Best Coins To Mine With Graphics Cards GPUs 2026

I’ve spent thousands of hours testing GPU mining configurations since 2017. After Ethereum’s transition to Proof-of-Stake, I rebuilt my entire mining operation around alternative coins.

The landscape changed dramatically, but GPU mining remains viable if you know which coins to target.

Best Coins To Mine With Graphics Cards GPUs 2026

The best coins to mine with graphics cards in 2026 include Ethereum Classic (ETC), Ravencoin (RVN), Beam (BEAM), and Ergo (ERG) as the most profitable options. These cryptocurrencies use ASIC-resistant algorithms that keep GPU mining competitive against industrial mining operations.

Quick Answer: Top 10 GPU-Mineable Coins

1. Ethereum Classic (ETC) – Etchash algorithm, most liquid GPU coin, highest market cap
2. Ravencoin (RVN) – KawPow algorithm, strong community, ASIC-resistant design
3. Beam (BEAM) – Beam Hash III, privacy-focused with Mimblewimble technology
4. Ergo (ERG) – Autolykos2 algorithm, innovative smart contracts, academic backing
5. Radiant (RXD) – KawPow algorithm, fair launch, community-driven development
6. Alephium (ALPH) – Blake3 algorithm, sharding technology, highly scalable
7. Karlsen (KLS) – KawPow algorithm, newer coin with lower difficulty
8. Clore (CLORE) – KawPow algorithm, mining ecosystem with GPU rental marketplace
9. Conflux (CFX) – Octopus algorithm, high throughput, Asian market presence
10. Eternity (ENT) – Etchash variant, emerging opportunity for new miners

I’ll walk you through each coin in detail, explain profitability calculations, and share what I’ve learned from operating GPU mining rigs through multiple market cycles.

Understanding GPU Mining After Ethereum Merge

GPU mining is the process of using graphics cards to validate transactions on proof-of-work blockchain networks and earn cryptocurrency rewards in return.

GPUs solve complex mathematical problems called hashes to secure blockchain networks. When your GPU finds the correct hash, you receive newly minted coins as a reward.

The Ethereum Merge in September 2022 changed everything. Ethereum switched from proof-of-work to proof-of-stake, eliminating the most profitable GPU mining coin overnight.

I watched my mining income drop 70% in a single week. But I also discovered that several alternative cryptocurrencies were designed specifically to remain GPU-friendly.

These coins use memory-hard algorithms that resist ASIC dominance. This levels the playing field for individual GPU miners against industrial operations with specialized hardware.

Why GPU Instead of CPU or ASIC?

GPUs offer the sweet spot between accessibility and mining power. CPUs lack the parallel processing power for efficient mining. ASICs dominate Bitcoin mining but are expensive, single-purpose machines that become obsolete when algorithms change.

Mining Method	Initial Cost	Flexibility	Best For
CPU Mining	$0 (existing hardware)	High	Experimental coins, learning
GPU Mining	$300-$2000 per card	High	Multiple altcoins, flexibility
ASIC Mining	$2000-$15000	None	Bitcoin, specific algorithms only

Top GPU-Mineable Coins: Complete Analysis

Let me break down each profitable GPU coin based on my testing and community feedback. I’ve mined most of these personally and tracked the others through mining pool statistics.

1. Ethereum Classic (ETC) – Most Established Option

Ethereum Classic uses the Etchash algorithm, essentially the same mining algorithm that Ethereum used before the Merge. This makes it the natural successor for GPU miners who stuck with Ethereum through the years.

ETC maintains the original Ethereum vision of immutable code. The blockchain has operated continuously since 2015, surviving major attacks and market cycles.

Why I Recommend It:

• Highest Liquidity: Easy to sell on major exchanges like Binance and Coinbase
• Established Infrastructure: Dozens of mining pools, extensive documentation, active community
• Predictable Rewards: Block time of 13 seconds provides consistent payout flow

Specifications:

• Algorithm: Etchash
• Block Reward: 2.56 ETC (adjusted every 5 million blocks)
• Block Time: ~13 seconds
• Market Cap: $3-5 billion (varies with market)

Real-World Performance:

An RTX 3080 generates approximately 80-85 MH/s on Etchash, consuming around 220W. At typical electricity rates ($0.12/kWh), expect daily earnings of $0.80-$1.20 per card before electricity costs.

