The current table with the hashrate of videocards for 2022

hashrate of video cards on popular mining algorithms

As of early 2022, video card mining continues to be quite profitable, despite the fact that the mining boom has been going on for over a year, which in itself is not an ordinary event. All last year, as well as several years before, the most popular and profitable cryptocurrency for mining remains Ethereum with the mining algorithm Ethash or Dagger-Hashimoto. Also in 2021 we can observe a trend of using algorithms similar to Ethash (Kawpow, FiroPow, Etchash) for mining altcoins, i.e. using DAG files to load them into video card memory. Which requires video cards with at least 4Gb of video memory to mine. Recall that Ethereum mining requires 6Gb of video memory.

There are, of course, projects that mainly require only computing power (TON, Alephium, ZelCash), but none of them could keep the leadership in terms of profitability of mining for a long time. Therefore, the main algorithms for mining in 2022 remain Ethash, ETCHash, KawPow, FiroPow, ProgPow. GPU dependent algorithms include Zhash, BeamHash, and various variations of Equihash, which will continue to be relevant for video card mining in 2022.

The new projects with POW mining are first of all aimed at those miners who can not mine Ethereum, i.e. the owners of video cards with 4Gb of video memory or even less. Because in the current situation Ethereum has not yet switched to POS mining, it is quite difficult to compete with it.

The computer hardware market did not change dramatically in 2021, as AMD and Nvidia only expanded their product line of RX 6000 and RTX 3000 graphics cards. Intel managed to release only the most junior video card Intel DG2 which is of no practical interest for mining.

You can read the hash table of video cards for the past year 2021 at this link

To quickly calculate the payback of video cards in mining and choose the most profitable cryptocurrency for mining on video cards and Asics, use the specialized website calculator. 

 Mining Calculator Profit-mine.com

The main intrigue in 2022 will unfold around Ethereum's transition from POW to POS mining, i.e. video cards will no longer be needed to mine Ethereum. What will dramatically change the entire GPU mining market and what crypto coin will replace ETH is now very difficult to predict. According to the developers' promises such transition should take place in the second half of the year, but considering the fact that now the testing of this transition has significant problems, and the fact of transition to POS is promised since 2016, the fact of Ethereum transition to POS in 2022 can still be questioned.

 Compared to 2021, we removed the GRIN29 and GRIN32 algorithms from the video card hash table, and replaced MTP with FiroPow. 

AMD graphics cards hashrate table: 

GPU

ETHash/

Etchash

Zhash BEAM3

Crypto-

NightGPU

Octopus FiroPow ProgPow KawPow
RX560   7H/s

 7H/s

70W

       

4,3Mh/s

53W

RX470/570

22-31Mh/s

120W

 24H/s

100W

13,5H/s

110W

 640H/s

110W

 5Mh/s

100W

14Mh/s

170W

 8,7Mh/s

100W

13Mh/s

120W

RX480/580

24-33Mh/s

130W

28H/s

110W

15,5H/s

120W

760H/s

120W 

 5,5Mh/s

125W

14,5Mh/s

170W

10,3Mh/s

130W 

14Mh/s

140W

RX590

25-33Mh/s

150W

 28H/s

110W

 16H/s

140W

770H/s

130W 

 5,6Mh/s

130W

14,7Mh/s

180W

10,6Mh/s

150W 

14Mh/s

150W

RX5500XT

26Mh/s

65W

 33H/s

90W

 13H/s

85W

 250H/s

100W

 9.8Mh/s

65W

 

