Trying to find the best crypto to mine with CPU can get frustrating fast. A coin may look profitable today, then lose its edge as difficulty, price, or network hash rate changes. Worse, many “CPU-mineable” lists include coins that are technically mineable with a processor but are really dominated by GPUs or ASICs. Here’s how to separate genuinely CPU-friendly options from the rest.
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How CPU Mining Works
CPU mining uses your computer’s processor to perform the calculations required by a proof-of-work blockchain. Rather than relying on specialized chips, your processor runs the network’s mining algorithm and submits valid work for a chance at rewards. Not every cryptocurrency qualifies as one of the CPU-mineable coins available today—many modern algorithms favor GPUs or ASICs instead.
Two factors are especially important when deciding whether CPU mining is worth trying:
- Hash rate: How much algorithm-specific mining work your processor completes per second.
- Hardware efficiency: How much useful hash rate the CPU produces relative to its power consumption.
Hash rate alone doesn’t tell you whether one CPU is economical. You also need to consider wall power, electricity price, network difficulty, block rewards, pool fees, and the coin’s market price.
You can generally mine in two ways. Solo mining means mining independently and receiving the full block reward when you successfully find a block, but payouts can be extremely infrequent. Pool mining combines your hash rate with other miners and distributes rewards based on contributed work, producing smaller but more regular payouts.
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Why CPU Mining Still Works in 2026
CPU mining still exists because a small number of algorithms are deliberately designed to reduce the advantage of specialized hardware. RandomX, for example, combines random code execution with memory-intensive operations and is optimized for general-purpose CPUs.
That doesn’t mean CPU mining guarantees a profit. Mining profitability changes with:
- Coin price and volatility
- Network difficulty and total hash rate
- Your CPU’s performance on the specific algorithm
- Power consumption and local electricity prices
- Block rewards, pool fees, and payout rules
“ASIC-resistant” also doesn’t mean that specialized hardware can never be developed. It means the algorithm is designed to reduce the efficiency advantage specialized hardware can achieve.
For hobbyist mining, CPU mining suitability is different from profitability. A coin can remain technically well suited to CPUs while becoming unprofitable at a particular electricity price or market valuation.
Top CPU-Mineable Cryptocurrencies
The strongest CPU mining options use algorithms that deliberately favor general-purpose processors. Others can technically be mined with a CPU but are better suited to different hardware.
| Coin | Algorithm | CPU Suitability | Best For |
| Monero (XMR) | RandomX | Excellent | Established CPU mining |
| VerusCoin (VRSC) | VerusHash 2.2 | Strong | CPU mining and hybrid consensus |
| Zephyr (ZEPH) | RandomX | Strong | RandomX alternative |
| Raptoreum (RTM) | GhostRider | Strong | Alternative CPU algorithm |
| Dero (DERO) | AstroBWT | Strong | CPU mining with Sigma Mining |
| Vertcoin (VTC) | Verthash | Weaker | Primarily GPU mining |
Monero (XMR)
Market Metrics: Monero is the most established project on this list in terms of mining ecosystem, software support, and network maturity. That makes XMR mining easier to research and benchmark than most smaller CPU-mineable coins.
Algorithm & CPU-Friendliness: Monero mining uses RandomX, which is specifically optimized for CPUs. Monero can technically be mined with GPUs as well, but CPUs are considerably more efficient for RandomX.
Profitability & Accessibility: Monero’s tail emission provides a base subsidy of 0.6 XMR per approximately two-minute block, in addition to transaction fees. That’s the protocol-level block reward, not what an individual miner should expect to earn. Your payout depends on your share of the network hash rate and whether you mine solo or through a pool.
Community & Ecosystem: You can use XMRig for dedicated CPU mining, mine solo through Monero software, or use P2Pool. P2Pool provides decentralized pooled mining with direct, non-custodial payouts rather than holding funds in a centralized pool wallet.
For most people comparing the best crypto to mine with CPU, Monero remains the most straightforward place to start.
VerusCoin (VRSC)
Market Metrics: VerusCoin has a smaller ecosystem than Monero, so price, liquidity, network participation, and mining profitability can change more sharply. Treat any earnings estimate as a current snapshot rather than a long-term expectation.
Algorithm & CPU-Friendliness: VerusCoin mining uses VerusHash 2.2, an algorithm designed to make mining accessible on consumer hardware. It operates within Verus Proof-of-Power, a hybrid consensus system combining proof-of-work mining and proof-of-stake participation.
Profitability & Accessibility: You don’t need dedicated mining hardware to participate. Verus Desktop also supports mining directly from the application, which lowers the technical barrier for hobbyist miners.
Community & Ecosystem: VerusCoin is less established than Monero as a mining market, but its combination of consumer-hardware mining and integrated software makes it one of the more practical RandomX alternatives for CPU users.
Vertcoin (VTC)
Market Metrics: Vertcoin remains an active proof-of-work project, but it shouldn’t be treated as one of the strongest CPU mining choices. It’s included here because it often appears in lists of accessible home-mining cryptocurrencies.
