* GPU profitability *

GPU Mining Profitability Calculator

Calculate graphics card mining profitability in real-time with our

Read more
...
Model
Profit
Nvidia
Xelis · 130.00 KH/s
$1.67
Nvidia
Xelis · 64.00 KH/s
$0.86
Nvidia
Xelis · 57.00 KH/s
$0.72
Nvidia
Ryo · 9.80 KH/s
$0.67
Nvidia
Xelis · 50.00 KH/s
$0.65
Nvidia
Ryo · 7.60 KH/s
$0.48
Nvidia
Xelis · 49.00 KH/s
$0.44
Nvidia
Xelis · 51.00 KH/s
$0.44
$0.43
Nvidia
Xelis · 52.00 KH/s
$0.42
Nvidia
Ryo · 6.70 KH/s
$0.40
Nvidia
Xelis · 52.00 KH/s
$0.38
Nvidia
Xelis · 42.00 KH/s
$0.37
Nvidia
Xelis · 30.00 KH/s
$0.35
Nvidia
Xelis · 29.00 KH/s
$0.31
* Why GPU mining

GPU Mining – Flexible & Future-Proof

Mine multiple algorithms, switch coins instantly, and keep high resale value. Perfect for hobbyists and small-scale farms.

Multi-Algorithm

Mine Ethash, KawPow, Autolykos, RandomX and more.

High Resale Value

Sell on eBay or use for gaming/AI – retain 60-80% of cost.

Low Entry Cost

Start with 1 GPU, scale to 12+ – no $10K ASIC upfront.

* Rig setup

Your GPU Mining Rig – The Essentials

Everything you need to go from zero to mining in under an hour.

Hardware Checklist

  • 6–12 GPUs (RTX 3060 Ti, RX 6700 XT, etc.)
  • Motherboard with multiple PCIe slots
  • PCIe risers (USB 3.0 powered)
  • CPU + 8–16 GB RAM + 120 GB SSD
  • PSU: Use enaugh power and min Gold units
  • Open-air frame + strong fans

Pro Tips

  • Undervolt GPUs: save 20-30% power, same hashrate.
  • Use HiveOS - one-click setup.
  • Keep VRAM temp < 60°C for card longevity.
  • Join low-fee pools: Flexpool, Nanopool, Ethermine.
  • Monitor with Minerstat or Awesome Miner.
* Head to head

AMD vs NVIDIA – Which Chip Wins?

Filter by chip on MinerCompare and see real-time profit per watt.

Aspect AMD NVIDIA
Best Algorithms Ethash, KawPow, Autolykos Ethash, RandomX, ProgPow
Efficiency (W/MH) 0.9 – 1.3 W/MH 1.1 – 1.5 W/MH
Resale Market Strong Very Strong
Driver Stability Best on Linux Best on Windows
Overclock Headroom High (memory) Moderate (core)

*Live data from MinerCompare – filter by "AMD" or "NVIDIA" to compare real-time profits.

* Platform overview

GPU Mining Profit Calculator

Real-time earnings for 500+ GPUs across 50+ algorithms — filter by chip, hashrate, power, and profitability

GPU mining remains the most accessible and flexible way to earn cryptocurrency in 2025. Unlike ASICs that lock you into a single algorithm, modern graphics cards like the NVIDIA RTX 40-series and AMD RX 7000-series can mine over 50 different algorithms — from Ethash and KawPow to Autolykos, RandomX, and ProgPow — allowing you to switch coins in seconds based on live profitability. This adaptability is crucial in a volatile market where a coin's price can surge 300% overnight, instantly making it the most profitable target. MinerCompare's GPU calculator tracks 500+ graphics cards with real-time hashrates, power draw, and efficiency metrics pulled directly from mining pools and blockchain explorers. You can filter by chip (AMD vs NVIDIA), VRAM size, power consumption, or even specific algorithms to find the exact card that maximizes your ROI. We factor in your local electricity cost (up to 3 decimal places), pool fees, and current network difficulty to deliver accurate daily, weekly, and monthly profit projections in USD, EUR, GBP, or BTC. Whether you're running a single RTX 3060 or a 12-GPU farm with RX 6700 XTs, our tool shows you net earnings after power costs, helps you optimize overclock settings, and even estimates hardware lifespan based on thermal data. No other calculator combines this level of GPU-specific detail with live market integration and multi-currency support. Start with one card, scale intelligently, and always mine the most profitable coin — all powered by MinerCompare's industry-leading data engine.

