Nvidia RTX 3070 Profitability

-$0.14

/day

30.08 j/Mh

Hashrate

2.094124Mh

Power

63.0W

Algorithm

NexaPoW

2925.61%

Description

Model Nvidia RTX 3070 from Nvidia mining algorithm NexaPoW with a maximum hashrate of 2.094124M for a power consumption of 108w.

Specification

Base Clock	1500 MHz
Boost Clock	1730 MHz
CUDA cores	5888
GPU Power	220 W
Max Memory Size	8 GB
Max temp.	93°C
Memory Clock	9500 MHz
Memory Interface	256 Bits
Memory Type	GDDR6
Release	October 2020

Profitability

Period	/Day	/Week	/Month	/Year
Income	$0.01	$0.07	$0.30	$3.65
Cost $0.1/kWh	$0.20	$1.40	$6.00	$73.00
Profitability	-$0.19	-$1.33	-$5.70	-$69.35

Algorithms

Algorithm	Hashrate	Power	Efficiency	Income	Cost	Profit
KAWPOW 28.915703Mh - 152.0W	28.915703Mh	152.0W	0.19 j/h	$0.39	$0.36	$0.03 /day
Octopus 47.257521Mh - 129.0W	47.257521Mh	129.0W	0.37 j/h	$0.33	$0.31	$0.02 /day
Autolykos2 173.125703Mh - 130.0W	173.125703Mh	130.0W	1.33 j/h	$0.30	$0.31	-$0.01 /day
BeamHashIII 30Hh - 119.0W	30Hh	119.0W	0.25 j/h	$0.25	$0.29	-$0.04 /day
Zhash 80Hh - 119.0W	80Hh	119.0W	0.67 j/h	$0.23	$0.29	-$0.06 /day
CuckooCycle 7Hh - 108.0W	7Hh	108.0W	0.06 j/h	$0.19	$0.26	-$0.07 /day
X16Rv2 176.201Kh - 45.0W	176.201Kh	45.0W	3.92 j/h	$0.00	$0.11	-$0.11 /day
NeoScrypt 1.49027Mh - 112.0W	1.49027Mh	112.0W	0.01 j/h	$0.13	$0.27	-$0.14 /day
NexaPoW 2.094124Mh - 63.0W	2.094124Mh	63.0W	30.08 j/Mh	$0.01	$0.15	-$0.14 /day
Etchash 61.785703Mh - 117.0W	61.785703Mh	117.0W	0.53 j/h	$0.09	$0.28	-$0.19 /day
Keccak 1.174127461Gh - 122.0W	1.174127461Gh	122.0W	0.01 j/h	$0.07	$0.29	-$0.22 /day
Ethash 61.785703Mh - 117.0W	61.785703Mh	117.0W	1.89 j/Mh	$0.05	$0.28	-$0.23 /day
X16R 18.16164Mh - 102.0W	18.16164Mh	102.0W	0.18 j/h	$0.00	$0.24	-$0.24 /day
Cuckatoo32 0Hh - 109.0W	0Hh	109.0W	Inf j/Hh	$0.00	$0.26	-$0.26 /day
RandomX 923Hh - 126.0W	923Hh	126.0W	j/Mh	$0.02	$0.30	-$0.28 /day
Lyra2REv2 71.03535Mh - 119.0W	71.03535Mh	119.0W	1.68 j/Mh	$0.00	$0.29	-$0.29 /day
KHeavyHash 522.553988Mh - 124.0W	522.553988Mh	124.0W	j/Gh	$0.00	$0.30	-$0.30 /day
Blake (2s) 6.541506382Gh - 124.0W	6.541506382Gh	124.0W	0.05 j/h	$0.00	$0.30	-$0.30 /day
Lyra2z 5.7952Mh - 125.0W	5.7952Mh	125.0W	0.05 j/h	$0.00	$0.30	-$0.30 /day
Eaglesong 1.263Mh - 203.0W	1.263Mh	203.0W	j/Gh	$0.00	$0.49	-$0.49 /day
Blake3 1.4269677Gh - 235.0W	1.4269677Gh	235.0W	164.68 j/Gh	$0.00	$0.56	-$0.56 /day

Mining pools

Pool	Start Mining
Nicehash	nicehash.com
Mining Rig Rental	miningrigrental.com
zpool	zpool.ca
XmrPool	xmrpool.net
Zergpool	zergpool.com
XmrPool Hub	xmrpoolhub.com
Mining Pool Hub	miningpoolhub.com

Carbon Footprint

Estimating the carbon footprint from the cryptocurrency mining operations of the Nvidia RTX 3070 in a year, based on energy consumption and various energy sources

Energy Source	Carbon Intensity (gCO2e/kWh)	Yearly Power Consumption (kWh)	Yearly Carbon Footprint (kgCO2e/year)
Wind	11	933	10
Nuclear	12	933	11
Hydroelectric	24	933	22
Geothermal	38	933	35
Solar	45	933	41
Biofuels	230	933	214
Gas	490	933	457
Coal	820	933	765

Data Source: lowcarbonpower.org

Warning: The numbers provided above are merely an estimate of the carbon footprint resulting from cryptocurrency mining. They are presented for informational purposes and should be seen as references only, not as an absolute exact figure. The actual carbon emissions can vary based on many different factors such as the approach, calculation methods, and specific parameters of each mining technology type. We recommend users to consider these figures as a small part of a larger environmental picture and the impact of cryptocurrency mining on it.