Best Cryptocurrency to Mine
in 2026

Why Mine Cryptocurrency in 2026?

Cryptocurrency mining remains one of the most direct ways to acquire digital assets without relying on exchanges. While Bitcoin mining is dominated by industrial-scale ASIC operations, dozens of coins are specifically designed to be mineable with consumer-grade CPUs and GPUs. This levels the playing field and allows anyone with a modern computer to participate.

Mining also contributes directly to network security. Every hash you compute helps validate transactions and protect the blockchain from attacks. In return, you receive block rewards — newly minted coins distributed to miners who find valid blocks.

Factors That Determine Mining Profitability

Before diving into specific coins, it is important to understand the variables that affect whether mining is profitable for you:

The interplay of these factors means that the "best" coin to mine changes over time. A coin that is highly profitable today may become less so if its price drops or difficulty spikes. Diversifying across multiple coins or switching based on profitability calculators is a common strategy among experienced miners.

Monero (XMR) — The CPU Mining King

Monero is the undisputed champion of CPU mining. Read our complete guide to mining Monero for step-by-step setup instructions. Its RandomX algorithm was specifically designed to run optimally on consumer CPUs, making GPUs and ASICs less efficient by comparison. This design philosophy ensures that anyone with a modern processor can mine XMR competitively.

RandomX achieves ASIC resistance through heavy use of random code execution, memory-hard computations, and CPU-specific optimizations like branch prediction and hardware AES acceleration. The algorithm requires a 2 GB dataset (the "cache") that fits in CPU L3 cache, giving processors with large caches a natural advantage.

Best CPUs for Monero Mining

• AMD Ryzen 9 7950X: 16 cores, 64 MB L3 cache — top consumer choice
• AMD Threadripper PRO 5995WX: 64 cores, 256 MB L3 cache — workstation king
• Intel Core i9-13900K: 24 cores (8P+16E), 36 MB L3 cache — strong Intel option
• AMD EPYC 7763: 64 cores, 256 MB L3 cache — server-grade powerhouse

Monero's privacy features (ring signatures, stealth addresses, RingCT) make it one of the most widely used privacy coins. Its ongoing development and strong community ensure long-term viability as a mining target.

# Example XMRig command for Suprnova
./xmrig -o stratum+tcp://xmr.suprnova.cc:5222 \
  -u YourUsername.WorkerName \
  -p x \
  --threads=16

Zcash (ZEC) — Privacy Meets GPU Mining

Zcash is a privacy-focused cryptocurrency that uses the Equihash proof-of-work algorithm. Our Zcash mining guide covers setup in detail. Equihash is a memory-hard algorithm based on the generalized birthday problem, which makes it well-suited for GPU mining. While Equihash ASICs do exist, GPU mining remains competitive on many Equihash variants.

ZEC offers optional shielded transactions using zk-SNARKs (zero-knowledge proofs), providing strong privacy when used. Its established market presence, listing on major exchanges, and active development make it a reliable mining target with good liquidity.

Why Mine Zcash?

• Established coin with strong market presence and liquidity since 2016
• Regular development with protocol upgrades and active community
• Dual mining compatibility with some Equihash-based tools
• Easy to sell — listed on all major exchanges

# Example lolMiner command for Suprnova Zcash pool
./lolMiner --algo EQUI \
  --pool stratum+tcp://zec.suprnova.cc:2142 \
  --user YourUsername.WorkerName \
  --pass x

Ravencoin (RVN) — KAWPOW GPU Favorite

Ravencoin has become one of the most popular GPU-mineable coins (see our Ravencoin mining guide), especially after Ethereum's transition to proof-of-stake. The KAWPOW algorithm (based on ProgPoW) is specifically designed to be ASIC-resistant by leveraging the full computational pipeline of modern GPUs, including random math operations, memory access patterns, and register usage.

RVN's focus on asset tokenization — creating and transferring digital assets on its blockchain — gives it a clear use case beyond simple value transfer. The ability to create tokens, NFTs, and messaging on the Ravencoin network has attracted a dedicated community.