Best Mining Pools:

• 2Miners (1% fee)
• Ethermine (1% fee)
• F2Pool (2-3% fee depending on coin)

Who Should Mine ETC: New GPU miners, anyone wanting stable payouts, miners prioritizing easy coin conversion to fiat or other cryptocurrencies.

2. Ravencoin (RVN) – Community Favorite

Ravencoin launched in 2018 as a Bitcoin fork with a focus on asset transfer. The project implemented the KawPow algorithm specifically to resist ASIC mining and maintain GPU accessibility.

I’ve mined Ravencoin since 2019. The community remains one of the most active in crypto, with developers committed to the ASIC-resistant vision.

Key Advantages:

• True ASIC Resistance: KawPow algorithm changes periodically to prevent ASIC development
• Fair Launch: No ICO, no pre-mine, entirely community-driven
• Fast Block Time: 1-minute blocks mean more frequent payouts

Specifications:

• Algorithm: KawPow
• Block Reward: 2500 RVN
• Block Time: 1 minute
• Max Supply: 21 billion RVN

Real-World Performance:

An RTX 3070 produces approximately 45-50 MH/s on KawPow. Power consumption runs higher than Etchash at around 120-140W. Daily earnings typically range from $0.50-$0.90 per card.

Best Mining Pools:

• 2Miners (1% fee, low payout threshold)
• Hiveon (1% fee, user-friendly dashboard)
• Suprnova (2% fee, established pool)

Who Should Mine RVN: Community-focused miners, those who value decentralization, miners with AMD GPUs (KawPow runs well on Radeon cards).

3. Beam (BEAM) – Privacy-Focused Option

Beam implements Mimblewimble, a privacy protocol that hides transaction amounts and participants. The Beam Hash III algorithm requires significant GPU memory, making it more resistant to ASICs.

I tested Beam mining for three months in 2023. The profitability surprised me during certain market conditions, though the coin’s lower liquidity means you need patience when selling.

Why Consider Beam:

• Privacy Features: Mandatory transactions are private by default
• Memory Intensive: Rewards GPUs with 8GB+ VRAM
• Deflationary: Treasury decreases by 20 coins daily until reaching zero

Specifications:

• Algorithm: Beam Hash III
• Block Reward: ~40 BEAM (varies with treasury schedule)
• Block Time: ~1 minute
• Max Supply: 262.8 million BEAM

Real-World Performance:

Beam requires substantial GPU memory. Cards with 8GB+ VRAM perform significantly better. An RTX 3080 mines at approximately 70-75 sol/s. Daily earnings fluctuate but typically range from $0.40-$0.80 per card.

Best Mining Pools:

• 2Miners (1% fee)
• Herominers (0.9% fee, competitive rates)
• F2Pool (supports Beam)

Who Should Mine BEAM: Privacy advocates, miners with high-VRAM GPUs, those willing to hold for potential price appreciation.

4. Ergo (ERG) – Innovative Smart Contracts

Ergo emerged from academic research with a novel smart contract model called Sigma Protocols. The Autolykos2 algorithm specifically targets GPU miners while resisting ASIC dominance.

I started mining Ergo in 2022 after the Ethereum Merge. The project’s technical sophistication impressed me, and the development team maintains active communication with the mining community.

Ergo’s Strengths:

• Innovative Contracts: Sigma protocols enable complex dApps without gas auction games
• Storage Rent: Addresses blockchain bloat through economic disincentives
• ASIC Resistance: Memory-hard algorithm specifically designed for GPUs

Specifications:

• Algorithm: Autolykos2
• Block Reward: ~31 ERG (emission schedule decreases over time)
• Block Time: 2 minutes
• Max Supply: 97.7 million ERG

Real-World Performance:

Autolykos2 rewards cards with more VRAM. An RTX 3080 12GB achieves approximately 170-180 MH/s. Power consumption is moderate at 150-170W. Daily earnings range from $0.50-$1.00 per card depending on market conditions.

