Cryptocurrency mining is almost as easy as buying crypto coins if you have the necessary resources and know how to mine. Not all cryptocurrencies can be mined, like Solana, and some minable cryptocurrencies have been upgraded and are no longer minable, like Ethereum. Getting a capable crypto miner is an essential step, but finding the most profitable crypto to mine is an equally important consideration for running a successful mining operation.
We have compiled a list to help you know the best crypto to mine in 2025 and why they made our list. You will be able to learn more about the block reward, block time, difficulty rate, profitability rate, halving events, and average market price, as well as get updated with valuable insights about the mining market in 2025.
Bitcoin is the oldest, most popular, and, by far, most valuable cryptocurrency in the world. A single BTC is worth close to $100,000, and this is why all of the most potent and capable miners are competing to mine it. This fierce competition makes mining BTC extremely difficult.
If you are looking to try your luck at mining BTC, you will need as much hashrate as you can get. Building a BTC mining rig requires a serious investment, so we suggest you only consider mining it if you are ready to break the bank and spend thousands of dollars on mining hardware.
Detail | Information |
---|---|
Block Reward | 3.125 BTC |
Block Time | 10 Minutes |
Difficulty | 86.87 T (Extremely High) |
Profitability | Very High |
Halving Events | Decreases block reward by 50% every 210,000 blocks (Roughly every four years) |
Mining Pool Support | Yes |
ATH Price for BTC | $108,786 |
Although it is not a major coin, Monero is a popular cryptocurrency that focuses on facilitating fast and anonymous payments. While it may not be the most valuable coin in terms of market worth, the crypto provides great utility value and is a great asset to anyone’s portfolio.
XMR is often touted as the best crypto to mine at home because its algorithm is specifically designed to be mined with a CPU. This design choice makes XMR ASIC resistant and allows miners with modest hardware to remain relatively competitive rather than dominated by major players.
Detail | Information |
---|---|
Block Reward | 0.6 XMR |
Block Time | 2 Minutes |
Difficulty | 380.44 G (Moderate) |
Profitability | Very Low |
Halving Events | Reached the main supply cap, doesn’t decrease block rewards anymore |
Mining Pool Support | Yes |
ATH Price for Monero | $517.62 |
Bitcoin’s most popular fork, Litecoin is the faster and more scalable brother of the crypto market’s digital gold. It is also significantly less valuable in market worth and slightly less challenging to mine.
Although, at one point, LTC’s algorithm, Scrypt, was close to being ASIC resistant, those days are gone, and the current Litecoin network difficulty is not recommended for GPUs. We recommend a capable ASIC and a compatible mining pool that supports merge mining with DOGE to maximize returns.
Detail | Information |
---|---|
Block Reward | 6.25 LTC |
Block Time | 2.5 Minutes |
Difficulty | 46.51 M (Very High) |
Profitability | High |
Halving Events | Decreases block reward by 50% every 840,000 blocks (Roughly every four years) |
Mining Pool Support | Yes |
ATH Price for LTC | $410.26 |
ZCash is a Bitcoin fork that aims to introduce higher levels of privacy and anonymity in crypto transactions. It is based on the Equihash algorithm that used to be ASIC-resistant at one point, but like many others, mining ZCash nowadays has also become very difficult.
You can try to use a GPU-based setup to mine ZEC, but you should not expect to see any massive returns. If you can afford to invest in an Equihash-focused ASIC, on the other hand, mining ZEC can be profitable, particularly if you mine in an efficient mining pool.
Detail | Information |
---|---|
Block Reward | 3.125 ZEC |
Block Time | 75 Seconds |
Difficulty | 88.44 M (Very High) |
Profitability | Low |
Halving Events | Decreases block reward by 50% every 210,000 blocks (Roughly every four years) |
Mining Pool Support | Yes |
ATH Price for ZEC | $3191.93 |
While we can’t with certain whether or not DOGE was the first crypto inspired by the Shiba Inu meme, we can make the case that it is the most successful one. The coin is at the end of its halving cycle, so it generates huge block rewards of 10,000 DOGE roughly every minute.
