Cryptocurrency mining has become largely professionalized, especially after Bitcoin mining difficulty doubled from 2020 through 2022. However, while Bitcoin may be the largest and most known cryptocurrency, others have yet to gain planetary popularity.

Monero (XMR) is one of them. It is similar to Bitcoin in many ways but diverges in key areas that make it special. More importantly, they make it worthy of mining.

So, how do you mine Monero?

What Is Monero (XMR)?

Put simply, Monero (XMR) is a privacy-oriented cryptocurrency. However, at a glance, Monero and Bitcoin are similar in two key ways:

  • They use Proof-of-Work consensus algorithms to secure the network. Meaning, they use physically-based mechanisms for network operators to verify and execute blockchain transactions. This physical foundation comes in the form of electricity needed to solve cryptographic puzzles. In contrast, Proof-of-Stake consensus algorithms use economically based mechanisms to do the same. Therefore, blockchain networks like Cardano, Solana, Avalanche use validators instead of miners.
  • They have a supply cap of total coins; Monero at 18.4 million XMR, and Bitcoin at 21 million BTC. This makes both cryptocurrencies deflationary, unlike the USD, which continually loses value over time because the Federal Reserve increases its supply.

However, even in those similarities, they are quite different. When zooming in closely, we see that Monero diverges from Bitcoin in many ways.


Monero (XMR) Supply Cap—Tail Emission Makes All the Difference

Bitcoin has a finite amount of coins that can ever exist—21 million BTC. Presently, this leaves less than 2.1 million BTC left to be mined in the next 120 years, or less than 10%. However, many BTC coins are permanently lost or destroyed because people have lost access to unlock them in the form of private keys or destroyed the storage device they were held on. They are contained within non-custodial crypto wallets, which is why it is critical to safeguard your recovery phrase.

On the other hand, Monero takes into account that some XMR coins will be lost in the same manner. It has an extra mechanism that Bitcoin lacks—tail emission. While Monero will hit the 18.4 million supply cap sometime around May 2022, its tail emission ensures that Monero miners can continue to receive rewards.

In other words, Monero miners can count that block rewards will not fall under 0.6 XMR per block. In Bitcoin's original design, for the scenario when there are no more block rewards to mine, Bitcoin miners will count on transaction fees instead.

However, this incentivized concept hasn't been tested (with Bitcoin). For this reason, Monero developers decided there would always be a block reward through the tail emission. The question then is, does this make Monero as deflationary as Bitcoin?

The answer is yes. When one accounts for lost XMR, plus the increase in users over time, these forces nullify the negligibly inflationary tail emission. Moreover, Monero's inflation is quantified ahead of time, unlike the USD or other fiat currencies. Lastly, tail emission incentivizes Monero holders to use it as a medium of exchange instead of just a store of value.

Monero's Key Feature—Privacy

Although Bitcoin is called a cryptocurrency, the crypto part is sorely lacking. Crypto implies encryption to safeguard privacy, yet Bitcoin is pseudonymous. This means that its transactions can easily be tied to one's identity. In fact, Coinbase has developed a suite of tools to accomplish that and shares it with a host of federal agencies.

Although you are not revealing your private details with a Bitcoin address, you reveal it if you buy BTC on a crypto exchange with your bank account. Likewise, you reveal it when you sell BTC on a crypto exchange and withdraw the money into your bank account. In other words, Bitcoin's blockchain is transparent, as it shows both output and input transactions tied to the address.

While there are ways to circumvent that lack of privacy, they are complicated and dubious. In contrast, Monero is not traceable by default, thanks to its ring signature feature. It is a cryptocurrency in the truest sense of the word, as was originally intended. In fact, the Internal Revenue Service (IRS) has created a bounty on Monero and other privacy coins of up to $625,000 for their code to be cracked.

This way, Monero is the digital equivalent of physical cash, anonymous and untraceable. Going forward, this gives it an edge over non-privacy coins like Bitcoin. With that said, Monero as digital cash has one drawback—transaction speed. While Lightning Network makes Bitcoin payments nearly instantaneous, XMR transfers still take up to 30 minutes to complete.

Monero Mining Requirements and Profitability

Now that you understand Monero's propositional value, it is time to see how you can become a Monero miner. Thankfully, unlike Bitcoin, which requires specific and expensive ASIC hardware to become a cost-effective miner, Monero doesn't have such a requirement.