Best Mining Pools:

• 2Miners (1% fee)
• Herominers (1% fee)
• ErgoPool (specialized, 1% fee)

Who Should Mine ERG: Technical enthusiasts interested in novel blockchain architectures, miners with 8GB+ GPUs, those willing to hold long-term.

5. Radiant (RXD) – Fair Launch Community Project

Radiant launched as a fair-coin with no pre-mine, no ICO, and no founder allocation. The project aims to create a decentralized storage and payment system using the KawPow algorithm.

Radiant’s Appeal:

• Fair Launch: 100% community-owned from day one
• Long Halving Schedule: First halving not until 2030
• Active Development: Regular updates and community engagement

Specifications:

• Algorithm: KawPow
• Block Reward: 5000 RXD (until first halving)
• Block Time: 2 minutes
• Max Supply: 21 billion RXD

Real-World Performance:

Similar hashrate characteristics to Ravencoin. Expect 45-50 MH/s from an RTX 3070. Daily earnings vary widely due to lower liquidity but typically range from $0.30-$0.70 per card.

Best Mining Pools:

• 2Miners (1% fee)
• Zergpool (allows auto-switching)

Who Should Mine RXD: Community-focused miners, those who value fair launch principles, miners willing to hold newer coins.

6. Alephium (ALPH) – Scalability Innovator

Alephium implements sharding technology to achieve high throughput while maintaining security. The Blake3 algorithm is GPU-friendly and optimized for modern graphics cards.

Alephium’s Unique Features:

• Sharding: Multiple chains process transactions in parallel
• Efficient Algorithm: Blake3 runs efficiently on modern GPUs
• Custom VM: Unique smart contract environment

Specifications:

• Algorithm: Blake3
• Block Reward: 37.5 ALPH (pre-halving)
• Block Time: 64 seconds
• Max Supply: ~1 billion ALPH

Real-World Performance:

Alephium mining is relatively efficient. An RTX 3080 generates approximately 1.3-1.5 GH/s. Power consumption is lower than KawPow at around 130W. Daily earnings range from $0.40-$0.80 per card.

Best Mining Pools:

• 2Miners (1% fee)
• Hiveon (1% fee)
• Official Alephium pool

Who Should Mine ALPH: Technical enthusiasts interested in sharding technology, miners focused on power efficiency.

7. Karlsen (KLS) – Newer ASIC-Resistant Option

Karlsen is a newer cryptocurrency using the KawPow algorithm. As an emerging project, it offers lower difficulty and potentially higher short-term rewards for early adopters.

Karlsen Considerations:

• Newer Project: Higher risk but lower mining difficulty
• KawPow Algorithm: Same as Ravencoin, proven GPU-friendly
• Early Stage: Potential for growth if project succeeds

Specifications:

• Algorithm: KawPow
• Block Reward: Varies (check current specifications)
• Block Time: ~2 minutes

Real-World Performance:

Similar to KawPow coins. Expect 45-50 MH/s from RTX 3070-class hardware. Earnings fluctuate significantly due to new project volatility and lower liquidity.

Best Mining Pools:

• 2Miners (when supported)
• Community pools (check official channels)

Who Should Mine KLS: Risk-tolerant miners, those seeking newer opportunities, miners who actively monitor markets.

8. Clore (CLORE) – Mining Ecosystem Coin

Clore operates within a mining ecosystem, including a GPU rental marketplace. The coin uses KawPow and integrates with mining operations.

Clore’s Unique Position:

• Mining Integration: Part of larger mining ecosystem
• GPU Rental: Marketplace for renting hashpower
• Community Focus: Built by miners for miners

Specifications:

• Algorithm: KawPow
• Block Reward: Varies (check current specifications)
• Block Time: ~2 minutes

Real-World Performance:

KawPow performance characteristics apply. Earnings depend on ecosystem utilization and coin price.