9,6Mh/s

120W 

10,5Mh/s

125W

RX5600XT

42,5 Mh/s

94W

 38H/s

110W

 20.5H/s

110W

 1250H/s

130W

11,5Mh/s

90W 

18Mh/s

130W

14,6Mh/s

150W 

21,3Mh/s

150W

RX5700 

48-60Mh/s

140W

 46H/s

140W

 23,5H/s

130W

 1300H/s

140W

 13,7Mh/s

110W

21,5Mh/s

160W

14,5Mh/s

150W 

26MH/s

150W

RX5700XT

48-60MH/s

140W

 48H/s

140W

24.5H/s

130W

 1700H/s

140W

15Mh/s

110W 

23,5Mh/s

160W

16,4Mh/s

190W 

 28Mh/s

160W

Vega 56

45-55Mh/s

180W

 34H/s

230W

28H/s

200W

 1300H/s

250W

7Mh/s

150W 

23,5Mh/s

230W

17,3Mh/s

200W

25Mh/s

190W

Vega 64

45-55Mh/s

180W

 44h/s

250W

29H/s

200W 

1600H/s

250W 

8Mh/s

150W 

26Mh/s

250W

20,5Mh/s

250W

26Mh/s

190W

Vega 7

100-116Mh/s

230W

 49H/s

180W

 43H/s

190W

 

 16.6Mh/s

180W

33Mh/s

240W

30,3Mh/s

250W

40Mh/s

220W

RX6600

29Mh/s

55W

         

 

 13,5Mh/s

70W

RX6600XT

32,5Mh/s

80W

 34H/s

90W

 15H/s

78W

 1350H/s

80W

 

16Mh/s

110W

 9,6MH/s

60W

17,5Mh/s

110W

RX6700XT

45-50Mh/s

130W

67H/s

180W

 22H/s

130W

 2000H/s

130W

 29Mh/s

180W

24Mh/s

160W

 21,8Mh/s

170W

24Mh/s

200W

RX6800

64Mh/s

150W

73H/s

130W

36Mh/s

150W

 3300H/s

180W

 37Mh/s

180W

35Mh/s

200W

 25Mh/s

170W

32Mh/s

200W

RX6800XT

64MH/s

150W

 90H/s

150W

 36H/s

150W

3400H/s

180W 

 44Mh/s

190W

35Mh/s

200W

 27,6Mh/s

200W

 33Mh/s

200W

RX6900XT

 64MH/s

150W

 90H/s

180W

 38H/s

150W

 3500H/s

200W

 46Mh/s

200W

36Mh/s

220W

32Mh/s

270W 

 33Mh/s

220W

Maximum performance of AMD video cards on Ethash, ETChash mining algorithm. Kawpow, FiroPOW and ProgPow is achieved by changing video memory timings.

 

Available software for mining on AMD graphics cards

Ethash: Claymore`s Dual mining, Ethermine, Phoenix miner, TeamRedMiner

Zhash, Beam: Lolminer, Bminer, 

Grin: Bminer, Gringoldminer, acegrinminer, gminer, lolminer

ProgPOW: progpowminer amd, ethminer

KawPow:NBminer, kawpowminer, teamredminer

MTP: teamredminer

 AMD ethereum ethash, etchash, kawpow, progpow video card hashrate

 

NVIDIA GPU-based graphics cards hash table 

GPU

ETHASH/

ETCHASH

Zhash BEAM3

Crypto-

NightGPU

Octopus FiroPow ProgPow KawPow
GTX1050Ti 4GB

 14Mh/s

70W

20-22H/s

75W

6H/s

80W

520H/s

70W

 1,4Mh/s

70W

 

 6,4Mh/s

80W

7Mh/s

80W

GTX1060 6GB

17-23Mh/s

90W

35-40H/s

90W

10.5H/s

90W

750H/s

90W

4,8Mh/s

 90W

7,5Mh/s

90W

 9Mh/s

90W

10-12Mh/s

90W

GTX1070 

 24-28Mh/s

120W

60-65H/s

130W

17 H/s

130W

1300H/s

130W

 8Mh/s

130W

12,5Mh/s

130W

 13,5Mh/s

130W

14-15Mh/s

130W

GTX1070Ti

 25-29Mh/s

130W

64-74H/s

130W

19H/s

150W 

1500H/s

130W

 9 Mh/s

130W

13,5Mh/s

130W

 15Mh/s

130W

15-16Mh/s

130W

GTX1080 

30-37Mh/s

150W

67-73H/s

150W

20H/s 

150W

1700H/s

150W

10.5Mh/s

170W 

16,5Mh/s

160W

 16,9MH/s

160W

16-18Mh/s

160W

GTX1080TI 

 40-48Mh/s

190W

89-99H/s

200W

27,6H/s

190W

2300H/s

190W

13.6Mh/s

200W 

24,8Mh/s

190W

 21,5Mh/s

200W

23-27Mh/s

210W

GTX1650

 14-16MH/s

55W

21-25H/s

70W

  6H/s

50W

850H/s

75W

   

