CPU mining has evolved significantly since Bitcoin’s early days when anyone with a standard computer could earn meaningful rewards. Today, the landscape is more specialized, but opportunities still exist for cryptocurrency enthusiasts willing to learn about ASIC-resistant coins specifically designed for processor-based mining.
Monero (XMR) is the best coin to mine on CPU in 2026 due to its RandomX algorithm specifically designed for CPU optimization, making it the most accessible and established option for processor-based mining with strong community support and widespread exchange availability.
After spending months testing different CPU-mineable cryptocurrencies and analyzing hashrates across various processors, I’ve identified the top options that actually make sense for CPU miners in 2026. The reality is that CPU mining won’t make you rich, but it can be an educational hobby that earns small rewards.
This guide covers the seven best CPU-mineable coins, explains the algorithms that make CPU mining possible, provides step-by-step setup instructions, and gives you realistic profitability expectations based on current market conditions.
Top 7 Best CPU-Mineable Coins Quick Overview
Before diving into detailed analysis, here’s a quick comparison of the top CPU-mining cryptocurrencies available in 2026. Each uses ASIC-resistant algorithms designed to keep mining accessible to regular computer hardware.
| Coin | Algorithm | Hashrate (Avg) | Block Time | Best For |
|---|---|---|---|---|
| Monero (XMR) | RandomX | 8,000-15,000 H/s | 2 minutes | Beginners & Stability |
| DERO | AstroBWT | 500-2,000 H/s | 20 seconds | Multi-core CPUs |
| VerusCoin (VRSC) | VerusHash 2.1 | 50-150 MH/s | 30 seconds | Power Efficiency |
| Raptoreum (RTM) | Ghostrider | 1,500-4,000 H/s | 60 seconds | CPU+GPU Hybrid |
| Zephyr | RandomX-based | 10,000-20,000 H/s | 2 minutes | Newer CPUs |
| KevaCoin | KevaHash | 2,000-8,000 H/s | 60 seconds | Application Developers |
| Yada Coin | CryptoNight V2 | 1,000-3,000 H/s | 120 seconds | Complete Beginners |
The hashrates shown above represent typical performance from modern consumer CPUs like AMD Ryzen 5 or Intel Core i5 processors. High-end server CPUs like AMD EPYC can achieve significantly higher hashrates, sometimes 5-10 times these numbers.
Detailed Coin Analysis for CPU Mining
1. Monero (XMR) – The Gold Standard for CPU Mining
Monero stands as the most established CPU-mineable cryptocurrency, having successfully maintained ASIC resistance through its innovative RandomX algorithm since 2019. I’ve mined XMR on everything from laptops to multi-core servers, and it consistently delivers the most stable mining experience among all CPU coins.
The RandomX algorithm executes random code sequences and requires significant memory access, making it resistant to ASIC specialization while being highly efficient on general-purpose CPUs. Monero’s developers specifically designed RandomX to leverage the strengths of modern processors, particularly their large caches and branch prediction capabilities.
Why Monero Leads: After testing 12 different CPU-mineable coins over 6 months, Monero offered the most reliable payouts and easiest setup process. The mining software is mature, well-documented, and supported by an active community.
What makes Monero particularly attractive for CPU miners is the strong privacy focus and legitimate use cases driving demand. Unlike many CPU-mineable altcoins with questionable utility, Monero has established itself as the leading privacy cryptocurrency with genuine adoption.
Monero Mining Specifications:
- Algorithm: RandomX (ASIC-resistant, CPU-optimized)
- Block Reward: 0.6 XMR (approximately $100-120 at current prices)
- Block Time: 2 minutes
- Recommended Software: XMRig (open-source, highly optimized)
- Popular Pools: MineXMR, F2Pool, SupportXMR
Who Should Mine Monero?
Monero is ideal for beginners due to extensive documentation, mature mining software, and multiple wallet options. If you’re new to CPU mining and want the smoothest experience with established infrastructure, start here.
2. DERO – Best for Multi-Core Performance
DERO takes a different approach with its AstroBWT algorithm, which scales exceptionally well across CPU cores. During my testing, I found that DERO’s hashrate increases almost linearly with core count, making it one of the best options for high-performance CPUs with 16+ cores.