Algorithm & CPU-Friendliness: Vertcoin mining uses Verthash, an ASIC-resistant, memory-intensive algorithm. However, Vertcoin describes Verthash as an algorithm on which GPUs mine competitively, so CPU mining suitability is substantially weaker than with RandomX, VerusHash, or AstroBWT.
Profitability & Accessibility: A CPU may technically perform Verthash work, but that doesn’t make it economically competitive. If your goal is specifically CPU mining in 2026, Vertcoin is generally a weaker choice than Monero, VerusCoin, Zephyr, Raptoreum, or Dero.
Community & Ecosystem: Vertcoin focuses on accessible home mining and offers its One-Click Miner. Its mining ecosystem is nevertheless much more closely associated with graphics cards than CPUs.
Zephyr (ZEPH)
Market Metrics: Zephyr Protocol has a smaller market and mining ecosystem than Monero, meaning price, liquidity, pool distribution, and network difficulty can have a larger effect on your results.
Algorithm & CPU-Friendliness: Zephyr mining uses RandomX proof-of-work, the same CPU-oriented algorithm family used by Monero. The project describes RandomX as optimized for general-purpose CPUs, making ZEPH a technically sound CPU-mining candidate.
Profitability & Accessibility: Because ZEPH has its own network difficulty, supply schedule, and market price, you shouldn’t assume that the same CPU will generate the same dollar return as it does while mining Monero. Benchmark your processor and check current network conditions before switching.
Community & Ecosystem: Zephyr is based on Monero technology, and XMRig supports RandomX mining as well as Zephyr-specific functionality. The ecosystem is smaller, however, so Zephyr works better as an alternative CPU mining option than as a direct replacement for Monero.
Raptoreum (RTM)
Market Metrics: Raptoreum is another smaller-network option, so older profitability figures can become misleading quickly. Current network hash rate, difficulty, RTM price, and your CPU’s GhostRider performance should all be checked before mining.
Algorithm & CPU-Friendliness: Raptoreum mining uses GhostRider, a proof-of-work algorithm associated with CPU mining. GhostRider support is also built into XMRig, giving CPU miners access to mature cross-platform mining software.
Profitability & Accessibility: CPU performance differs significantly between GhostRider and RandomX, so don’t compare processors based on raw hash-rate numbers across the two algorithms. What matters is the resulting revenue relative to power consumption.
Community & Ecosystem: Raptoreum maintains dedicated mining resources and GhostRider documentation. It’s an option if you want to test an algorithm other than RandomX without moving to GPU-oriented mining.
Dero (DERO)
Market Metrics: DERO has a smaller ecosystem than Monero, and its mining architecture is unusual enough that conventional pool-mining comparisons don’t always translate neatly.
Algorithm & CPU-Friendliness: DERO mining uses AstroBWT, an algorithm based on the Burrows–Wheeler transform and designed to limit the economic advantage of GPUs, FPGAs, and ASICs. Its official documentation describes AstroBWT as a CPU mining proof-of-work algorithm.
Profitability & Accessibility: DERO uses Sigma Mining, where frequent mining contributions are recorded and combined into the network’s reward process rather than relying entirely on a conventional single-block-winner model. This can give smaller miners more regular participation in network rewards.
Community & Ecosystem: You can run the DERO miner against your own full node or connect a miner to another node. The project provides dedicated binaries and instructions for configuring CPU mining threads.
For hobbyist mining, DERO stands out for its CPU-focused algorithm and Sigma Mining reward architecture.
How to Buy These Coins If You Don’t Want to Mine Them
Mining isn’t for everyone. If calculating mining profitability, managing hardware, configuring software, and tracking electricity costs sounds like more effort than you want, you can simply buy supported assets instead.
If you’re interested in buying, for instance, XMR or Vertcoin, but don’t want to mine it, for example, owning the asset directly gives you price exposure without electricity costs or mining setup.
Availability on Changelly differs between assets and locations, so check which coins and payment methods are currently supported before starting an exchange.
Final Words
There’s no permanent best crypto to mine with CPU. Monero remains the strongest all-around choice for CPU mining, while VerusCoin, Zephyr, Raptoreum, and Dero offer different algorithms and ecosystems to explore. Vertcoin is better treated as a GPU-oriented alternative. Whatever you choose, benchmark your CPU, measure wall power, and calculate profitability using current difficulty, rewards, fees, electricity prices, and coin prices rather than old estimates.
Disclaimer: Please note that the contents of this article are not financial or investing advice. The information provided in this article is the author’s opinion only and should not be considered as offering trading or investing recommendations. We do not make any warranties about the completeness, reliability and accuracy of this information. The cryptocurrency market suffers from high volatility and occasional arbitrary movements. Any investor, trader, or regular crypto users should research multiple viewpoints and be familiar with all local regulations before committing to an investment.
