NVIDIA CMP 90HX Hashrate can reach up to 100.2MH/s for mining Etherium ( ETH ) Based on Ethash Algorithm with 310 Watt power consumption.
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NVIDIA CMP 90HX Etherium, Ravencoin, Ergo, Conflux and Etherium Classic Hashrate
| Coin | Etherium(ETH) | Ravencoin(RVN) | Ergo(ERG) | Conflux(CFX) | ETC |
| Hashrate(MH/s) | 100.2MH/s | 45.2MH/s | 190.5MH/s | 103.2MH/s | 100.4MH/s |
| Power Consumption(Watts) | 260 Watts | 300 Watts | 235 Watts | 250 Watts | 260Watts |
| Profitability | $5.53 | $4.23 | 3.54$ | 3.2$ | 3.5$ |
| Return of Investment | 340 Days | 320 Days | 360 Days | 400 Days | 420 Days |
Overview:
Nvidia has been a pioneer in graphics processing units (GPUs) as well as artificial intelligence. In the mining space, Nvidia CMPs offer competitive performance at a much lower power consumption rate than its competitor AMD cards.
NVIDIA CMP 90HX Mining – NVIDIA has taken the mining market by storm with the release of the new NVIDIA GPU based on their Pascal architecture. The GeForce GTX 1080 Ti is a powerful card but you can get up to nearly twice the ETH hashrate running at a lower 260W power consumption.
With the new NVIDIA architecture, these cards are an excellent choice for low-power miners who want to maximize their performance. These cards, like the RTX 3080, are designed to balance mining power and power consumption in a small form factor.
The NVIDIA CMP-90HX mining card is based on the NVIDIA TU102 GPU. The CMP-90HX has 2560 CUDA cores, 5120 CUDA TF, 12GB GDDR6 memory, and 160 TMUs. It provides overclock performance with optimized power settings (Based on our experience running this CMP 50HX) for ETH mining. 98MH/s ETH 320W Power Consumption.
NVIDIA CMP 90HX Mining Profitability:
This Mining profitability of NVIDIA CMP 90HX is calculated using Minerstat Live Widget. We have Calculated the Profitability Based on an average Hashrate of NVIDIA CMP 90HX.
NVIDIA CMP 90HX Mining Overclock Settings:
Note: The Overclock values in Windows and Linux-based Operating systems are different. Just Double the values of memory Clock and Coreclock in Hive OS.
Power Limit(%) – 260 Watt (80%)
Temp. Limit (°C) – 75°C
Memory Clock Mhz – 1500 MH/s
Core Undervolt – -100 MH/s
Fan Speed (%) – 70% (or according to your Temperatures)