 7Mh/s

75W

 7Mh/s

65W

GTX1650S

16Mh/s

70W

 23-27H/s

70W

 6.8H/s

70W

1200H/s

110W

   

10,3MH/s

100W 

12Mh/s

100W 

GTX1660

 20-25Mh/s

90W

37H/s

90W

14.5H/s

90W

1300H/s

90W

 20Mh/s

80W

11,3Mh/s

90W

 10,7Mh/s

90W

12Mh/s

90W

GTX1660S

25-31Mh/s

110W

39H/s

110W

 15.2H/s

90W

1300H/s

90W

22.4Mh/s

100W 

14Mh/s

120W

11,3Mh/s

100W 

13MH/s

120W

GTX1660Ti

 24-31,5Mh/s

100W

47H/s

90W

15.4H/s

90W

1320H/s

90W

24.7Mh/s

100W 

14Mh/s

120W

13,3H/s

100W 

15-16Mh/s

120W

RTX2060 

 25-30Mh/s

130W

 54H/s

130W

20H/s

130W

1600H/s

130W

 33Mh/s

120W

16,3Mh/s

130W

18Mh/s

130W

17Mh/s

125W

RTX2060S 

 36-42 Mh/s

140W

74 H/s

160W

 21h/s

140W

1650H/s

130W

38Mh/s

170W 

17Mh/s

130W

 19Mh/s

140W

 19Mh/s

130W

RTX2070 

 36-42Mh/s

150W

76H/s 

160W

23H/s 

150W

1850H/s

150W

40Mh/s

190W 

20Mh/s

140W

 21Mh/s

150W

21-22Mh/s

160W

RTX2070S 

 36-42Mh/s

150W

86H/s

180W

 26H/s

180W

2180H/s

200W

 46Mh/s

170W

21Mh/s

140W

 22Mh/s

160W

27Mh/s

210W

RTX2080 

36-44Mh/s

150W

 95-99H/s

190W

30H/s 

190W

2600H/s

190W

 47,8Mh/s

210W

23Mh/s

150W

 26,5Mh/s

190W

 28Mh/s

190Mh/s

RTX2080S

36-44Mh/s

150W

 100H/s

200W

31H/s

200W 

2800H/s

200W

 52,3Mh/s

250W

28Mh/s

170W

28Mh/s

210W 

 

28,6 MH/s

210W

RTX2080Ti 

 50-57Mh/s

220W

133 H/s

220W 

38H/s

220W

3100H/s

220W

 65Mh/s

250W

30Mh/s

190W

 31,5Mh/s

220W

35-37Mh/s

210W

RTX 3050

28Mh/s

75W

     

 26Mh/s

115W

 13,7Mh/s

115W

 

 13,6Mh/s

115W

RTX3060

25-50MH/s*

130W

72H/s

160W

26 H/s

160W

 