Best Mining Pools:

• Official Clore pool
• Community-supported pools

Who Should Mine CLORE: Miners interested in the rental ecosystem, those wanting to diversify income streams.

9. Conflux (CFX) – High Throughput Option

Conflux operates a high-throughput blockchain using the Octopus algorithm. The project has significant presence in Asian markets and focuses on DeFi applications.

Conflux Advantages:

• High Throughput: Processes thousands of transactions per second
• Asian Market: Significant adoption in China
• Established: Operating since 2020

Specifications:

• Algorithm: Octopus
• Block Reward: Varies (check current specifications)
• Block Time: ~0.5 seconds

Real-World Performance:

Octopus is GPU-friendly. Check current hashrates and profitability as Conflux development continues.

Best Mining Pools:

• F2Pool (major Conflux pool)
• Regional pools

Who Should Mine CFX: Miners interested in Asian market exposure, those following established projects.

10. Eternity (ENT) – Emerging Etchash Option

Eternity uses an Etchash variant, making it compatible with existing Ethereum Classic mining setups. As an emerging coin, it offers lower difficulty for early miners.

Eternity Considerations:

• Etchash Compatible: Works with existing ETC configurations
• Emerging Project: Higher risk, lower difficulty
• New Opportunities: Early adopter potential

Specifications:

• Algorithm: Etchash variant
• Block Reward: Varies (check current specifications)
• Block Time: Similar to ETC

Real-World Performance:

Similar to Etchash coins. Lower difficulty means potentially better short-term rewards for early adopters.

Best Mining Pools:

• Community pools (check official channels)
• Multi-coin pools supporting Etchash variants

Who Should Mine ENT: Risk-tolerant miners, those with existing Etchash setups, early adopters.

GPU Mining Profitability: What You Can Really Earn

GPU mining profitability in 2026 depends entirely on three factors: your electricity cost, your GPU efficiency, and current coin prices. Let me break down realistic earnings based on my experience operating rigs since 2017.

The Electricity Reality:

Electricity is your primary ongoing expense. At $0.12 per kWh (US average), a single RTX 3080 consuming 220W costs approximately $0.63 per day to run 24/7.

Daily Earnings Examples:

GPU Model	Hashrate	Power	Daily Cost @ $0.12/kWh	Typical Daily Revenue
RTX 4090	95-110 MH/s	320W	$0.92	$1.20-$2.00
RTX 3090	100-120 MH/s	320W	$0.92	$1.10-$1.80
RTX 3080	80-85 MH/s	220W	$0.63	$0.80-$1.40
RTX 3070	60-65 MH/s	170W	$0.49	$0.50-$1.00
RTX 3060 Ti	50-55 MH/s	130W	$0.37	$0.40-$0.80
RX 6800 XT	60-65 MH/s	180W	$0.52	$0.55-$1.00

Real Profitability:

After electricity costs, most GPUs earn $0.10-$0.80 per day in profit. A 6-GPU rig might generate $5-$15 daily profit during favorable market conditions.

Break-Even Analysis:

Based on 2026 market conditions, expect 8-18 month break-even periods for new GPU purchases. Used GPUs offer faster ROI but carry reliability risks.

Regional Variations:

• Under $0.08/kWh: Mining remains profitable even in bear markets
• $0.08-$0.15/kWh: Profitable during bull markets, marginal in bear markets
• Over $0.20/kWh: Challenging except during strong bull markets

My Experience:

I operate in a region with $0.11/kWh electricity. My 6-GPU rig (RTX 3080s) earns approximately $6-$10 daily profit after electricity costs. The rig paid for itself in 14 months during the 2023-2024 market recovery.

Best GPUs for Mining in 2026

Selecting the right GPU makes or breaks your mining profitability. I’ve tested dozens of models across NVIDIA and AMD product lines.

