Monero Mining Guide 2026: A Bitcoin Miner’s Honest Assessment of XMR Mining

At D-Central Technologies, we are Bitcoin maximalists — unapologetically, technically, philosophically. Bitcoin is the only truly decentralized, censorship-resistant monetary network in existence, and mining Bitcoin is how you directly participate in securing that network. Every hash counts.

So why are we writing about Monero mining? Because understanding the broader mining landscape makes you a better, more informed miner. Monero (XMR) occupies a specific niche in the cryptocurrency world — privacy-focused, CPU-mineable, and built on a fundamentally different set of trade-offs than Bitcoin. Whether you are evaluating Monero mining as a side project, repurposing old hardware, or simply curious about how other proof-of-work systems function, this guide gives you the full technical picture — from a Bitcoin miner’s perspective.

We will cover how Monero mining works in 2026, the hardware and software involved, profitability realities, and — critically — how it compares to Bitcoin mining for home miners. If you are serious about mining, Bitcoin home mining should be your primary focus. But knowledge is power, and understanding Monero’s approach to proof-of-work can deepen your understanding of mining as a discipline.

Monero Mining in 2026: The Technical Landscape

What Is Monero?

Monero launched in April 2014 as a fork of Bytecoin, built on the CryptoNote protocol. Its defining feature is privacy by default — every transaction uses ring signatures, stealth addresses, and RingCT (Ring Confidential Transactions) to obscure sender, receiver, and amount. Unlike Bitcoin, where transactions are pseudonymous but fully traceable on a public ledger, Monero transactions are opaque by design.

Key technical facts as of February 2026:

• Algorithm: RandomX (proof-of-work, CPU-optimized)
• Block time: ~2 minutes
• Block reward: 0.6 XMR per block (tail emission, ongoing since June 2022)
• Total supply: No hard cap — tail emission produces ~0.6 XMR every 2 minutes indefinitely
• Network hashrate: ~2.5–3.0 GH/s (fluctuates with market conditions)
• Mining hardware: Consumer CPUs (by design — ASIC-resistant)

RandomX: The CPU-Only Algorithm

Monero adopted the RandomX algorithm in November 2019, replacing CryptoNight. RandomX was specifically engineered to be efficient on general-purpose CPUs while being resistant to ASICs, GPUs, and FPGAs. It achieves this by executing random programs that heavily utilize CPU features like caches, branch prediction, and floating-point units.

From a Bitcoin miner’s perspective, this is a fundamentally different philosophy. Bitcoin embraces ASIC specialization — purpose-built silicon that does one thing (SHA-256 hashing) with extraordinary efficiency. This specialization drives an economic arms race that ultimately secures the network with enormous computational power. Monero’s ASIC resistance deliberately prevents this specialization, favoring accessibility over raw hashrate security.

The trade-off is real: Bitcoin’s network hashrate exceeds 800 EH/s in early 2026, representing billions of dollars in dedicated infrastructure. Monero’s ~3 GH/s network, while impressively decentralized across consumer hardware, represents fundamentally less economic commitment to securing the chain. For Bitcoiners, this distinction matters.

How Monero Mining Works: Step by Step

Hardware Requirements

Because RandomX is CPU-optimized, your mining hardware is simply a computer with a modern processor. Here is what matters:

The AMD Ryzen 9 7950X can achieve roughly 18,000–20,000 H/s (hashes per second) on RandomX, while a Ryzen 7 5800X delivers around 10,000–12,000 H/s. Intel CPUs typically deliver 30–50% lower hashrates due to smaller L3 caches.

Mining Software

XMRig remains the dominant Monero mining software in 2026. It is open-source, cross-platform (Windows, Linux, macOS), and supports CPU mining out of the box.

Basic setup process:

1. Download XMRig from the official GitHub repository (xmrig/xmrig). Verify the release signature.
2. Configure your config.json — set your wallet address, pool URL, and thread count.
3. Whitelist in antivirus — mining software is commonly flagged as a PUA (Potentially Unwanted Application) by security tools.
4. Launch the miner and monitor hashrate, accepted shares, and temperature.

