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Learn how GPU mining calculators estimate daily profit, break‑even time and efficiency, and compare top graphics cards across algorithms and electricity costs.
GPU mining profitability hinges on a card’s hashrate, power draw and local electricity price, which calculators translate into daily earnings after costs [1]. Tools such as CalculatorMining and MinerCompare let users model profit under different coin prices, difficulty trends and power‑rate tiers, and even rank GPUs side‑by‑side [2].
Key takeaways
Both calculators start with the same core formula: daily revenue equals the miner’s share of the network (hashrate ÷ network hashrate) multiplied by block reward and blocks per day [1]. That revenue is converted to fiat using the current coin price, then electricity cost is subtracted (power W ÷ 1000 × 24 × electricity rate) [1]. MinerCompare adds pool fees (typically 1–2 %) and system overhead (50–100 W) for more precise net profit [2]. Users can input custom electricity rates, allowing the tools to show how profitability shifts at rates below $0.08/kWh—where mining remains viable [1].
MinerCompare’s real‑time table ranks GPUs by daily profit for the Zhash algorithm. The RTX 4080 Super and RTX 4090 each deliver 185 Sol/s at roughly 240–250 W, earning about $6.58 per day [2]. The Radeon RX 7900 XTX follows with 155 Sol/s at 230 W and $5.46 daily profit [2]. Older cards such as the RTX 3090 (155 Sol/s, 290 W) generate $5.35 per day, while the RTX 3070 Ti (110 Sol/s, 180 W) earns $3.84 [2]. Efficiency metrics from CalculatorMining highlight that a GPU earning $2/day at 200 W (0.01 $/W) outperforms one earning $3/day at 350 W (0.0086 $/W), underscoring why profit per watt matters more than raw profit [1].
Accurate profitability modeling helps miners decide whether to invest in new hardware, adjust power limits or switch algorithms as network conditions evolve. The calculators show that even modest electricity rates can keep mining marginally profitable after Ethereum’s shift to proof‑of‑stake, but margins are thin and depend heavily on efficiency [1]. As difficulty rises and coin prices fluctuate, the break‑even period lengthens, making ongoing monitoring essential for sustainable operations.
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GPUs contain thousands of smaller cores optimized for simultaneous, repetitive operations, allowing them to process hashing workloads much faster than the sequential processing strengths of CPUs.
Ethereum's switch to a proof-of-stake algorithm made GPU mining for that network economically infeasible, leading many miners to sell their equipment or attempt to pivot to other, often less profitable, proof-of-work coins.
Profitability is impacted by the amount of cryptocurrency rewards earned, which for Bitcoin are pre-programmed to halve every four years or after every 210,000 blocks.
Yes, GPU mining consumes significant amounts of electricity, and reports have noted that a large percentage of the energy used for mining has been generated by fossil fuels, contributing to carbon dioxide emissions.