Moreover, it is based on the same algorithm as LTC, Scrypt, which means it is possible to mine both coins simultaneously, with one rig. However, its market is primarily dominated by ASICs, so we don’t recommend mining it with a GPU.
Detail | Information |
---|---|
Block Reward | 10,000 DOGE |
Block Time | 1 Minute |
Difficulty | 20.07 M (Very High) |
Profitability | Moderate |
Halving Events | No |
Mining Pool Support | Yes |
ATH for Price | $0.7376 |
Ravencoin is a Bitcoin fork that may not be as popular as some of the other coins on our list, but it has qualities that make it worth mining. The crypto’s market value may not be the highest, but its generous 2,500 RVN block reward is handed out roughly twice per minute.
If that’s not enough, RVN utilizes the KawPow algorithm, designed to prioritize decentralized mining, making it highly resistant to ASICs. So, for those who don’t feel like investing serious amounts of money in specialized mining hardware, RVN is arguably the best coin to mine with a GPU.
Detail | Information |
---|---|
Block Reward | 2,500 RVN |
Block Time | 30 Seconds |
Difficulty | 93.48 K (Moderate) |
Profitability | Low |
Halving Events | Decreases block reward by 50% every 2.1 million blocks (Roughly every four years) |
Mining Pool Support | Yes |
ATH Price for Ravecoin | $0.2852 |
Kaspa is an innovative blockchain that relies on a unique architecture that enables enormous transaction speeds. While, at the moment, KAS’s block time is roughly 1 block per second, the network's design aims to reach 10 and even 100 bps, making it ideal for mining.
Even though it is not ASIC-resistant, KAS remains mainly under the radar for most large-scale miners, at least for now. However, it is only a matter of time before its growing popularity attracts larger mining operations and it becomes dominated by ASIC miners.
Detail | Information |
---|---|
Block Reward | 77.78 KAS |
Block Time | 1 Second |
Difficulty | 1.30 E (High) |
Profitability | Very Low |
Halving Events | Every year |
Mining Pool Support | Decreases block reward by 1% every month |
ATH Price for Kaspa | $0.21 |
Among the many Bitcoin forks that emerged to solve its scalability issues, Bitcoin Cash is one of the more popular ones. Although it was initially imagined as a convenient electronic cash system, BCH continues to attract investors and holds quite an impressive market value.
Mining BCH is extremely difficult and requires a high-end ASIC specializing in mining SHA-256 to ensure profitability. Since they use the same algorithm, most miners view BCH as a secondary option when mining BTC and switch between the two at different periods of network profitability to maximize their returns.
Detail | Information |
---|---|
Block Reward | 3.125 BCH |
Block Time | 10 Minutes |
Difficulty | 472.79 G (Extremely High) |
Profitability | High |
Halving Events | Decreases block reward by 50% every 210,000 blocks (Roughly every four years) |
Mining Pool Support | Yes |
ATH Price | $3785.82 |
ETC is the native coin of the Ethereum Classic blockchain. While the leading network decided to take an alternative route and adopt a PoS model, Ethereum Classic remained true to its principles and preserved the original PoW consensus mechanism that allowed it to be mineable.
ETC is another example of a cryptocurrency initially designed to be GPU-friendly, which is nowadays dominated by ASIC miners. While a high-end GPU may be sufficient for entry-level mining, to ensure steady profits, we recommend mining ETC with a specialized ASIC.
Detail | Information |
---|---|
Block Reward | 2.56 ETC |
Block Time | 13 Seconds |
Difficulty | 2.49 P (High) |
Profitability | Moderate |
Halving Events | Decreases block reward by 20% every 5 million blocks (Roughly every 2.5 years) |
Mining Pool Support | Yes |
ATH Price | $175 |
DASH is a cryptocurrency that focuses on reducing transaction times and providing greater privacy to its users by relying on a two-tier network structure and transaction-mixing protocols. Having derived from Litecoin, DASH is a fork of a fork.