Instead, Monero mining can utilize both your computer's CPU and GPU, whether it is a laptop or a desktop PC. Of course, the more powerful both components are, the greater the block rewards will be. The measure by which we determine your computer's mining potential is the H/s metric—hash per second.

Likewise, 1 KH/s is 1000 H/s because 1 Kilo = 1000. This can go all the way from Kilo (K) and Mega (M) to Giga (G) and Tera (T) as the highest possible hash power metric (and who knows, in the future, maybe we will see Petahashes!). At the time of writing, the total number of computers plugged into the Monero blockchain network accounts for a mining power of 2.9 GH/s.

Monero hashpower
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In practice, on a spectrum between low and high PC configuration, here is what you can expect according to the Monero mining calculator.

Mining Monero With Low-End Hardware

On the low end, if we take the AMD Ryzen 5 Pro 4650G, it will have about 4170 H/s. The MSRP (manufacturer's suggested retail price) for this CPU with an integrated GPU is around $260. Next, when we count the wattage of the CPU at 65W, we arrive at a daily income loss of $0.05 per day.

This loss can turn into profit only if your electricity cost is lower than $0.1 kWh. In which case, the mining gain with that particular CPU would be at $0.01172 per day. Not much, is it?

Mining Monero With Mid- to High-End Hardware

Now, let's take a more formidable PC configuration into account.

The mid-range AMD Ryzen7 5800X has an MSRP of $450. It has no integrated GPU, so this will have to be considered. The CPU itself has a mining power of 9110 H/s with a power draw of 105W. Furthermore, a discrete GPU, the GTX 1080 Ti, will have a mining power of about 1000 H/s with a power draw of 200W.

The result—an even greater mining loss of $0.4 per day! The RTX 2080 Ti wouldn't make much difference either, adding only 500 greater H/s to the Monero mining table. From this, we can conclude the following:

  • Even the most high-end GPUs hold only a fraction of the hash power needed for Monero mining, compared to a CPU, at around 10%.
  • Solo mining is not profitable, regardless of the hardware.

The question then asks itself, is Monero mining worth it?

Joining Monero Mining Pools

As you can see, mining Monero depends on the following factors:

  • Electricity cost
  • Your computer's hash power, with CPU being much more important than GPU
  • The power consumption of your computer

Of course, if you buy a computer exclusively for Monero mining, that too must be taken into account. Otherwise, if you already have a PC ready to be plugged in, the best way to get started is to join one of Monero's mining pools:

  • 12,892 active miners with a combined pool hashrate of 1.04 GH/s. Pool fee—1%
  • 8570 active miners at a combined 450 MH/s. Pool fee—0.6%
  • 4,042 active miners at a combined 566 MH/s. Pool fee—1%

Mining pools work by combining the computational power of individual miners to receive block rewards. In other words, this form of resource networking increases the probability of successful mining. While the XMR payout is distributed to the pool, miners receive it proportionally to the hash power they contributed to the pool.

However, it remains questionable if this will be profitable in the end. It all depends on your hardware and XMR's price moves. If it rises, profitability will increase. You only have to give it a try.

Steps to Start Mining Monero

Alongside the hardware, you need two prerequisites to mining Monero:

  • Monero wallet. Either Monero GUI Wallet or MyMonero. Both are suitable for beginners and advanced users and can be installed on all major operating systems—Windows, Linux, and macOS.
  • Mining software that connects your PC to Monero's blockchain network. Either XMR-Stak or XMRig would suffice.

With both in hand, you can easily join any Monero mining pool by pasting your address from the Monero wallet to start receiving your block rewards as XMR. Then, you can send the mined XMR to your crypto exchange account (Binance, Coinbase, Kraken, etc.) to sell it for fiat currency or swap it for a different cryptocurrency.

Should You Mine Monero?

In conclusion, if you already have a PC, it bears checking out if the mining venture will be profitable. By the time you read this, the XMR price might have skyrocketed, making it profitable for even solo mining. However, at the current XMR price of $211, it likely won't be unless you have exceedingly cheap electricity. In that case, your best bet is to join a Monero mining pool and contribute to a shared effort.

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