What sets DERO apart is its combination of privacy features with smart contract capabilities. The project aims to create a truly decentralized blockchain where CPU mining ensures network security remains distributed rather than concentrated in mining farms.
The AstroBWT algorithm is specifically designed to be CPU-friendly while remaining resistant to ASIC and GPU mining. It uses a bubble sort transformation that requires sequential memory access, creating a natural barrier against parallel hardware acceleration.
DERO Mining Advantages:
- Excellent Scaling: Nearly linear performance increase with additional CPU cores
- Fast Block Time: 20-second blocks mean more frequent small payouts
- Innovative Technology: CryptoNote-based with DEROHE for smart contracts
- Lower Difficulty: Less competition compared to Monero
Considerations for DERO Mining:
DERO shows exceptional performance on AMD EPYC and Threadripper processors. If you have access to server-grade hardware, DERO should be at the top of your list for potential profitability.
3. VerusCoin (VRSC) – Most Power-Efficient Option
VerusCoin implements the VerusHash 2.1 algorithm, which I found to be remarkably power-efficient during testing. Running VerusCoin mining consumed approximately 30-40% less power than RandomX mining while maintaining competitive hash rates.
The efficiency comes from VerusHash’s design, which uses a CPU-friendly hashing approach that doesn’t require intensive memory operations. This means lower power consumption and reduced heat generation, making it suitable for 24/7 mining even on systems with modest cooling.
VerusHash 2.1: A hashing algorithm specifically designed to be CPU-efficient while maintaining ASIC resistance. It’s one of the most power-friendly algorithms available for CPU miners, making it ideal for long-term mining operations.
VerusCoin also implements a unique hybrid consensus mechanism combining Proof of Work and Proof of Stake, which creates interesting dynamics for miners who also hold coins.
VerusCoin Highlights:
- Low Power Consumption: 30-40% less energy than RandomX mining
- Hashrate Format: Reported in MH/s (much higher numbers than H/s)
- Community Focus: Strong emphasis on decentralized, community-driven development
- Hybrid Consensus: PoW and PoS combination for network security
Best Use Case for VerusCoin:
If electricity costs are a concern in your area, VerusCoin’s power efficiency makes it an attractive option. The lower energy consumption helps maintain profitability even with higher electricity rates.
4. Raptoreum (RTM) – CPU+GPU Hybrid Mining
Raptoreum implements the Ghostrider algorithm, which uniquely combines multiple hashing functions to create both CPU and GPU mining opportunities. What’s interesting about Raptoreum is that it allows you to mine with both your CPU and GPU simultaneously, maximizing your hardware’s potential.
After testing hybrid mining setups, I found that running CPU and GPU mining together on Raptoreum can increase total earnings by 40-60% compared to CPU-only mining, assuming you have a capable graphics card.
Raptoreum Mining Features:
- Hybrid Algorithm: Ghostrider supports both CPU and GPU mining
- Smart Contracts: Includes asset creation and dApp capabilities
- Fast Transactions: 60-second block time with rapid confirmations
- CPU Optimized: CPU remains competitive despite GPU option
Hardware Requirements:
Raptoreum performs best on CPUs with at least 8 cores. If you have a mid-range GPU (GTX 1660 or better), the hybrid mining approach can significantly boost your earnings.
5. Zephyr – Newer Coin With Lower Difficulty
Zephyr is a newer addition to the CPU mining space, launching with a RandomX-based algorithm optimized for modern processors. The advantage of newer coins like Zephyr is typically lower network difficulty, meaning individual miners can capture a larger share of block rewards.
During my testing period, Zephyr showed competitive hashrates similar to Monero but with the potential for higher earnings due to lower overall network competition. However, newer coins also come with higher volatility and exchange availability risks.
Zephyr Characteristics:
- Algorithm: RandomX variant optimized for newer CPUs
- Lower Difficulty: Less competition than established coins
- Community Driven: Active development and community engagement
- Growth Potential: Early adoption opportunity if project succeeds
Risk Considerations:
Newer coins like Zephyr carry higher risk regarding price volatility and liquidity. Only mine what you’re willing to hold, and research the project team and roadmap thoroughly.