* Hashrate explained

Understanding Hashrate Units - H/s, G/s, Sol/s

Not all algorithms measure performance the same way. Learn what H/s, G/s, and Sol/s mean for your mining profitability.

H/s (Hashes/sec)

Standard unit for memory-heavy algorithms like Ethash, KawPow, and Autolykos.

KH/s:1,000 H/s
MH/s:1,000,000 H/s
GH/s:1,000,000,000 H/s

Example: RTX 3070 → 62 MH/s on Ethash

Sol/s (Solutions/sec)

Used by Equihash-based algorithms like Zcash, Bitcoin Gold, and Flux.

KSol/s:1,000 Sol/s
MSol/s:1,000,000 Sol/s
Unique metric:Not comparable to H/s

Example: RTX 3060 Ti → 190 Sol/s on ZelHash

G/s (Graphs/sec)

Specific to Cuckoo Cycle algorithms like Grin (Cuckatoo31/32) and Cortex.

Graph-based PoW:Memory hard
VRAM intensive:11GB+ required
Low hashrates:Typically 2-30 G/s

Example: RTX 3090 → 28 G/s on Cuckaroo29

Why Different Units Matter

Each algorithm type measures performance differently based on its proof-of-work design. A GPU with 85 MH/s on Ethash might only achieve 190 Sol/s on ZelHash or 28 G/s on Cuckaroo29 – these numbers are not directly comparable. Always check profitability in dollars per day, not raw hashrate numbers.

* Quick reference

Which Algorithms Use Which Units?

Quick reference guide to match mining algorithms with their performance metrics.

H/s

Standard Hash-Based Algorithms

Memory-intensive, VRAM-dependent

Popular Algorithms

  • Ethash – Ethereum Classic, EthereumPoW
  • KawPow – Ravencoin
  • Autolykos – Ergo
  • Octopus – Conflux
  • FishHash – Iron Fish

Typical Performance

  • RTX 3060 Ti: 62 MH/s (Ethash)
  • RX 6700 XT: 47 MH/s (Ethash)
  • RTX 4070: 85 MH/s (KawPow)
  • RTX 3090: 120 MH/s (Ethash)
  • RX 7900 XTX: 89 MH/s (Ethash)
Sol/s

Equihash Family (Solutions per Second)

Memory-hard, ASIC-resistant variants

Equihash Variants

  • Equihash 125,4 – Zcash (ZEC)
  • Equihash 144,5 – Bitcoin Gold (BTG)
  • ZelHash (125,4) – Flux (FLUX)
  • BeamHash III – Beam

Typical Performance

  • RTX 3060 Ti: 190 Sol/s (ZelHash)
  • RTX 3070: 220 Sol/s (ZelHash)
  • RX 6800 XT: 175 Sol/s (ZelHash)
  • RTX 4090: 350 Sol/s (ZelHash)
  • Sol/s ≠ H/s – different metric
G/s

Cuckoo Cycle (Graphs per Second)

Graph theory, extreme VRAM usage

Cuckoo Variants

  • Cuckatoo29 – Grin (C29)
  • Cuckatoo31 – Grin (C31)
  • Cuckatoo32 – Grin (C32)
  • Cortex – CTXC

Typical Performance

  • RTX 3090: 28.5 G/s (Cuckaroo29)
  • RTX 4090: 32 G/s (Cuckaroo29)
  • RX 6900 XT: 24 G/s (Cuckaroo29)
  • Requires: 11GB+ VRAM for C31/C32
  • Very low G/s numbers are normal!

Pro Tip: Focus on Profitability, Not Raw Hashrate

A GPU with 2 G/s on Cuckatoo32 might earn more than one with 580 MH/s on Autolykos. Always compare daily profit in USD/EUR, not hashrate numbers. Use MinerCompare profitability calculator to see real-time earnings across all algorithms.

* Step by step

How to Use the GPU Miner Profit Calculator

Calculate the profitability of your GPU miner in four simple steps.

1

Visit MinerCompare.com

Head to the GPU Miners page, your free GPU mining profit calculation tool covering graphics cards across dozens of algorithms.

2

Search or sort by profit

Use the search bar to find your exact graphics card, or sort the table by Daily Profit to see which GPU miner ranks best right now across every algorithm it supports.

3

Set your electricity cost

Every GPU on this page starts with a default rate of $0.08/kWh for the GPU mining profit calculation. Enter your real electricity cost for a precise GPU miner profit calculation.

4

Open a GPU for the full breakdown

Click any graphics card to see its profitability across every algorithm it supports, not just its single best coin, so you can compare and switch as prices shift.