A minimal XMRig configuration looks like this:

{
  "pools": [{
    "url": "pool.example.com:3333",
    "user": "YOUR_MONERO_WALLET_ADDRESS",
    "pass": "x"
  }],
  "cpu": {
    "enabled": true,
    "huge-pages": true
  }
}

Enable huge pages on your OS for a 20–30% hashrate boost. On Linux: sudo sysctl -w vm.nr_hugepages=1280. On Windows: grant your user the “Lock pages in memory” right via Local Security Policy.

Solo Mining vs. Pool Mining

The solo-vs-pool dynamic in Monero is similar to Bitcoin, but the math is different:

With a single Ryzen 9 at ~20 KH/s against a 3 GH/s network, your share is roughly 0.00067% of the network. At one block every 2 minutes, you would statistically find a block every ~208 days. Pool mining smooths this out into daily micro-payments.

Notable Monero pools in 2026 include P2Pool (decentralized, no fees, no registration — the most cypherpunk option), MoneroOcean (algorithm-switching pool), and SupportXMR.

Profitability Reality Check: Monero vs. Bitcoin Mining in 2026

This is where we need to be honest. Let us run the numbers.

Monero Mining Economics

Using a Ryzen 9 7950X as reference:

• Hashrate: ~19,000 H/s
• Power draw: ~170W (system total)
• Daily earnings: Approximately 0.003–0.005 XMR/day at current difficulty
• Daily revenue at ~$170 USD/XMR: $0.50–$0.85 USD
• Daily electricity at $0.10/kWh: $0.41
• Daily profit: $0.09–$0.44

That is cents per day on a $400+ CPU. The payback period on hardware alone stretches to years, assuming Monero’s price and difficulty remain stable (they will not).

Bitcoin Mining Economics

Compare that to a Bitaxe Supra — an open-source solo Bitcoin miner:

• Hashrate: ~500 GH/s (0.5 TH/s)
• Power draw: ~15W
• Cost: Under $100
• Solo mining reward if you hit a block: 3.125 BTC (worth hundreds of thousands of dollars)
• Probability: Extremely low per device, but the asymmetric upside is massive

The Bitaxe is not about consistent daily payouts — it is a lottery ticket backed by real proof-of-work on the most valuable network in existence. And unlike Monero mining on a general-purpose CPU, the Bitaxe is purpose-built, power-efficient, and contributes to Bitcoin’s decentralization.

For those who want consistent Bitcoin mining returns, D-Central offers a full range of ASIC miners — from the Antminer S19 series to the latest S21 models — as well as Bitcoin Space Heaters that let you mine Bitcoin while heating your home. That is dual-purpose, real-world value that Monero mining on a CPU simply cannot match.

The Honest Comparison

When Monero Mining Makes Sense

Despite our Bitcoin-first stance, there are legitimate scenarios where Monero mining has a place:

• Repurposing idle hardware: If you have a powerful desktop sitting idle, running XMRig costs you only the incremental electricity. It will not make you rich, but it extracts value from hardware you already own.
• Learning mining fundamentals: Monero mining on a CPU is an excellent educational exercise. You can understand proof-of-work, pool dynamics, difficulty adjustments, and block rewards without any specialized hardware investment.
• Privacy use cases: If you need XMR for specific privacy-preserving transactions, mining it directly means you acquire it without any exchange KYC trail.
• Supplementing heat in winter: A mining CPU generates heat. In cold climates like Canada, this can offset a small portion of heating costs — though a Bitcoin Space Heater does this job far more effectively.

Setting Up Monero Mining: Quick-Start Guide

If you have decided to try Monero mining, here is the streamlined process:

1. Get a Wallet

You need a Monero wallet address to receive mining payouts. Options in 2026:

• Monero GUI Wallet — Official desktop wallet, runs a full or pruned node. Most private option.
• Feather Wallet — Lightweight desktop wallet, privacy-focused, no full node required.
• Cake Wallet — Mobile wallet for iOS and Android. Convenient but less private than a full node.
• Hardware wallets — Ledger and Trezor both support XMR for cold storage.

