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How to Mine Monero in 2026
- Monero mining is CPU-driven, not GPU-driven.
- Electricity cost decides whether mining makes sense.
- Setup and tuning matter more than buying new hardware.
- Pools smooth payouts, P2Pool helps decentralization.
- Mining Monero is slow, boring, and honest work.
People usually come to Monero mining for one of two reasons. They either care about privacy and want to support the network, or they think mining is an easy way to print coins. Only one of those reasons survives contact with reality.
Monero mining still works. It still secures the network. It still pays out. What it does not do is magically turn spare hardware into passive income. If you understand that going in, everything else becomes much simpler.
How Monero Mining Works
Monero runs on proof of work using RandomX. Blocks land roughly every two minutes. Each block pays around 0.6 XMR through tail emission, which means miners keep getting rewarded even though the original emission curve finished years ago.
That reward is for the entire network, not for you. Your payout depends on how much hashrate you contribute compared to everyone else, and how often your work lands in blocks that get accepted. That’s the part most guides quietly gloss over.
RandomX was built to favor general-purpose CPUs. Cache size, memory latency, and thread efficiency matter more than raw clock speed. That design choice kept Monero accessible for years and avoided the kind of ASIC monoculture that swallowed Bitcoin mining. It also means setup quality matters more than shiny hardware.
Two Things that Decide Your Result
Everything comes back to hashrate and electricity.
Hashrate decides how often you get paid. Electricity decides whether those payments feel tolerable or pointless. Pool fees, software choice, and tuning matter, but only after those two are under control.
If your power is expensive, Monero mining becomes a hobby. If your power is cheap and your CPU is efficient, it becomes a slow grind that can at least justify itself.
Hardware that Makes Sense
Monero mining is still CPU-first. High-core AMD CPUs dominate because RandomX loves cache and memory bandwidth. Mid-range Ryzen chips are common for home miners. EPYC-class CPUs show up in farms and serious setups.
GPUs technically work, but they make little sense anymore. A modern high-end GPU pulls hundreds of watts to produce hashrates that a decent CPU can match or beat with better efficiency. If you already own a GPU and want to experiment, fine. Buying one specifically for Monero mining is usually a mistake.
ASICs now exist for RandomX. That’s the uncomfortable truth many older guides avoid. They are expensive, power-hungry, and push the network toward centralization if they grow unchecked. For most individuals, they are not a realistic or sensible option. For the network, they are a pressure point that the Monero community continues to watch closely.
For a normal setup, a stable PC, solid cooling, enough RAM, and a power supply that isn’t living on the edge matter more than chasing top-tier parts.
6 years ago today, RandomX went live on Monero mainnet. Still no ASICs in sight…
Anyone with a modern laptop can still mine real private money. Hashrate followed CPU evolution and remained decentralized.
Quietly one of the most successful experiments in cryptocurrency history.… https://t.co/I7HVPIQewm pic.twitter.com/a5tKpv7ReU— The Meritocrat (@themerit0crat) November 30, 2025
Wallet Setup
Before you mine anything, you need a wallet that can receive XMR properly. The official Monero GUI or CLI wallets remain the safest baseline. They give you full control, predictable behavior, and no third-party surprises.
Create your wallet, back it up, and copy a receive address. Subaddresses are fine and often preferable. Payment IDs are mostly a thing of the past for mining payouts, so keep it simple unless your pool explicitly requires one.
Hardware wallets can hold Monero, but they add friction during setup. They make more sense once you start accumulating meaningful balances.
Picking How You Mine
Solo mining means connecting directly to your own node and hoping your hashrate eventually finds a block. For most people, that means long periods of nothing followed by one rare payout. It works best for ideological reasons, not financial ones.
Pool mining smooths rewards. You share work with others, you get paid regularly, and you give up a small percentage in fees. This is where most miners end up, especially when starting out.
P2Pool sits in the middle. It behaves like a pool but without a central operator. You still need to run a node, and payouts can be spikier than traditional pools, but it keeps mining power distributed. If decentralization matters to you, this option exists for a reason.