Calculating GPU mining profit is a little different from ASIC mining profit calculation, because a single graphics card can usually mine dozens of algorithms rather than just one. Our GPU mining profit calculation compares live cryptocurrency prices, current network difficulty, and block rewards across every algorithm a card supports, then subtracts electricity costs at your chosen rate. The default rate is $0.08/kWh. This is why the table ranks GPUs by their single most profitable algorithm today, while the dedicated page for each card shows the full picture across every coin it can mine. Whether you are comparing a single GPU miner profit calculation or scanning the entire ranked table for the best GPU mining profit available right now, MinerCompare updates every figure continuously so your decisions are always based on current network conditions.

* Efficiency & Tuning

Why Efficiency Matters More Than Raw Hashrate

Two GPUs with identical hashrate can have very different electricity bills. The one that earns less per megahash but draws less power often wins on net profit.

W/MH: the GPU efficiency metric

GPU mining efficiency is expressed in watts per megahash (W/MH). A card drawing 120W at 60 MH/s runs at 2.0 W/MH. A card drawing 80W at 60 MH/s after undervolting runs at 1.33 W/MH — same hashrate, 33% lower electricity cost, meaningfully higher net profit at any electricity rate.

Undervolting: same hashrate, lower power

Most GPUs ship with more voltage than mining algorithms need. Reducing core voltage in MSI Afterburner or HiveOS while keeping memory clock unchanged typically cuts power draw 20–30% with zero hashrate loss on memory-heavy algorithms like Ethash and Autolykos. It also lowers temperatures, reducing fan wear and extending card lifespan.

Algorithm-specific tuning

Optimal overclock settings are algorithm-specific, not card-specific. A memory overclock that adds 8 MH/s on Ethash may do nothing on KawPow, which is more core-dependent. If you switch coins frequently, maintain separate overclock profiles per algorithm in HiveOS or NiceHash — applying the wrong profile to the wrong algorithm wastes power without adding hashrate.

Illustrative example

Same GPU, before and after undervolting

A typical RTX 3070 on Autolykos at stock vs undervolted settings. Same daily coin earnings, very different electricity bill.

Stock settings

Hashrate47 MH/s
Power draw130 W
Efficiency2.77 W/MH
Daily power cost$0.37

Undervolted

Hashrate47 MH/s
Power draw90 W
Efficiency1.91 W/MH
Daily power cost$0.26

Based on $0.12/kWh. For illustration only — enter your own power draw in any GPU calculator for an accurate figure.

* Coin Switching

When Does It Actually Make Sense to Switch Coins?

Flexibility is GPU mining's biggest advantage over ASICs. But switching too often costs more than it earns. Here's how to read the signals.

Good reasons to switch

Sustained profitability gap of 15%+

A coin paying 15% more per day that holds that edge for 12+ hours is worth switching to. A 5% gap that appeared an hour ago probably won't survive the difficulty adjustment that follows.

Your current coin approaches a halving

A halving cuts daily earnings roughly in half overnight. If your coin's halving is imminent and no price rally compensates, moving to an alternative algorithm weeks beforehand is straightforward planning, not speculation.

Network difficulty spikes without a price move

If a coin's hashrate jumps — usually because new hardware launched — but the price hasn't followed, your share of the reward just shrank. That's the clearest signal to evaluate alternatives.

Bad reasons to switch

A small temporary price spike

A coin spiking 20% in price will attract more miners within hours, pushing difficulty up and shrinking your earnings. By the time your rig switches and settles, the window is often already closed.

PPLNS pool balance you'd forfeit

If you're on a PPLNS pool and haven't hit minimum payout, switching resets your share window. The profitability gain has to outweigh both the forfeited balance and the cold-start earnings penalty.

Different algorithm needing different overclock

Switching from a memory-bound algorithm to a core-bound one without updating overclock profiles means you're running the wrong settings. The new coin's efficiency will be worse than the calculator showed until you retune.

The GPU table on this page ranks every card by its single best algorithm right now. Open any GPU to see profitability across every coin it can mine — so you can compare your current coin against alternatives before deciding whether a switch is genuinely worth it.

* Answers GPU

Frequently Asked Questions

Everything you need to know about GPU mining profitability

GPU mining uses graphics cards to solve cryptographic puzzles and earn cryptocurrency rewards. Unlike ASICs, GPUs can mine dozens of algorithms (Ethash, KawPow, RandomX, etc.) and switch coins instantly based on profitability.

