outputs about 12 MH\s with a Power limit 85%; Core Clock +150; Memory Clock -502; Fan speed 60-75%. The Autolykos2 algorithm (ERGO) gives about 55 MH\s with a Power limit 70%; Core Clock +100; Memory Clock +800; Fan speed of about 50-70%.
NVIDIA GTX 1660 Ti
1 year, 4 months ago- Ownership More than a year
- Pros: Cold, energy efficient, and powerful card. Easy to maintain. Perfect price/quality/performance balance. A great option to get acquainted with mining.
- Cons: It has just 6 GB of VRAM.
- Commentary: It doesn't require complicated setup and maintenance and is easy to overclock. It doesn't require much cooling — even modification with one fan can handle it. The Ethash algorithm (ETC, UBQ, EXP) gives about 29+ MH\s with settings of Power limit 60%; Core Clock 0; Memory Clock +900, and fan speed 40-60%. The KawPow (RVN) algorithm gives about 16 MH\s with settings of Power limit 85%; Core Clock +100; Memory Clock +900, and Fan speed around 60-75%. The Autolykos2 algorithm (ERGO) gives about 55 MH\s with settings of Power limit 70%; Core Clock +100; Memory Clock +900, and Fan speed of about 50-70%.
NVIDIA GTX 1660
1 year, 4 months ago- Ownership More than a year
- Pros: Cold, energy efficient, and powerful card. Easy to maintain. Nice balanced price/quality/performance.
- Cons: It has just 6 GB of VRAM.
- Commentary: It doesn't require complicated setup and maintenance and is easy to overclock. It doesn't require much cooling — even modification with one fan can handle it. The Ethash algorithm (ETC, UBQ, EXP) gives about 25 MH\s with settings of Power limit 65%; Core Clock 0; Memory Clock +600, and fan speed 40-60%. The KawPow (RVN) algorithm gives about 12 MH\s with settings of Power limit 70%; Core Clock 0; Memory Clock +650, and Fan speed 60-75%. The Autolykos2 algorithm (ERGO) gives about 50 MH\s with settings of Power limit 70%; Core Clock +100; Memory Clock +650, and Fan speed 50-70%.
NVIDIA GTX 1650 SUPER
1 year, 4 months ago- Ownership A few months
- Pros: Cold, energy efficient, and powerful card.
- Cons: It has just 4 GB of VRAM, which is not really good for popular mining algorithms.
- Commentary: It doesn't require complicated setup and maintenance and is easy to overclock. It doesn't require much cooling — even modification with one fan can handle it. The Ethash algorithm (ETC, UBQ, EXP) gives about 20 MH\s with settings of Power limit 75%; Core Clock 0; Memory Clock +500, and fan speed 60-70%. The KawPow (RVN) algorithm gives about 12 MH\s with settings of Power limit 90%; Core Clock +150; Memory Clock +750, and Fan speed 70-90%. The Autolykos2 algorithm (ERGO) gives about 38 MH\s with settings of Power limit 90%; Core Clock +150; Memory Clock +650, and Fan speed 70-80%.