GPU Performance on KAWPOW

• NVIDIA RTX 4090: ~60 MH/s at ~300W — top-tier performance
• NVIDIA RTX 4070: ~30 MH/s at ~150W — best efficiency
• AMD RX 7900 XTX: ~45 MH/s at ~270W — strong AMD option
• NVIDIA RTX 3070: ~25 MH/s at ~130W — great used market value

# Example T-Rex miner command for Suprnova Ravencoin pool
t-rex -a kawpow \
  -o stratum+tcp://rvn.suprnova.cc:6667 \
  -u YourUsername.WorkerName \
  -p x

Vertcoin (VTC) — The People's Coin

Vertcoin has always championed ASIC resistance as a core principle. Check our Vertcoin mining guide for Verthash setup instructions. The Verthash algorithm was developed specifically to keep mining accessible to GPU owners. It uses a large 1.2 GB data file (the "verthash.dat") that must be generated locally before mining, adding a memory-hard component that ASICs cannot easily optimize for.

Vertcoin's commitment to decentralized mining and its willingness to hard-fork to resist ASICs make it an ideal choice for miners who believe in the original vision of cryptocurrency: one CPU (or GPU), one vote.

Getting Started with Verthash

Before mining Vertcoin, you need to generate the verthash.dat file (approximately 1.2 GB). This is a one-time process that takes a few minutes. The VerthashMiner software handles this automatically on first run.

# Example VerthashMiner command for Suprnova
./VerthashMiner --algo verthash \
  --url stratum+tcp://vtc.suprnova.cc:5778 \
  --user YourUsername.WorkerName \
  --pass x \
  --verthash-data ./verthash.dat

Xelis (XEL) — Next-Gen CPU/GPU Hybrid

Xelis is a newer blockchain project with a custom proof-of-work algorithm called XelisHash. What makes Xelis interesting is that it is efficiently mineable with both CPUs and GPUs, giving miners flexibility in their hardware choices. The algorithm is designed to balance computational intensity with memory requirements, preventing any single hardware class from dominating.

As a newer project, Xelis offers the potential for early-mover advantage. Network difficulty is lower compared to established coins, meaning you earn more coins per unit of hashrate. However, this comes with higher risk since the project is less proven than coins like Monero or Zcash.

Why Consider Xelis?

• Dual-mineable: Works well on both CPUs and GPUs
• Lower difficulty: Less competition means more coins per day
• Early opportunity: Get in before the network grows
• Active development: Regular protocol updates and improvements

Groestlcoin (GRS) — Efficient GPU Mining

Groestlcoin is a privacy-focused coin that uses the Groestl hashing algorithm, one of the five SHA-3 finalist algorithms. The Groestl algorithm is highly efficient on GPUs, producing relatively low power consumption compared to other GPU-mineable algorithms. This makes GRS an excellent choice for miners concerned about electricity costs.

Groestlcoin was one of the first coins to implement SegWit, Lightning Network, and various privacy features. Its development team consistently adopts new Bitcoin Improvement Proposals, keeping the codebase modern and secure.

Mining with suprminer

The suprminer software from Suprnova's own GitHub repository is optimized specifically for the Groestl algorithm on NVIDIA GPUs. For AMD users, sgminer-gm with the Groestl kernel provides solid performance.

# Example suprminer command for Suprnova GRS pool
suprminer -a groestl \
  -o stratum+tcp://grs.suprnova.cc:5544 \
  -u YourUsername.WorkerName \
  -p x

Decred (DCR) — Hybrid PoW/PoS Governance

Decred features a unique hybrid proof-of-work and proof-of-stake consensus mechanism. Miners solve blocks using PoW, while stakeholders validate blocks and vote on governance proposals using PoS. This dual system provides stronger security and gives the community direct control over protocol changes.

The BLAKE3 algorithm is extremely fast and parallelizable, making it suitable for both GPU and ASIC mining. While dedicated ASICs exist for Decred, GPU mining can still be worthwhile, especially when network difficulty is favorable.

Decred's Unique Value Proposition

• On-chain governance: Stakeholders vote on protocol changes through Politeia
• Treasury system: 10% of block rewards fund development
• Hybrid security: PoW + PoS makes 51% attacks exponentially harder
• Active development: Full-time funded development team

Karlsen (KLS) — DAG-Based GPU Mining

Karlsen is a BlockDAG-based cryptocurrency that uses the kHeavyHash proof-of-work algorithm. Unlike traditional blockchain architectures where blocks form a single chain, Karlsen's DAG structure allows multiple blocks to be created simultaneously, enabling faster transaction processing and higher throughput.