 45,5Mh/s

180W

20,5Mh/s

140W

24.7MH/s

160W

24Mh/s

170W

RTX 3060 LHR

25-50MH/s**

120W

 72H/s

160W

 26H/s

160W

2800H/s

190W

45.5Mh/s

180W 

20,5Mh/s

140W

 24,7Mh/s

160W

 22Mh/s

140W

RTX3060Ti

55-63Mh/s

130W

 95H/s

120W

33H/s

180W

2850H/s

190H/s

 48Mh/s

190W

23Mh/s

150W

 26MH/s

1200W

30MH/s

200W

RTX3060TI LHR

30-61 MH/s**

125W

 95H/s

120W

 33H/s

180W

2800H/s

190W

48Mh/s

190W 

23Mh/s

150W

 26Mh/s

200W

 30Mh/s

200W

RTX3070

55-63MH/s

135W

107H/s

180W

34H/s

180W

2900H/s

180W

52,7Mh/s

180W 

25Mh/s

150W

 31,5Mh/s

210W

31,5Mh/s

180W

RTX3070 LHR

30-62 MH/s**

120W

 107H/s

180W

 34H/s

180W

2900H/s

180W

52,7MH/s

180W 

25Mh/s

150W

 31,5Mh/s

210W

 27,6Mh/s

180W

RTX3070ti

40-81Mh/s*

190W

 110H/s

180W

 35H/s

180W

3200H/s

210

 76Mh/s

250W

30,5Mh/s

220W

 34,5Mh/s

210W

40Mh/s

250W

RTX3080

95-105Mh/s

240W

 135W

250W

 46H/s

250W

3700H/s

250W

95Mh/s

280W 

41Mh/s

250W

 39Mh/s

250W

50Mh/s

270W

RTX 3080 LHR

45-100MH/s**

220W

 135W

250W

 46H/s

250W

3700H/s

250W

95Mh/s

280W 

41Mh/s

250W

 39Mh/s

250W

39,5Mh/s

250W 

RTX 3080 12Gb

50-110Mh/s*

270W

             
RTX3080Ti

57-120Mh/s*

300W

 150H/s

250W

 54H/s

280W

4200H/s

280W

95Mh/s

280W 

49Mh/s

280W

 45Mh/s

280W

60Mh/s

350W

RTX3090

100-122Mh/s

350W

 155H/s

250W

56H/s

290W

4600H/s

280W

 100Mh/s

300W

50Mh/s

310W

50,7Mh/s

320W

61Mh/s

370W

RTX3090Ti

130Mh/s

300W

     

 123Mh/s

420W

59Mh/s

380W

 

65Mh/s

400W

CMP 30HX

32Mh/s

75W

 37H/s

100W

   

 27Mh/s

125W

   

15MH/s

130W

CMP 50HX

58Mh/s

140W

     

 37Mh/s

200W

   

30Mh/s

200W

CMP 70HX

81Mh/s

190W

 63H/s

210W

 24.4H/s

210W

 

 59Mh/s

200W

   

31 Mh/s

210W

CMP 90HX

101Mh/s

230W

     

 61Mh/s

250W

   

42Mh/s

250W

CMP 170HX

160Mh/s

210W

     

 68Mh/s

240W

 

 55Mh/s

200W

 56Mh/s

250W

RTX A2000

40Mh/s

65W

           

15Mh/s

70W

RTX A4000

63Mh/s

160W

87H/s

160W

31H/s

160W

       

24Mh/s

160W

RTX A5000

105Mh/s

260W

123H/s

260W

43H/s

260W

       

45Mh/s

260W

*Limit in Nvidia drivers

**LHR (Low Hash Rate) - hardware limitations of Nvidia video cards in cryptocurrency mining, partially cracked in NBminer

Nvidia Geforceia GTX GTX 1060, GTX 1070, GTX 1070Ti, GTX 1080, GTX 1080Ti video cards will have a drop in ETHash hash rate over time due to an increase in DAG file and insufficient GPU power to maintain the megash output at the same level.

 

 

Available software for mining on Nvidia graphics cards:

Ethash: Claymore`s Dual mining, Ethermine, Pheonix miner, Bminer
CryptonightR: CryptoDredge, XMRIG-Nvidia, XMR Stack,

Zhash:  Bminer, Gminer, lolminer, miniZ, Funakoshi miner, 

Beam: Bminer, Gminer, lolminer,

GRIN: acegrinminer, bminer, gminer, nbminer, gringoldminer

ProgPOW: Progpowminer Nvidia, ethminer

KawPow: NBminer, Gminer, kawpowminer

 

A unique Ethereum mining pool combined with an exchange where you can trade and exchange tokens, as well as withdraw the earned money to your bank card:

 

 Ethereum Binance Pool

The above mentioned hash rate and power consumption of video cards should be understood as possible, since it depends on a large number of factors: miner software, video card manufacturer, memory manufacturer, overclocking, downvolting.

Video card hash table will be updated throughout 2021, for quick access to this article there is a link to this material in the right menu section "RECOMMEND".

 Nvidia video cards hashrate in mining cryptocurrencies ethereum, ravencoin, firo, beam, zelcahs