NVIDIA vs AMD:

• NVIDIA: Better driver support, more software compatibility, higher resale value, excellent for CUDA-optimized algorithms
• AMD: Often better value per hashrate, strong on KawPow algorithm, competitive on Etchash variants

Top NVIDIA GPUs for Mining:

1. RTX 4090 – 95-110 MH/s, 320W. Best performance but highest power consumption. Only profitable with cheap electricity.
2. RTX 3090 – 100-120 MH/s, 320W. Excellent hashrate but power hungry. Great if you already own one.
3. RTX 3080 – 80-85 MH/s, 220W. My top recommendation for balance of performance and efficiency. Widely available used.
4. RTX 3070 – 60-65 MH/s, 170W. Excellent efficiency and lower power draw. Great for multi-GPU rigs.
5. RTX 3060 Ti – 50-55 MH/s, 130W. Best budget option with solid efficiency. Great entry point for new miners.

Top AMD GPUs for Mining:

1. RX 6900 XT – 60-65 MH/s, 180W. Strong KawPow performance, competitive efficiency
2. RX 6800 XT – 60-65 MH/s, 180W. Similar to 6900 XT, often better value
3. RX 6700 XT – 45-50 MH/s, 140W. Good efficiency, lower power consumption
4. RX 580 8GB – 30-32 MH/s, 120W. Budget option, widely available used, decent entry-level choice

Buying New vs Used:

I recommend buying used GPUs from reputable sellers. Ex-mining cards often sell at 40-60% of retail price. Test thoroughly and clean thermal paste before deployment.

Essential Mining Software and Pools

The right software and pool selection significantly impact your earnings. I’ve tested every major mining client and operated on dozens of pools.

Mining Software Comparison

Software	Best For	Fee	Algorithms
lolMiner	Etchash, Autolykos2	1%	Wide support
TeamRedMiner	AMD GPUs	1-2.5%	AMD optimized
Gminer	NVIDIA & AMD	2%	Broad support
T-Rex	NVIDIA GPUs	1%	NVIDIA focused
NBMiner	Both GPU types	1-2%	Low fee options

My Software Recommendations:

• NVIDIA Users: lolMiner for Etchash/Autolykos2, T-Rex for KawPow
• AMD Users: TeamRedMiner (best optimization), Gminer as backup
• Mixed Systems: NBMiner handles both GPU types well

Mining Pool Selection

Mining pools combine your hashrate with other miners to find blocks more frequently. You receive proportional shares of block rewards.

Pool	Fee	Payout Threshold	Best For
2Miners	1%	Low	Most coins, reliable
F2Pool	2-3%	Medium	Major coins, large operation
Hiveon	1%	Low	User-friendly interface
Herominers	0.9-1%	Low	Competitive fees

Pool Selection Tips:

• Lower fees mean higher earnings (1% difference = $10 per $1000 earned)
• Lower payout thresholds mean faster access to your coins
• Server location affects connectivity – choose geographically close pools
• Pool hashrate distribution affects luck – larger pools find blocks more consistently

How to Start GPU Mining: Step-by-Step?

Setting up your first GPU mining operation takes 2-4 hours. I’ve helped dozens of friends get started, and the process has become much more user-friendly since 2017.

Step 1: Hardware Preparation

Ensure your GPU has adequate power supply and cooling. Mining runs cards at 100% load 24/7, which generates significant heat.

• Verify your PSU has sufficient wattage (add 100W buffer per GPU)
• Install risers for multi-GPU setups (PCIe x1 to x16 riser cables)
• Position fans for direct airflow over GPUs
• Consider ambient temperature – mining generates substantial heat

Step 2: Wallet Setup

Choose a wallet compatible with your chosen coin. Options include:

• Official Wallets: Download from the coin’s official website
• Exchange Wallets: Binance, Coinbase, or other major exchanges
• Multi-Coin Wallets: Atomic Wallet, Coinomi (support multiple coins)

Copy your wallet address – you’ll need it for pool configuration.

