Geforce RTX 3070, RTX 3080, RTX 3090 mining performance forecast. Comparison with previous generation Nvidia graphics cards - Turing and Pascal.

nvidia geforce ampere mining hashrateToday, September 1, 2020, Nvidia announced a new generation of graphics cards, codenamed Ampere. The most powerful RTX 3090 ($ 1499) and RTX 3080 ($ 699) graphics cards will go on sale first in mid-September 2020, followed by the RTX 3070 ($ 499) in October. This time, Nvidia delighted its fans. in terms of technical characteristics, the new generation of RTX video cards surpasses the previous one in all respects, and significantly, which cannot but please gamers and miners, especially since the prices have remained at the same level. Next, we will compare the announced Nvidia RTX 3000 graphics cards with the generation of GTX 1000 and RTX 2000 and try to make a forecast of the performance of video cards in cryptocurrency mining.

All specifications are taken from the official site and from the presentation on Youtube.

And the first thing that surprised us was the increase in CUDA cores by more than two times from 4608 for the Titan RTX to 10496 for the RTX 3090, while also increasing the performance for Ray Tracing and tensor calculations. At the same time, the transistor budget did not grow so much, but only by 50% from 18.6 billion transistors to 28 billion transistors for the largest GPUs (Titan RTX and RTX 3090).

At the same time, the technical specifications do not indicate how many RT blocks and tensor cores are used in the new generation of GPUs, which leads us to the idea that CUDA blocks have become universal, i.e. each Cuda core has blocks for tensor computation and ray tracing.

As another option, Nvidia can mislead us by pointing out the sum of three blocks under the Cuda cores: Cuda for computing, Ray Tracing cores and Tensor cores. But let's not think badly about Nvidia and dwell on the fact that the number of Cuda cores for computing in the 3000 series has actually doubled more than twice.


 Comparison of Nvidia Geforce RTX 3070 graphics card vs RTX 2070 Super, RTX 2070 and GTX 1070

Specifications GTX 1070 RTX 2070 RTX2070S RTX 3070

RTX 3070


RTX 2070 Super

Release date 10.06.2016 20.10.2018 09.07.2019 01.09.2020  
Frequency GPU (BOOST) MHz 1506 (1683) 1410(1620) 1605 (1770)  - (1700)  
Cuda Cores 1920 2304 2560 5888  +130%
GFLOPS FP32 5783 7465 8217 20000 +143%
Memory 8Gb GDDR5 8GB GDDR6 8Gb GDDR6 8Gb GDDR6  
Memory bus width 256bit 256bit 256bit 256bit  
Total memory bandwidth 256Gbit/s  448Gbit/s 448Gbit/s 512Gbit/s +14%
Power usage 150W 175W 175W 220W +26%
Announced price, USD 349 USD 499 USD 499 USD 499 USD  


 RTX 3070 GPU Mining Hashrate (Estimated)

Algorithm GTX 1070 RTX2070 RTX2070S

RTX 3070


Ethash 30Mh/s 42Mh/S 42MH/s 48MH/s
Zhash 65Mh/s 76Mh/s 86MH/s 209Mh/s
BeamHash3 16,5H/s 19H/s 22H/s 53H/s
MTP 2,5MH/s 3,3MH/s 3,9MH/S 9,5MH/s
GRIN32 0,4H/s 0,5H/s 0,6H/s 1.45H/s


nvidia geforce rtx 3070 mining hashrate


 Comparison of Nvidia Geforce RTX 3080 graphics card vs RTX 2080 Super, RTX 2080 and GTX 1080

Specifications GTX 1080 RTX 2080 RTX 2080 Super RTX 3080

RTX 3080 


RTX 2080 Super

Release date 27.05.2016 20.09.2018 23.07.2019 01.09.2020  
Frequency GPU (BOOST) MHz 1607 (1734) 1515 (1734) 1650 (1815)  - (1710)  
Cuda Cores 2560 2944 3072 8704 +183%
GFLOPS FP32 8227 8920 10137 30000 +195%
Memory 8Gb GDDR5x 8Gb GDDR6 8Gb GDDR6 10Gb GDDR6x +25%
Memory bus width 256bit 256bit 256bit 320bit +25%
Total memory bandwidth 320Gbit/s 448Gbit/s 496Gbit/s  760Gbit/s +53%
Power usage 180W 215W 215W 320W +49%
Announced price, USD 499 USD 699 USD 699 USD 699 USD  

 RTX 3080 GPU Mining Hashrate (Estimated)

Algorithm GTX 1080 RTX2080 RTX2080S

RTX 3080


Ethash 40Mh/s 44Mh/S 44MH/s 67MH/s
Zhash 73Mh/s 99Mh/s 111MH/s 327Mh/s
BeamHash3 18,9H/s 26,5H/s 30H/s 88H/s
MTP 2,6MH/s 3,9MH/s 4,4MH/S 13MH/s
GRIN32 0,4H/s 0,65H/s 0,8H/s 2,36H/s


nvidia geforce rtx 3080 mining hashrate


 Comparison of Nvidia Geforce RTX 3090 graphics card vs RTX 2080Ti and GTX 1080Ti

Specifications GTX 1080Ti RTX 2080ti RTX 3090

RTX 3090 


RTX 2080Ti

Release date 10.03.2017 20.09.2018 01.09.2020  
Frequency GPU (BOOST) MHz 1480 (1582) 1350(1545) - (1695)  
Cuda Cores 3584 4352 10496 +141%
GFLOPS FP32 10608 13448 36000 +167%
Memory 11Gb GDDR5x 11Gb GDDR6 24Gb GDDR6x +118%
Memory bus width 352bit 352bit 384bit +9%
Total memory bandwidth 484Gbit/s 616Gbit/s 936Gbit/s +52%
Power usage 250W 250W 350W +40%
Announced price, USD 650 USD 999 USD 1499 USD +50%

 RTX 3090 GPU Mining Hashrate (Estimated)

Algorithm GTX 1080Ti RTX2080Ti

RTX 3090


Ethash 50Mh/s 57Mh/S 86MH/s
Zhash 99Mh/s 133Mh/s 355Mh/s
BeamHash3 27,6H/s 32H/s 105H/s
MTP 3,9MH/s 5,5MH/s 14,6MH/s
GRIN32 0,63H/s 1H/s 2,67H/s


nvidia geforce rtx 3090 mining hashrate

Conclusion: Until it becomes finally clear how Nvidia managed to increase the number of Cuda cores more than twice with an increase in the number of transistors by only 50%, all our forecasts for the hash rate of video cards can be considered as information. Because It is possible that Nvidia has implemented a completely new architecture of Cuda cores in the RTX 3000 series video cards and a simple comparison of performance in GFLOPS GPU and Gbit/s memory systems will not work here. Especially considering the fact that the older RTX 3080 and RTX 3090 models have new GDDR6x memory for which miners have yet to optimize for mining cryptocurrency. If we recall the generation of Pascal, when the new at that time GDDR5X memory was also in the GTX1080 and GTX1080ti video cards, then at first these video cards showed performance on the Dagger Hashimoto algorithm at the level of the mid-budget GTX 1060 and GTX 1070 video cards with traditional GDDR5 memory.

Actually, because of this, you should not consider now these video cards for purchase for mining, For some time they can show significantly lower results in mining until the developers of the miners optimize their software for new video cards.