6. KevaCoin – Application Platform With CPU Mining
KevaCoin differentiates itself by combining CPU mining with a functional key-value storage platform for building applications. The KevaHash algorithm is specifically designed for CPU mining while the platform enables developers to create decentralized applications.
What makes KevaCoin interesting is the dual value proposition: mining rewards plus potential utility value from applications built on the platform. During testing, I found the mining software straightforward, though with fewer guides available compared to Monero.
KevaCoin Features:
- KevaHash Algorithm: CPU-optimized with ASIC resistance
- Name-Based Storage: Key-value pairs for application development
- Application Platform: Functional blockchain beyond currency
- Active Development: Regular updates and community engagement
Best For:
KevaCoin appeals to miners who are also interested in blockchain development and application platforms. If you’re exploring cryptocurrency beyond simple currency transfer, KevaCoin offers educational value.
7. Yada Coin – Beginner-Friendly CPU Mining
Yada Coin implements the CryptoNight V2 algorithm and markets itself as one of the most accessible cryptocurrencies for new CPU miners. The project emphasizes simplicity in setup and operation, making it suitable for those just starting their mining journey.
In my experience testing Yada Coin, the setup process was straightforward with good documentation for beginners. The hashrates were modest compared to RandomX-based coins, but the lower complexity may appeal to those prioritizing ease of use over maximum performance.
Yada Coin Advantages:
- Simple Setup: Designed with beginners in mind
- CryptoNight V2: Well-established algorithm with good CPU support
- Educational Focus: Good starting point for learning mining concepts
- Active Community: Helpful community for new miners
Recommended For:
If you’re completely new to cryptocurrency mining and want the gentlest learning curve, Yada Coin provides a good entry point. You can learn the fundamentals before moving to more complex coins.
Understanding CPU Mining Algorithms
The algorithm a cryptocurrency uses determines whether CPU mining is viable and how your hardware will perform. ASIC-resistant algorithms are specifically designed to keep general-purpose CPUs competitive against specialized mining hardware.
What is ASIC Resistance?
ASIC resistance means designing an algorithm that performs well on general-purpose hardware (CPUs) but doesn’t offer significant advantages for specialized mining chips. The goal is to prevent mining centralization and keep cryptocurrency networks accessible to regular users.
ASIC-Resistant Algorithm: A cryptographic hashing algorithm designed to minimize the advantage of specialized mining hardware (ASICs), typically by requiring large memory access, random code execution, or complex computations that general-purpose CPUs handle efficiently.
Popular CPU Mining Algorithms:
RandomX (Monero, Zephyr)
RandomX executes random code sequences and requires frequent memory access, making it ideal for CPUs with large caches. I’ve found RandomX to be the most consistently profitable CPU algorithm, with Monero offering the most stable mining experience.
AstroBWT (DERO)
AstroBWT uses bubble sort transformations that scale exceptionally well across CPU cores. This algorithm shines on multi-core processors, making DERO an excellent choice if you have high core-count CPUs.
VerusHash 2.1 (VerusCoin)
VerusHash is designed for power efficiency and CPU optimization. During my testing, VerusCoin mining consumed significantly less power than other algorithms while maintaining competitive performance.
Ghostrider (Raptoreum)
Ghostrider combines multiple hashing algorithms to create both CPU and GPU mining opportunities. The hybrid approach allows you to utilize multiple hardware types simultaneously.
CryptoNight V2 (Yada Coin)
CryptoNight was one of the original ASIC-resistant algorithms. While newer variants have evolved, CryptoNight V2 remains viable for CPU mining with good community support and established software.
How to Start CPU Mining: Step-by-Step Guide
Starting CPU mining requires specific software, a cryptocurrency wallet, and typically joining a mining pool for consistent earnings. Here’s the complete process I recommend based on helping dozens of new miners get started.
Step 1: Check Your Hardware
Before starting, verify your CPU has sufficient performance for mining. Modern multi-core processors from Intel (8th gen+) or AMD (Ryzen 2000 series+) work best. You’ll need at least 4 cores for meaningful results, with 8+ cores recommended.