Top mining GPUs include NVIDIA RTX 3060 Ti, 3070, 3080, 4060, 4070 and AMD RX 6700 XT, 6800 XT, 7900 XT. Look for high VRAM (8GB+), good efficiency (W/MH), and strong resale value.

AMD excels in memory-heavy algorithms (Ethash, KawPow). NVIDIA is stronger in compute-heavy coins (RandomX, ProgPow). Both have excellent resale value. Filter by chip on MinerCompare to see live profit per watt.

A single high-end GPU uses 150-350W. A 6-GPU rig consumes 1.2-2.1 kW. At $0.10/kWh, that is roughly $2.88-$5.04/day in electricity. Use MinerCompare to see net profit after power costs.

Yes! Start with one GPU in your gaming PC. Use HiveOS or Windows + NiceHash. Add risers and more cards later. Just ensure good airflow and a strong PSU (1000W+ recommended).

Check profitability daily or use auto-switching pools (NiceHash, unMineable). MinerCompare updates every few minutes - sort by Daily Profit to always mine the best coin.

It depends mainly on your electricity rate: at low rates, top GPUs can still earn a meaningful daily profit after power costs. Low entry cost and high resale value make GPU mining accessible for small-scale and hobby miners even when large ASIC farms are not viable. Check the live GPU mining profit calculation above at your own electricity rate for a current answer.

1. Buy a mining GPU 2. Install HiveOS or Windows 3. Join a pool (Flexpool, Nanopool) 4. Set your electricity cost on MinerCompare 5. Mine the top coin. Start with one card, scale later.

A GPU miner profit calculation typically covers many possible algorithms for one card, since GPUs are general-purpose hardware, while an ASIC mining profit calculation is usually tied to a single algorithm the hardware was built for. This is why our GPU Miners table ranks each card by its current best algorithm, while the dedicated GPU page shows profitability across every coin it supports.

Our GPU miner profit calculation assumes a default electricity cost: $0.08/kWh. That is a common baseline rate. You can override it with your own electricity cost, and every profitability figure across all GPUs on this page recalculates instantly to reflect your true GPU mining profit at your actual rate.
BTC $64,624.98 ↗0.32%
ALPH $0.027660 ↗2.21%
KAS $0.025210 ↘1.06%
ETC $6.06 ↘0.68%
LTC $44.36 ↘0.55%
DOGE $0.070060 ↘0.28%
RXD $0.000028 ↗0.74%
BCH $203.59 ↘0.41%
CKB $0.000804 ↘0.78%
HNS $0.002097 ↗4.95%
KDA $0.004561 ↘0.85%
SC $0.000449 ↘1.02%
ALEO $0.038140 ↗1.02%
FB $0.347700 ↗0.01%
XMR $410.42 ↘1.12%
SCP $0.023690 ↗6.14%
BELLS $0.105100 ↘1.43%
XTM $0.000316 ↘0.1%
ZEC $507.50 ↘0.57%
BTC $64,624.98 ↗0.32%
ALPH $0.027660 ↗2.21%
KAS $0.025210 ↘1.06%
ETC $6.06 ↘0.68%
LTC $44.36 ↘0.55%
DOGE $0.070060 ↘0.28%
RXD $0.000028 ↗0.74%
BCH $203.59 ↘0.41%
CKB $0.000804 ↘0.78%
HNS $0.002097 ↗4.95%
KDA $0.004561 ↘0.85%
SC $0.000449 ↘1.02%
ALEO $0.038140 ↗1.02%
FB $0.347700 ↗0.01%
XMR $410.42 ↘1.12%
SCP $0.023690 ↗6.14%
BELLS $0.105100 ↘1.43%
XTM $0.000316 ↘0.1%
ZEC $507.50 ↘0.57%
BTC $64,624.98 ↗0.32%
ALPH $0.027660 ↗2.21%
KAS $0.025210 ↘1.06%
ETC $6.06 ↘0.68%
LTC $44.36 ↘0.55%
DOGE $0.070060 ↘0.28%
RXD $0.000028 ↗0.74%
BCH $203.59 ↘0.41%
CKB $0.000804 ↘0.78%
HNS $0.002097 ↗4.95%
KDA $0.004561 ↘0.85%
SC $0.000449 ↘1.02%
ALEO $0.038140 ↗1.02%
FB $0.347700 ↗0.01%
XMR $410.42 ↘1.12%
SCP $0.023690 ↗6.14%
BELLS $0.105100 ↘1.43%
XTM $0.000316 ↘0.1%
ZEC $507.50 ↘0.57%