Although its X11 hashing algorithm was designed to be GPU-friendly, as technology evolved over time, ASICs for mining DASH were eventually created. While some miners report that high-end GPUs can still mine DASH profitably, we advise only mining it with an ASIC.
Detail | Information |
---|---|
Block Reward | 1.91 DASH |
Block Time | 2.5 Minutes |
Difficulty | 97.03 M (Very High) |
Profitability | Moderate |
Halving Events | Decreases block reward gradually with every block solved (Roughly 7.14% per year) |
Mining Pool Support | Yes |
ATH Price | $1642.22 |
Webopedia is a free informative resource whose main goal is to provide educational insights to those who need support when entering the crypto market. We curate unbiased, fact-checked, and up-to-date content to help you make informed decisions about cryptocurrency.
Our reviews and recommendations are based on the following:
Without pushing towards one way or another, our articles are here to provide you with the information you need to make educated choices on your own.
Whether you want to go for one of the coins we recommend or you want to conduct additional research, there are four essential factors you must consider when looking for the best cryptocurrency to mine:
The earnings you hope to secure by mining are awarded to the miner who successfully solves a block and is fittingly called a block reward. You can learn more about this in a dedicated section of this article below.
What is important to note about the block rewards right now is that every cryptocurrency has a different predetermined amount of coins awarded for solving a block. For example:
When you mine in a mining pool, this block reward gets split between all the pool participants, and depending on the pool’s payment model, they all get a proportional share.
Another key factor you must consider when looking for the best coin to mine is the network difficulty, which is a metric that measures exactly how hard it is to successfully mine that coin.
The more miners compete for the block reward, the higher the total hashrate grows on the network. The higher the total hashrate, the more it reduces the significance of your contribution and makes it harder for you to compete.
A good way to determine whether or not a coin is worth mining is to check out its mining algorithm. If the coin you want to mine uses an algorithm that allows ASICs to mine it, it will likely be too difficult to mine profitably with a GPU.
You probably noticed just how different block rewards can be, particularly how Dogecoin awards 10,000 DOGE for solving a single block. This is because, as you may know, all cryptocurrencies have different market values.
1 DOGE is worth less than a dollar, and a fractional amount of BTC. 1 BTC, on the other hand, is worth close to $100,000 and more than 230,000 DOGE. So, when you are considering block rewards, you must also consider the actual value of the coins on the market to get a real sense of the coin’s worth.
Finally, the last thing to keep in mind when deciding what is the best crypto to mine is that some cryptocurrencies undergo halving events, where the block reward they grant is reduced in half, or another predetermined percentage.
We included halving information about the coins we recommend in the tables above so that you know which coins will be subject to halving events in the future.
Now, a halving event by itself may seem like a bad thing as half the block reward is less than the whole reward, but the implications of such moves are not that simple. A smaller block reward ultimately leads to a smaller supply and increased scarcity, and in most cases, this leads to higher market prices, so there is much to think about.
Coin | Block Rewards | Difficulty | ATH Price | |
---|---|---|---|---|
Bitcoin (BTC) | 3.125 BTC | 86.87 T (Extremely High) | $108,786 | Start Mining |
Monero (XMR) | 0.6 XMR | 380.44 G (Moderate) | $517.62 | Start Mining |
Litecoin (LTC) | 6.25 LTC | 46.51 M (Very High) | $410.26 | Start Mining |
Zcash (ZEC) | 3.125 ZEC | 88.44 M (Very High) | $3191.93 | Start Mining |
Dogecoin (DOGE) | 10,000 DOGE | 20.07 M (Very High) | $0.7376 | Start Mining |
Ravencoin (RVN) | 2,500 RVN | 93.48 K (Moderate) | $0.2852 | Start Mining |
Kaspa (KAS) | 77.78 KAS | 1.30 E (High) | $0.21 | Start Mining |
Bitcoin Cash (BCH) | 3.125 BCH | 472.79 G (Extremely High) | $3785.82 | Start Mining |
Ethereum Classic (ETC) | 2.56 ETC | 2.49 P (High) | $175 | Start Mining |
Dash (DASH) | 1.91 DASH | 97.03 M (Very High) | $1642.22 | Start Mining |
If you know what you are doing, you actually don’t need much to start mining. Depending on the scale of your operation, you may even start mining today if you want to mine with a GPU. If you want to scale up your mining operation with multiple ASICs, it may take some time to acquire and set up the necessary equipment.
