Ethereum: Is Bitcoin mining profitable on a 8 core, 32 GB server with unused capacity? [duplicate]

Is the Ethereum mining is cost -effective up to 8 core, 32 GB server with unused capacity?

As the crypto curry world continues to develop, many miners are looking for ways to optimize hardware and increase profit. One popular option is to use a server with unused capacity of the air (ETH), the original cryptocurrency Ethereum blockchain.

In this article, we will look at whether it makes sense to laugh at the ETH 8-Cherry, 32 GB of server with an average daily use of 20%CPU. We will analyze the cost of mining, including electricity rates and server maintenance costs. Our goal is to determine whether this setting can make a profit for Ethereum miners.

Understanding the basics

Ethereum is a decentralized platform that allows developers to create smart contracts and decentralized applications (DAPP). To reduce air, miners need to solve complex mathematical problems using powerful computer resources.

Here are some key factors to consider when deciding whether to serve Eth on his server:

1
Electricity costs : The cost of electricity varies depending on location, daytime time and other factors.

• Server maintenance costs : Occupational costs include software updates, hardware innovations and repairs or replacements of potential components.

3
Proitne Ointment: Ethereum mining profit depends on hash rate (ie budget number per second), block reward (currently 6 ETH) and the current price of ether.

Hash -a Calculation

To determine if your server is profitable, we need to calculate its hash rate. Assuming the average CPU use of 20%daily, the total energy consumption of our server would be:

8 kernels \ 3.2 GHz = 25.6 GHz (top)

0.20 \ 8 hours \ 24 hours \ 3600 seconds/clock = 19,040 seconds

• Total Power Consumption: About 1.9 kilowat-Sati (kWh)

Using the calculated hash speed of 2-5 t/s (Terahash per second), our server would need:

• 19 040 seconds/100 th/s ≈ 190 th/s

ETH minerating on your server

To reduce ETH on your 8-Cherry, 32 GB server, we will need to evaluate the amount of energy needed. According to Etherscan, the popular cryptocurrency mining fund, the average miner has about 1-3 th/s.

Assuming the total power consumption of our server remains about 1.9 kWh, we can calculate daily energy consumption:

• 1.9 kWh / 3600 seconds (24 hours) ≈ 0.00052 kilowatat-saters per second

Looking in the perspective, a typical household consumes about 900-1400 kWh of electricity per day.

Cost comparison

Now that we have an assessment of the energy we need for our server to serve the ETH, let’s compare it to the cost of mining:

• Electricity costs: approximately 0.15 to USD 0.25 per kWh (AVG.)

• Server maintenance costs: Suppose 1% of server values ​​per year (eg $ 10,000): $ 100

Using these calculations, we can calculate our profit standards as follows:

Profit Norm = ((Calculated Daily Hash Rate \ Power Consumption) – Electric Cost – Server Maintenance Costs) / Calculated Daily Income

• Assuming approximate revenue of 1 ETH in one transaction (ie block reward), our profit norm would be about $ 0.25 to $ 0.50 per day

Conclusion

Based on these estimates, Ethereum Mining seems to be 8-cherry, a 32GB server with an average CPU daily use of 20%, most users can achieve cost-effective income.

However, there are scenarios when this setup might make sense:

• If you use your server as a data center or server for other non-wave goals.

• If you can buy electricity at an extremely low rate (for example, with wholesale contracts or renewable loans).

• If you are ready to spend money on innovation and maintenance to increase the hash rate.

ETHEREUM NETWORK ACCOUNT