The kHeavyHash algorithm is GPU-friendly and offers competitive mining opportunities. As a relatively newer project, Karlsen presents an opportunity for early adopters to accumulate coins at lower difficulty levels.

Why Mine Karlsen?

• BlockDAG technology: High throughput and fast confirmations
• GPU-optimized: Efficient mining on consumer graphics cards
• Growing ecosystem: Active development and community
• Low entry barrier: Mine with existing GPU hardware

Raptoreum (RTM) — GhostRider CPU Mining

Raptoreum uses the GhostRider algorithm, which combines multiple hashing algorithms (including CryptoNight variants and x16r family) with random switching. This approach makes ASIC development extremely difficult and expensive, ensuring that CPU mining remains the most efficient method.

GhostRider heavily relies on L3 cache, making CPUs with large cache sizes (like AMD Ryzen and EPYC processors) significantly more efficient. The algorithm dynamically switches between 15 different sub-algorithms, making it computationally diverse and resistant to specialized hardware optimization.

Best CPUs for Raptoreum

• AMD Ryzen 9 7950X: Excellent GhostRider performance thanks to 64 MB L3
• AMD EPYC 7763: Server-grade with 256 MB L3 — monster hashrate
• AMD Ryzen 9 5950X: Great used market value, still competitive
• Intel i9-13900K: Capable but AMD generally leads on GhostRider

# Example XMRig command for Suprnova Raptoreum pool
./xmrig -a gr \
  -o stratum+tcp://rtm.suprnova.cc:3333 \
  -u YourUsername.WorkerName \
  -p x

Salvium (SAL) — RandomX Privacy Mining

Salvium is a privacy-focused cryptocurrency that uses a variant of the RandomX algorithm, making it CPU-mineable using the same hardware and software you would use for Monero. If you are already mining XMR, adding Salvium to your rotation requires minimal additional setup.

As a RandomX variant, Salvium benefits from the same ASIC resistance that makes Monero's algorithm effective. CPUs with large L3 caches and hardware AES support will perform best. XMRig can mine Salvium with a simple algorithm configuration change.

Salvium vs Monero Mining

• Same hardware: Your Monero mining rig works for Salvium with no changes
• Lower difficulty: Smaller network means more coins per hashrate
• Diversification: Mine both coins to spread risk across projects
• Privacy features: Built-in transaction privacy similar to Monero

More Coins on Suprnova

In addition to the coins covered above, Suprnova operates pools for several other projects:

Complete Comparison Table

Here is a side-by-side comparison of all Suprnova-supported coins to help you decide which to mine:

Understanding Mining Profitability

Raw hashrate alone does not determine profitability. The relationship between the key variables is what matters:

// Daily mining revenue formula
Daily coins = (Your hashrate / Network hashrate) × Blocks per day × Block reward

// Daily profit formula
Daily profit = (Daily coins × Coin price) - (Power consumption × Hours × Electricity rate)

// Example: Mining Ravencoin with RTX 4070
Hashrate:      30 MH/s
Power:         150W
Electricity:   $0.10/kWh
Daily cost:    0.15 kW × 24h × $0.10 = $0.36/day

Electricity: The Make-or-Break Factor

Electricity cost is often the single most important factor in mining profitability. Miners in regions with cheap hydroelectric or solar power have a significant advantage. Here is how different electricity rates affect your bottom line:

Hardware Investment and ROI

Consider the total cost of ownership when evaluating mining profitability:

• Initial hardware cost: GPUs range from $300 (RTX 4060) to $1,600+ (RTX 4090) — see our mining hardware guide for detailed recommendations
• Resale value: GPUs retain value for gaming; CPUs are generally cheaper to start with
• Maintenance: Thermal paste replacement, fan cleaning, PSU wear
• Opportunity cost: Could the hardware investment earn more elsewhere?

The HODL Strategy

Many miners choose to hold their mined coins rather than selling immediately. This strategy bets on future price appreciation. If you believe a coin will increase in value over the coming months or years, mining and holding can be more profitable than buying the same amount of coins on an exchange — especially when factoring in exchange fees, spread, and the ongoing nature of mining income.

How to Start Mining on Suprnova

Most Suprnova pools also support anonymous mining — you can mine directly to your wallet address without creating an account. Simply use your wallet address as the username when configuring your miner. This is ideal for privacy-conscious miners who prefer minimal setup.