In simple terms, you need four essential components to mine cryptocurrency:
Let’s have a closer look at each one of these components and see which factors you want to pay attention to when choosing your mining setup.
While there are some cryptocurrencies that can be mined with a CPU, most cryptocurrencies are either mined with a GPU or an ASIC. Based on which coin you want to mine, what are your daily profit goals, and how much money you have for investment, you need to make your choice:
Hardware | GPU | ASIC |
---|---|---|
Initial Investment | Lower | Higher |
Profitability | Moderate | Very High |
ROI | Slower | Faster |
Management | Easier | More Complex |
In addition, GPUs can be repurposed and used for other activities outside of mining, while ASICs are specialized hardware that can become obsolete over time.
When considering hardware, don’t forget to think about the cooling needs of your miner, as well as additional equipment, like power supplies, cables, and other parts you might need.
If you decided to go the ASIC route, you’d be happy to know that most ASIC miners come with their own, built-in software that you can use to set up and configure your mining operation. However, many miners decide to install third-party software to get access to additional features and unlock the maximum potential of their rigs.
You will also need to download some sort of mining software when mining with a GPU that will essentially teach your hardware to mine. There are many options available online, including excellent free software that you can download, set up, and start mining within less than an hour.
The mining market is dominated by whales or miners who use mining farms that can produce immense hashrates and claim a large portion of the rewards. The only way that a small-scale miner with a GPU rig or an ASIC can even hope to compete with these large operators is to join a mining pool and combine their hashrate with other miners like themselves.
While mining in a mining pool means that your reward will be shared among all participants, it is the only way to generate steady income in today’s competitive mining environment. Without the help of a pool, you can potentially mine for a year without ever solving a single block.
Finally, you will need to have a secure place to put your mining earnings into, and that solution is called a crypto wallet. It can be a hot, online-only wallet, or a cold, physical hardware wallet, and it will provide you with unique credentials called private keys, which you will use to access your coins.
Most hot wallets are free, and you can get one online in a few minutes. When choosing a crypto wallet, be sure to get one that will be compatible with the coins you plan on mining. Additionally, be sure to never share your private keys or seed phrases with anyone to keep your coins safe.
Mining is a very important element in PoW consensus blockchains as it is the mechanism that facilitates several key functions:
To understand exactly how mining works and performs these integral operations, let’s take a look at a step-by-step breakdown of the mining process:
One of the main purposes of the blockchain is to facilitate quick and easy transactions like payments, transfers, trades, etc. Before these transactions can be executed and added to the blockchain, they must be verified and confirmed.
To ensure that these transactions are legit, the blockchain broadcasts them to every node of its network. The nodes verify their validity, and if they are valid, the blockchain places them in a mempool, with the other validated and unconfirmed transactions.
Miners, who use the hashrate of their hardware to solve cryptographic puzzles, in essence, compete for the right to confirm the transactions we mentioned above. The miner who successfully solves the puzzle gets access to a unique string of characters called a hash.
The miner who got the hash has the right to confirm the transactions and add them to the blockchain. To do so, they grab a batch of unconfirmed transactions and form them into a data structure called a block. They broadcast the block to the network for one final verification.
After the block gets the necessary approval from the network, it is added to the chain of other blocks of confirmed and validated transactions, commonly known as the blockchain. Yes, this is where the technology gets its name from.
Each time this process is finalized, the blockchain automatically mints a previously specified amount of its native cryptocurrency and rewards it to the successful miner to motivate them and the other miners to continue competing. This is the only way new coins are ever produced.
By validating transactions and adding new blocks through a consensus mechanism, such as mining, the blockchain remains secure and tamper-resistant. Each new block reinforces the network’s integrity and makes it even more resilient to manipulation.