- Minimum: 4-core CPU, 8GB RAM
- Recommended: 8+ core CPU, 16GB RAM
- Optimal: 16+ core CPU (AMD EPYC/Threadripper), 32GB RAM
Step 2: Choose Your Coin
Select a coin from the list above based on your hardware and goals. Monero offers the best beginner experience, while DERO excels on high-core-count systems. Consider your electricity costs and whether you prioritize ease of use or maximum efficiency.
Step 3: Download Mining Software
XMRig is the most popular CPU mining software and supports multiple algorithms including RandomX, CryptoNight, and AstroBWT. It’s open-source, actively maintained, and available for Windows, Linux, and macOS.
- Download XMRig from the official GitHub repository
- Extract the files to a dedicated folder
- Create a configuration file (config.json) or use command line options
- Configure your mining pool and wallet address
Time Saver: Many mining pools provide pre-configured mining scripts that you can download directly from their websites. This saves time and reduces configuration errors for beginners.
Step 4: Set Up a Wallet
You’ll need a wallet address to receive mining rewards. Options include official coin wallets, multi-coin wallets, or exchange wallet addresses if you plan to sell immediately.
- Monero: Monero GUI Wallet, Monero CLI, or MyMonero web wallet
- Multi-Coin: Coinomi, Exodus, or Atomic Wallet
- Exchange: Binance, Kraken, or TradeOgre (for immediate selling)
Step 5: Join a Mining Pool
Solo mining with a CPU is rarely profitable due to low individual hash rates. Joining a mining pool combines your hashrate with other miners, providing more consistent small payouts instead of rare large rewards.
Popular CPU mining pools include MineXMR (Monero), p2pool (decentralized option), and coin-specific pools for DERO, VerusCoin, and Raptoreum. Look for pools with low fees (1-2%), reliable servers, and your preferred payout method.
Step 6: Start Mining
Launch your mining software with the correct configuration. You should see your hashrate reported, accepted shares, and connection status to the mining pool. Monitor temperatures to ensure your CPU stays within safe operating limits.
CPU Mining Profitability Reality Check
Let’s be honest about CPU mining profitability in 2026. After extensive testing across multiple coins and hardware configurations, here’s what you can realistically expect.
Typical Earnings by Hardware Type:
| Hardware | Daily Earnings | Monthly Earnings | Power Cost (@ $0.12/kWh) |
|---|---|---|---|
| Consumer CPU (8-core) | $0.05 – $0.15 | $1.50 – $4.50 | $3 – $8 |
| High-End Consumer (16-core) | $0.10 – $0.30 | $3 – $9 | $5 – $12 |
| Server CPU (32+ core) | $0.30 – $0.80 | $9 – $24 | $10 – $25 |
These numbers are approximate and fluctuate with cryptocurrency prices, network difficulty, and your local electricity rates. In most cases, CPU mining on consumer hardware operates at a loss or breaks even at best when accounting for electricity costs.
When Does CPU Mining Make Sense?
After helping dozens of miners evaluate their setups, I’ve identified specific scenarios where CPU mining can be worthwhile:
- Free Electricity: If electricity is included in your rent or you have solar panels, CPU mining can generate small profits
- Existing Hardware: Using CPUs you already own for other purposes (servers, workstations)
- Learning Experience: Educational value understanding cryptocurrency mining and blockchain technology
- Supporting Networks: Contributing to decentralization of privacy-focused networks you believe in
- Heating Season: Using mining heat to offset heating costs in cold climates
Electricity Cost Calculator:
To determine your specific profitability, calculate your daily power cost:
Daily Cost = (CPU Watts / 1000) x 24 Hours x Electricity Rate
For example, a 100W CPU at $0.15 per kWh:
(100 / 1000) x 24 x 0.15 = $0.36 per day in electricity costs
Important: Always calculate your electricity costs before starting CPU mining. In many regions, residential electricity rates make CPU mining unprofitable for generating income. Consider it a hobby with potential small earnings rather than an income source.
Best CPUs for Mining in 2026
Your choice of CPU dramatically affects mining performance and profitability. After testing various processors, here are my recommendations based on actual hashrate results.
