Calculate GPU mining profitability per card. Enter hash rate, power draw, electricity rate, and coin revenue to see daily profit per GPU and per rig.
GPU mining remains viable for many altcoins that use memory-hard algorithms designed to resist ASIC dominance. This calculator helps you determine whether mining with your graphics card(s) is profitable by factoring in hash rate, power consumption, electricity cost, and the current mining revenue for your chosen algorithm.
Enter your GPU's hash rate and TDP (or measured power draw), your electricity rate, and the expected revenue per unit of hash power. The calculator shows your daily profit per GPU and lets you scale to multiple cards to see total rig profitability.
GPU mining offers flexibility that ASICs don't — you can switch between algorithms and coins as profitability changes. However, GPUs are less efficient than ASICs for supported algorithms. This calculator helps you find the sweet spot.
Crypto traders, long-term holders, and DeFi participants benefit from transparent gpu mining profitability calculations when planning entries, exits, or portfolio rebalances. Revisit this calculator whenever market conditions shift to keep your strategy grounded in accurate data.
GPUs are versatile mining tools with significant resale value, but they're also less power-efficient than purpose-built ASICs. This calculator helps you determine whether your GPU mining operation generates positive returns after electricity costs, and project earnings across multiple cards in a rig. Real-time recalculation lets you model different market scenarios quickly, so you can act with confidence rather than relying on rough mental estimates.
Daily Revenue Per GPU = Hash Rate × Revenue Per MH/s/day Daily Electricity Per GPU = (Watts / 1000) × 24 × Rate Daily Profit Per GPU = Daily Revenue − Daily Electricity Total Rig Profit = Per GPU Profit × Number of GPUs
Result: $0.78/day per GPU, $4.68/day for 6-GPU rig
A GPU mining at 62 MH/s earns $1.86/day at $0.03/MH/s. Electricity costs $0.408/day (170W × 24h × $0.10). Net profit is $1.45/GPU/day. A 6-GPU rig earns $8.73/day, which is $261.90/month.
GPU mining uses the parallel processing power of graphics cards to compute hashes. Unlike ASICs, GPUs can mine multiple algorithms, giving miners the flexibility to switch between coins based on profitability. This versatility is their key advantage.
Power efficiency is crucial for GPU mining profitability. Undervolting, adjusting core and memory clocks, and optimizing fan curves can reduce electricity costs by 20-30% with minimal hash rate impact. Use mining-specific BIOS or software profiles for best results.
A mining rig typically consists of 6-12 GPUs connected to a mining motherboard, powered by one or more high-wattage PSUs. Open-frame cases improve airflow. Budget $200-400 for the base system (motherboard, CPU, RAM, SSD) plus the cost of GPUs and PSU.
The best mining GPUs offer the highest hash rate per watt. NVIDIA and AMD each have models that excel at different algorithms. Check current benchmarks for your target algorithm, as performance varies significantly between algorithms.
GPU mining can be profitable for specific altcoins, especially those using algorithms like KHeavyHash, Autolykos, or others that resist ASIC optimization. Profitability depends heavily on your electricity cost — rates under $0.08/kWh are generally needed.
A typical 6-GPU mining rig uses 700-1200W total, including GPUs, motherboard, CPU, and fans. The exact amount depends on the GPUs and mining algorithm. Always use a high-quality PSU rated for at least 80% of its capacity.
Yes, undervolting is highly recommended for mining. Most GPUs can mine at full hash rate with 20-30% less power by reducing voltage. This improves profitability, reduces heat, and extends GPU lifespan.
Technically yes, but mining reduces GPU performance for gaming and increases wear. Most serious miners use dedicated rigs. If mining on a gaming PC, you can mine when not gaming and stop mining when you want to play.
Well-cooled GPUs running at reasonable temperatures can mine for 3-5+ years. The fans are usually the first component to fail and can be replaced cheaply. Memory chips may degrade faster on memory-intensive algorithms.