Software You Can Trust
XMRig is the default for a reason. It’s open source, actively maintained, and works across platforms. Stick to official releases. Fake builds and repackaged miners are still one of the most common ways people infect their machines.
Download it, extract it, and expect your antivirus to panic. That part is normal. Mining software looks exactly like malware to security tools because, from a technical perspective, it behaves the same way. Add exclusions carefully and only for software you actually verified.
Setting It Up on a Normal Machine
On Windows, the process is straightforward. You point XMRig at a pool or your node, paste your wallet address, choose how many threads to use, and start it.
On Linux, the same logic applies, with better long-term stability and slightly better performance if you’re comfortable managing the system.
The first run almost always reveals something wrong. Missing permissions, disabled large pages, wrong thread count, or instant thermal throttling. That’s normal.
The Tuning Pass
Large Pages should be enabled. Without them, RandomX performance suffers badly. MSR tweaks help CPUs boost and manage power properly. Thread count should usually sit below the maximum logical cores, not at it.
Watch temperatures. CPUs that hit thermal limits will quietly throttle and erase any theoretical gains. Undervolting often improves efficiency more than overclocking.
None of this is glamorous, but it’s the difference between a miner that runs and one that makes sense.
What Your Numbers Will Look Like
Your daily earnings depend on luck, pool behavior, and network conditions. Small setups can go hours without meaningful payouts, then catch up later. That’s normal.
At current conditions, most home miners are not chasing profit. They are offsetting costs, stacking small amounts of XMR, and supporting the network. If your expectation is steady income, you’ll be disappointed. If your expectation is controlled participation, the math makes more sense.
Common Ways People Mess Up
- Low hashrate from missing Huge Pages.
- Constant rejected shares from unstable settings.
- CPUs cooking themselves because someone trusted auto-fan curves.
- Antivirus deleting the miner every reboot.
- Laptops dying early deaths.
Most of these mistakes show up within the first day. Pay attention early and fix them before walking away.
Security and Scam Reality
If someone offers cloud Monero mining with guaranteed returns, ignore it. If a Telegram group hands you a “special build” of a miner, ignore it. If an app promises phone mining that pays anything meaningful, ignore it.
Monero mining attracts scams because it runs quietly and because beginners expect low visibility. Stick to known tools and boring setups.
The Decentralization Problem
Mining power has concentrated before and it will again. Large operators, experimental mining strategies, and ASIC pressure all exist in the background.
That’s why pool choice matters. That’s why P2Pool exists. That’s why running a node still matters even if it feels inconvenient. Monero’s privacy guarantees depend on a healthy, distributed network, not just clever cryptography.
Before You Leave It Running
Check hashrate stability. Check temperatures. Confirm payouts land where you expect. Make sure the machine survives a reboot without breaking everything.
After that, mining Monero becomes boring. That’s a good thing. Boring means predictable. Predictable means you understand what you’re doing. And in Monero mining, that’s already ahead of most people.
Frequently Asked Questions (FAQ)
Is Monero mining still possible in 2026?
Yes. Monero still uses proof of work with RandomX, and miners are paid through tail emission.
Can you mine Monero with a normal computer?
Yes. CPU mining still works, but efficiency depends heavily on setup, power cost, and tuning.
Is Monero mining profitable?
For most home setups, it’s marginal. Cheap electricity and efficient CPUs matter more than raw hashrate.
Do you need an ASIC to mine Monero?
No. ASICs exist, but CPU mining remains viable and is still widely used.
Is GPU mining Monero worth it?
Usually no. GPUs are inefficient on RandomX compared to modern CPUs.
Should you mine Monero solo or in a pool?
Pools give steady payouts. Solo mining has high variance. P2Pool sits between the two.
What software is best for Monero mining?
XMRig is the standard. Stick to official builds.
How long does it take to mine 1 XMR?
It depends on your hashrate and pool luck. There is no fixed time for individual miners.
Is Monero mining safe?
The software is safe if downloaded from official sources. Scams and fake miners are common elsewhere.
Does mining Monero help the network?
Yes. Mining secures transactions and supports Monero’s privacy guarantees.