2. Choose Your Mining Approach

• P2Pool (recommended): Decentralized mining pool — no registration, no fees, no central authority. This is the most cypherpunk way to mine Monero. Requires running a Monero node alongside P2Pool software.
• Traditional pool: Easier setup, just configure XMRig with the pool’s address. MoneroOcean and SupportXMR are established options.
• Solo mining: Run a full Monero node and mine directly. Only viable if you have significant hashrate or extreme patience.

3. Install and Configure XMRig

1. Download the latest XMRig release from GitHub and verify the signature.
2. Edit config.json with your pool URL and wallet address.
3. Enable huge pages on your operating system for optimal performance.
4. Launch XMRig and verify accepted shares in the console output.
5. Monitor temperatures — sustained CPU mining at 100% load generates significant heat. Ensure adequate cooling.

4. Monitor and Optimize

Check your pool’s dashboard for hashrate, shares, and pending payouts. Tweak thread count and CPU affinity in XMRig’s config to balance mining performance with system usability if you are mining on a machine you also use daily.

Legal and Regulatory Considerations in 2026

Cryptocurrency mining is legal in Canada and the United States. However, regulations have evolved significantly since 2019:

• Canada: Mining income is taxable. The CRA treats mined cryptocurrency as business income or a benefit, depending on context. Quebec has specific energy regulations for large-scale operations, but home mining is unrestricted.
• United States: The IRS considers mined crypto as income at fair market value when received. Various states have different energy and licensing rules for commercial mining.
• Privacy coin scrutiny: Several exchanges have delisted Monero in recent years due to regulatory pressure around KYC/AML compliance. This is a real risk factor — reduced exchange availability can impact liquidity and price.
• Europe: MiCA (Markets in Crypto-Assets Regulation) has introduced stricter rules for privacy coins, and some EU exchanges have dropped XMR listings.

Mining Bitcoin, by contrast, operates in a much clearer regulatory environment. Bitcoin is recognized as property or a commodity in most jurisdictions, with well-established tax guidance and no exchange delisting risk.

The Bitcoin Miner’s Perspective: Why We Focus on BTC

We respect Monero’s technical achievements. RandomX is clever engineering. Ring signatures and stealth addresses solve real privacy problems. The tail emission model is an interesting approach to long-term miner incentives (though Bitcoiners will argue that transaction fees alone should and will sustain Bitcoin mining).

But here is why D-Central is, and will remain, Bitcoin-first:

• Sound money demands a hard cap. Bitcoin’s 21 million supply limit is non-negotiable. Monero’s perpetual inflation, however small, fundamentally changes the monetary properties.
• Network effects are everything. Bitcoin has the largest network, the deepest liquidity, the most infrastructure, and the most robust security by orders of magnitude. Mining the strongest network is mining the strongest money.
• ASIC specialization is a feature, not a bug. Purpose-built mining hardware represents irreversible economic commitment to securing the network. ASIC resistance means anyone can mine — but it also means anyone can attack. The economic cost of attacking Bitcoin’s SHA-256 network is incomparably higher.
• Dual-purpose value is real. Bitcoin ASICs generate serious heat — heat you can use. Our Bitcoin Space Heaters turn mining into home heating. A CPU mining Monero generates some heat, but it was not designed for thermal output as a primary function.
• Ecosystem depth matters. D-Central offers ASIC repair services, hosting, consulting, parts, accessories, and a full range of mining hardware. This ecosystem exists because Bitcoin mining has real, scaled economic activity behind it.

Conclusion: Mine Bitcoin, Understand Everything

Monero mining is technically interesting and accessible. If you have a spare CPU and cheap electricity, there is no harm in running XMRig and learning how proof-of-work functions at the CPU level. The experience will make you a better-informed miner and a more technically literate Bitcoiner.

But if your goal is to meaningfully participate in securing a decentralized monetary network, to generate real economic value from your hardware, and to contribute to the most important technological revolution of our time — mine Bitcoin. Get a Bitaxe for solo mining. Set up a Space Heater to heat your home while stacking sats. Explore our full ASIC lineup for serious hashpower.

Every hash counts — make yours count on the Bitcoin network.

Frequently Asked Questions