Step 3: Download Mining Software

Download your chosen mining software from official sources only. I recommend:

• lolMiner: https://github.com/Lolliedieb/lolMiner-releases
• TeamRedMiner: https://github.com/todxx/teamredminer
• Gminer: https://github.com/develsoftware/GMinerRelease

Step 4: Configure Mining Client

Create a batch file (Windows) or script (Linux) with your mining parameters:

Example lolMiner config for Ethereum Classic:

Replace YOUR_WALLET_ADDRESS with your actual wallet address.

Step 5: Start Mining

Run your batch file or script. You should see:

• Connection to the mining pool
• Accepted shares (valid work submitted)
• Hashrate display
• Temperature and fan speed information

Step 6: Monitor Earnings

Check your mining pool dashboard using your wallet address. You’ll see:

• Unpaid balance
• Hashrate contribution
• Share acceptance rate
• Payout history

Step 7: Optimize Settings

After 24 hours of stable mining, optimize your settings:

• Adjust power limits for efficiency (use software like MSI Afterburner)
• Fine-tune memory overclocks for better hashrate
• Monitor temperatures – keep GPUs under 75C for longevity
• Experiment with different coins to maximize profitability

Risks and Challenges of GPU Mining

GPU mining is not risk-free. I’ve learned these lessons through expensive mistakes. Understanding the risks helps you make informed decisions.

Market Volatility:

Cryptocurrency prices fluctuate dramatically. A 30% price drop in a single day is common during bear markets. Your mining profitability depends entirely on coin prices.

I’ve seen daily earnings drop from $15 to $3 overnight during market crashes. Always calculate profitability using conservative price estimates.

Mining Difficulty Increases:

As more miners join a network, difficulty increases. Your share of block rewards decreases over time unless you add more hashrate.

Ravencoin difficulty increased 300% during 2021 as GPU miners flooded in after Ethereum’s decline began.

Hardware Risks:

• Thermal Stress: Constant 100% load degrades components faster than typical use
• Fan Failure: Fans running at maximum speed wear out faster
• VRM Damage: Voltage regulation modules can overheat, causing permanent damage
• Reduced Lifespan: Mining GPUs typically last 2-4 years vs 5-7 years for normal use

Mitigation Strategies:

• Keep GPU temperatures below 75C
• Clean fans and heatsinks monthly
• Replace thermal paste annually
• Use undervolting to reduce heat and power consumption
• Maintain proper case ventilation and ambient temperature

Regulatory Risks:

Some regions restrict or ban cryptocurrency mining. Check local regulations before investing in hardware.

Several countries implemented mining bans during 2021-2022. Always have a backup plan for your hardware.

Pool and Exchange Risks:

Mining pools and exchanges can fail or be hacked. Never keep more mined coins on an exchange than necessary.

I withdraw earnings to personal wallets weekly. Large holdings go to cold storage for maximum security.

Frequently Asked Questions

Final Recommendations

GPU mining in 2026 requires realistic expectations and careful planning. After years of operating through multiple market cycles, here’s my honest assessment.

Start Small:

Don’t invest thousands in new hardware immediately. Start with one GPU you already own or a used card purchased at a discount. Learn the software, monitor profitability for 2-3 months, then scale up if the numbers make sense.

Focus on Efficiency:

The most profitable mining operation isn’t necessarily the one with the most hashrate – it’s the one with the best efficiency. RTX 3070s and 3060 Tis often outperform 3090s on a pure profit-per-watt basis.

Diversify:

Don’t mine just one coin forever. Market conditions change rapidly. Set up your software to switch between coins based on real-time profitability, or manually reassess weekly.

Monitor Everything:

Check your mining profitability daily. Monitor temperatures and hashrates hourly. The miners who profit long-term are the ones who catch problems early and adapt quickly to changing conditions.

GPU mining isn’t the gold rush it was in 2020, but for those with cheap electricity and technical aptitude, it remains a viable way to earn cryptocurrency. Start conservatively, learn continuously, and never invest more than you can afford to lose.