Although mining is primarily dominated by a small portion of miners with huge-scale operations, and it is becoming increasingly harder and harder to be profitable, there is still a small window of opportunity for regular miners.
If you combine the proper hardware with the right choice of coins, minimize your mining costs, and join the best crypto mining pool for your specific circumstance, you may still make some money by mining. That said, it is important you manage your expectations.
Estimating the profitability of your mining operation ahead of time is very hard, almost impossible, as it depends on multiple factors that can vary over time. In the simplest of terms, the profitability formula of mining is:
Profitability = Mining Earnings - Mining Costs
While you can predict your mining costs to a certain degree, your mining profits will vary based on market conditions, network difficulty, pool participation, and other factors, even if you maintain a steady hashrate at all times.
This is why mining requires a proactive, hands-on approach and constant adjustment to market trends to optimize efficiency and maximize returns.
In the end, the best coin to mine is not something that is set in stone, and profitability can quickly change in the dynamic crypto market. Even the most profitable crypto to mine today may not be as rewarding tomorrow, and a coin that seemed unprofitable may make a sudden turnaround.
While researching the best mining rigs and best mining pools can help you develop a solid foundation, you should always monitor market changes to keep up to date with current trends. By regularly analyzing the market and staying ahead of the curve, you can make timely adjustments and mine the most profitable coin at the best possible time.
Even in an ASIC-dominated market, there are still many lesser-known cryptocurrencies that have not yet been overtaken by ASIC miners and remain GPU-friendly. Some notable examples of coins with low mining difficulty include Feathercoin (FTC), Vertcoin (VTC), Groestlcoin (GRS), Monacoin (MONA), and DigiByte (DGB).
However, it is worth pointing out that even the most straightforward coin to mine is not certain to bring you profit, especially if its market value and liquidity are low. For this reason, miners always need to find the middle ground and balance between mining difficulty and market demand when deciding which coin to mine.
The best hardware for mining cryptocurrency is the machine that will generate the most enormous hashrate for the smallest cost. Depending on the cryptocurrency algorithm you are mining, this can be an ASIC, a GPU, or a CPU.
For ASIC-compatible coins, like BTC and LTC, the best miner would be a powerful rig, like the Bitmain Antminer S21, while for coins that support GPU mining, like RVN, the best options would be high-performance GPUs, like an NVIDIA GeForce RTX 4090 or an AMD equivalent.
As for CPU-friendly coins, like XMR, professional workstation CPUs, like the AMD Ryzen Threadripper 3990X, can deliver the best results.
The crypto market has evolved and become increasingly competitive over the years, making it harder to mine profitably. Without purchasing expensive equipment, it is almost impossible to achieve significant returns, even when participating in a mining pool.
For this reason, most crypto miners opt to focus on established cryptocurrencies with proven value and utility, like BTC, LTC, and DOGE, to increase their chances of consistent profitability.
One of the newer cryptocurrencies that seems very promising is Kaspa (KAS), as it has demonstrated significant growth in a relatively short period since its launch in late 2021.
The costs for electricity when mining crypto is the expenses you incur as a result of running your mining operation. Miners must run powerful machines with high computing capacity and additional equipment for cooling and maintenance, which can consume exuberant amounts of energy, to achieve considerable daily profits.
You can try to estimate the daily or monthly electricity costs of mining if you know the power consumption of your mining hardware. Simply multiply the power usage in kilowatts by the hours of operation and then apply the cost per kilowatt-hour of your local electricity rates.
Market volatility affects absolutely everything in cryptocurrency economics, and mining is not an exception. The prices of cryptocurrencies are strongly impacted by market demand, investor sentiment, and broader economic factors, which means the coins you are mining could decrease in value if market conditions shift or interest in those coins declines.
As mining is an activity whose point is making a profit, you naturally don’t want to mine a cryptocurrency whose value is low. Instead, you want to mine a coin that will appreciate value and not be affected by extreme price fluctuations or sudden market downturns.