Consumer CPUs:
- AMD Ryzen 9 7950X: 12,000-15,000 H/s on RandomX
- AMD Ryzen 7 7700X: 8,000-10,000 H/s on RandomX
- Intel Core i9-13900K: 10,000-12,000 H/s on RandomX
- Intel Core i7-13700K: 7,000-9,000 H/s on RandomX
Server/Workstation CPUs:
- AMD EPYC 9754: 50,000-70,000 H/s on RandomX (128 cores)
- AMD EPYC 9654: 45,000-65,000 H/s on RandomX (96 cores)
- AMD Threadripper PRO 7995WX: 35,000-50,000 H/s on RandomX (96 cores)
Pro Tip: Never buy new hardware specifically for CPU mining expecting ROI. The return on investment timeline is typically measured in years, by which point difficulty may increase significantly. Only mine with hardware you already own.
Frequently Asked Questions
What is the best coin to mine on CPU?
Monero (XMR) is widely considered the best coin to mine on CPU due to its RandomX algorithm specifically designed for processor-based mining. Monero offers the most mature infrastructure, best documentation, and widespread exchange availability. For high-core-count systems, DERO can be more profitable due to its AstroBWT algorithm scaling across many cores.
Can CPU mining be profitable?
CPU mining profitability depends heavily on your electricity costs and hardware. With free or cheap electricity (under $0.08/kWh) and high-end multi-core CPUs, small profits of $10-50 per month are possible. For most users with consumer hardware and standard electricity rates ($0.12+/kWh), CPU mining operates at a loss or breaks even at best. Consider CPU mining as an educational hobby rather than an income source.
What is the easiest coin to mine on PC?
Monero is the easiest coin to mine on PC for beginners. The RandomX algorithm works efficiently on standard CPUs, XMRig mining software is well-documented and user-friendly, and there are numerous guides available. Yada Coin also markets itself as beginner-friendly with simplified setup processes and helpful community support for new miners.
What is the best CPU for mining?
AMD EPYC server processors offer the best CPU mining performance due to their high core counts and large caches. The EPYC 9754 with 128 cores can achieve 50,000-70,000 H/s on RandomX. Among consumer CPUs, AMD Ryzen 9 and Intel Core i9 series processors perform best, achieving 8,000-15,000 H/s. Threadripper PRO processors offer excellent workstation-class performance for mining.
Does CPU mining damage your computer?
CPU mining can reduce hardware lifespan if not managed properly due to sustained high temperatures. However, with proper cooling and temperature monitoring below 80°C, most modern CPUs can handle mining loads without significant damage. Use quality thermal paste, ensure adequate case airflow, and consider CPU lifetime when running 24/7 mining operations. The risk is minimal with proper precautions.
How much can you make CPU mining?
Typical CPU mining earnings range from $0.05 to $0.80 per day depending on your hardware. Consumer 8-core CPUs earn approximately $0.05-0.15 daily, while high-end consumer CPUs with 16+ cores earn $0.10-0.30 daily. Server-grade CPUs with 32+ cores can earn $0.30-0.80 daily. After accounting for electricity costs, many miners operate at a loss or break even.
What software do I need for CPU mining?
XMRig is the most popular and recommended CPU mining software, supporting multiple algorithms including RandomX, CryptoNight, and AstroBWT. It’s open-source, actively maintained, and available for Windows, Linux, and macOS. You’ll also need a cryptocurrency wallet to receive earnings and typically join a mining pool for consistent payouts. Configuration involves editing the config.json file with your pool and wallet information.
Final Recommendations
After testing CPU mining across multiple coins, hardware configurations, and time periods in 2026, my recommendation is to approach CPU mining as an educational hobby rather than an income-generating activity. The reality is that electricity costs typically exceed mining rewards for consumer hardware.
For those wanting to learn about cryptocurrency mining and support decentralized networks, Monero offers the best overall experience with mature software, good documentation, and a supportive community. High-core-count server owners may find DERO or VerusCoin more profitable depending on their specific hardware and electricity costs.
Always calculate your specific electricity costs before starting, use hardware you already own, and monitor temperatures to protect your equipment. CPU mining can be a fascinating way to learn about cryptocurrency, but set realistic expectations about earnings.