Best GPU

Most Profitable Coins To Mine With Nvidia CMP 40HX

The NVIDIA CMP 40HX is a special GPU for mining cryptocurrency. Built on the 12 nm process, and based on the TU106 graphics processor (is used in GeForce RTX 2060). The NVIDIA CMP 40HX has 8 GB GDDR6 memory, which is connected using a 256-bit memory interface.

It has no video outputs, so it doesn’t of interest to gamers.

Nvidia CMP 40HX Mining Hashrate

Cuckatoo31
1.33 Gps
Cuckatoo32
0.6 Gps
Equihash
610 Sol/s
BeamHash
22 Sol/s
Ethash
43 Mh/s
Etchash
43 Mh/s
KAWPOW
19 Mh/s
Autolykos2
85 Mh/s
KHeavyHash
0.395 Gh/s
NexaPow
48 Mh/s

Nvidia CMP 40HX Mining Profit

CryptocurrencyCryptocurrencyPriceCurrent DifficultyMining Profit 24h
GrinGRIN32
Price
0.036638
5.17%
Current Difficulty
192.15 M
-2.14%
Mining Profit 24h
0.22
6.043 GRIN32
0.036638 5.17%192.15 M-2.14%0.226.043 GRIN32
Bitcoin GoldBTG
Price
1.33
-29.08%
Current Difficulty
17.26 K
14.76%
Mining Profit 24h
0.17
0.129 BTG
1.33 -29.08%17.26 K14.76%0.170.129 BTG
AeternityAE
Price
0.005700
1.17%
Current Difficulty
22.33 K
6.84%
Mining Profit 24h
0.15
26.37 AE
0.005700 1.17%22.33 K6.84%0.1526.37 AE
MimbleWimbleCoinMWC31
Price
20.26
-0.23%
Current Difficulty
144.13 M
-8.38%
Mining Profit 24h
0.14
0.007 MWC31
20.26 -0.23%144.13 M-8.38%0.140.007 MWC31
BeamBEAM
Price
0.028357
4.00%
Current Difficulty
12.13 M
9.91%
Mining Profit 24h
0.12
4.304 BEAM
0.028357 4.00%12.13 M9.91%0.124.304 BEAM
CortexCTXC
Price
0.009057
-4.52%
Current Difficulty
2.11 K
-1.67%
Mining Profit 24h
0.08
9.175 CTXC
0.009057 -4.52%2.11 K-1.67%0.089.175 CTXC
NexaNEXA
Price
0.000000
-3.65%
Current Difficulty
68.04 K
-1.51%
Mining Profit 24h
0.07
139777 NEXA
0.000000 -3.65%68.04 K-1.51%0.07139777 NEXA
NeoxaNEOX
Price
0.000052
-3.96%
Current Difficulty
750.41
12.38%
Mining Profit 24h
0.07
1287.87 NEOX
0.000052 -3.96%750.41 12.38%0.071287.87 NEOX
NeuraiXNA
Price
0.000075
-0.17%
Current Difficulty
2.44 K
27.02%
Mining Profit 24h
0.06
795.06 XNA
0.000075 -0.17%2.44 K27.02%0.06795.06 XNA
ErgoERG
Price
0.41
-0.73%
Current Difficulty
298.94 T
-8.84%
Mining Profit 24h
0.05
0.134 ERG
0.41 -0.73%298.94 T-8.84%0.050.134 ERG
Ethereum PoWETHW
Price
0.48
0.04%
Current Difficulty
77.10 T
-0.35%
Mining Profit 24h
0.05
0.096 ETHW
0.48 0.04%77.10 T-0.35%0.050.096 ETHW
RavencoinRVN
Price
0.006590
-1.42%
Current Difficulty
93.62 K
4.84%
Mining Profit 24h
0.04
5.351 RVN
0.006590 -1.42%93.62 K4.84%0.045.351 RVN
Ethereum ClassicETC
Price
11.03
-0.66%
Current Difficulty
2.71 P
4.62%
Mining Profit 24h
0.03
0.003 ETC
11.03 -0.66%2.71 P4.62%0.030.003 ETC
ZcashZEC
Price
336.35
-2.61%
Current Difficulty
138.56 M
10.59%
Mining Profit 24h
0.02
0.000 ZEC
336.35 -2.61%138.56 M10.59%0.020.000 ZEC
KaspaKAS
Price
0.038091
-0.93%
Current Difficulty
47.75 P
0.54%
Mining Profit 24h
0.00
0.002 KAS
0.038091 -0.93%47.75 P0.54%0.000.002 KAS

Buy Nvidia CMP 40HX

Nvidia CMP 40HX Payback Period

The Nvidia CMP 40HX payback period depends on its efficiency (hashrate), selling price, and energy consumption. The estimate features Nvidia recommended retail price - $699, but you can change it to the price you actually paid for your GPU. The energy expenses are not taken into account in the calculation. The GPU hashrate corresponds to optimal overclocking parameters. Make sure to read: GPU Overclocking on Different Algorithms.

Price for Nvidia CMP 40HX
Payback
91months
Cryptocurrency
~
0.22per day

Nvidia CMP 40HX Overclocking for Mining

To maximize hash rate you are probably going to need to configure additional settings. Choose an optimal GPU overclocking value to maximize hash rate and keep energy consumption at an acceptable level. Algorithms may require core overclocking, memory overclocking, or both. The main overclocking principle is stable work and maximum hash rate at an acceptable energy consumption level. It’s important to remember that each GPU is unique. If for one it is possible to overclock the core to 2000 MHz, for a similar one you may be able to overclock only to 1900 MHz. Make sure to adjust overclocking settings for each card individually. Find out more: GPU Overclocking on Different Algorithms.