980 Ti Mining Calculator
Estimate revenue, electricity expense, pool fees, and net profit for an Nvidia GeForce GTX 980 Ti. This premium calculator helps you model realistic GPU mining outcomes using hashrate, power draw, network hashrate, block reward, and coin price.
Mining Profitability Calculator
Expert Guide to Using a 980 Ti Mining Calculator
A 980 Ti mining calculator is a profitability tool built to answer a simple question: if you run an Nvidia GeForce GTX 980 Ti around the clock, how much coin can you reasonably expect to earn, what will it cost you in electricity, and will you make or lose money after fees and operating expense? That sounds straightforward, but mining economics are never driven by one number. A proper calculator combines hashrate, power draw, electricity rate, pool fee, block reward, network hashrate, block timing, and market price into a single model. If any one of those variables changes, your final profitability can shift quickly.
The GTX 980 Ti is a notable graphics card because it was one of the strongest consumer GPUs of its generation. Built on Nvidia’s Maxwell architecture, it delivered serious gaming performance when it launched, but mining profitability has always been more nuanced. A high wattage GPU can still become unprofitable if coin prices decline, if network competition rises, or if local electricity is expensive. This is exactly why a 980 Ti mining calculator is useful: it turns speculation into a measurable estimate.
What the calculator measures
This calculator uses a share of network production model. Instead of asking for obscure protocol-specific difficulty values, it looks at your miner’s hashrate compared with the full network hashrate. That ratio determines your share of blocks over time. From there, the tool multiplies expected blocks by block reward and coin price to estimate gross revenue. It then subtracts pool fees, electricity cost, and optional daily overhead to show net result.
- Hashrate: your 980 Ti’s speed on the target mining algorithm, shown here in MH/s.
- Power draw: how many watts the GPU or full mining system consumes while mining.
- Electricity cost: your local utility price in dollars per kilowatt-hour.
- Network hashrate: the total mining power competing on the network.
- Block reward: the coins paid to miners when a valid block is found.
- Block time: the average time between blocks.
- Pool fee: the percentage retained by the mining pool.
- GPU cost: optional purchase price used for basic break-even estimates.
Key takeaway: a 980 Ti can look profitable on paper at low electricity rates, but profitability is highly sensitive to power draw. With an older GPU, efficiency matters as much as raw hashrate.
Why the GTX 980 Ti needs careful mining analysis
Older GPUs often remain available on the secondary market, which makes them attractive to hobby miners. But the GTX 980 Ti also has drawbacks. It has a rated board power around 250 watts, and that can be substantial in any 24/7 workload. A modern efficient GPU may produce more hashrate per watt, which means even if the 980 Ti is cheap to buy, it can still be more expensive to operate over time. That is why your local energy cost is one of the most important fields in any mining calculator.
According to the U.S. Energy Information Administration, retail residential electricity prices in the United States have often hovered in the mid teens per kWh in recent years, though actual pricing can vary dramatically by region and tariff structure. If you are paying near or above the national average, an older, power-hungry GPU becomes much harder to justify. For energy background and pricing trends, consult authoritative public data from the U.S. Energy Information Administration. You can also review efficiency guidance from Energy Saver at the U.S. Department of Energy and energy technology resources from NREL.
Official GTX 980 Ti hardware specifications
The following table summarizes well-known official hardware characteristics of the GeForce GTX 980 Ti. These figures do not directly guarantee mining performance, but they help explain why the card behaves the way it does under sustained compute loads.
| Specification | GeForce GTX 980 Ti |
|---|---|
| Architecture | Nvidia Maxwell |
| Launch year | 2015 |
| CUDA cores | 2816 |
| Memory | 6 GB GDDR5 |
| Memory bus | 384-bit |
| Memory bandwidth | 336.5 GB/s |
| Rated board power | 250 W |
These specifications made the 980 Ti a flagship-class gaming card in its time, but mining algorithms are selective. Some algorithms reward memory bandwidth, some prefer cache behavior, and some are more sensitive to power tuning than architecture age. Because of that, no article can tell you a single fixed hashrate that will be universally correct. A calculator is more useful because you can plug in your exact measurements from your own rig.
How the formula works
The calculator estimates expected coin production with this logic:
- Convert network hashrate from GH/s to MH/s.
- Compute your share of the network by dividing your hashrate by total network hashrate.
- Find estimated blocks per day by dividing 86,400 seconds by average block time.
- Multiply network blocks per day by your share and by block reward.
- Reduce gross coins by pool fee.
- Multiply coins earned by coin price to get gross revenue in dollars.
- Subtract electricity and any other daily costs to calculate net profit.
This method is practical, readable, and suitable for many proof-of-work style scenarios where network hashrate and block production are known or reasonably estimated. It does not promise exact future returns because real mining rewards vary with luck, stale shares, pool payout model, and changing chain conditions.
Power cost matters more than most miners expect
If your GTX 980 Ti pulls close to 250 watts, the monthly energy usage becomes material very quickly. A mining calculator should not treat electricity as an afterthought. The table below shows simple 24/7 monthly energy cost scenarios using a continuous 250 watt load.
| Power Draw | Hours per Day | Estimated kWh per Month | Cost at $0.10/kWh | Cost at $0.15/kWh | Cost at $0.20/kWh |
|---|---|---|---|---|---|
| 250 W | 24 | 180 kWh | $18.00 | $27.00 | $36.00 |
| 220 W | 24 | 158.4 kWh | $15.84 | $23.76 | $31.68 |
| 200 W | 24 | 144 kWh | $14.40 | $21.60 | $28.80 |
That table illustrates a crucial point. Even moderate undervolting can meaningfully change profitability. If you reduce consumption from 250 watts to 200 watts without a major hashrate penalty, your monthly electricity expense falls by 20 percent. On a marginal card, that difference can determine whether your operation is barely positive or clearly unprofitable.
Practical assumptions for a 980 Ti mining calculator
When using this page, it helps to think in scenarios rather than single-point estimates. Try entering a conservative case, a realistic case, and an optimistic case.
- Conservative case: lower coin price, slightly higher network hashrate, and full stock power.
- Realistic case: measured hashrate, real pool fee, actual local utility rate, and a mild undervolt.
- Optimistic case: stronger price environment and ideal thermals, but still based on measured hardware data.
This approach gives you a range rather than a single answer. That is especially useful for older hardware because performance varies between card models, cooling solutions, BIOS revisions, and the rest of the system. A blower style card inside a warm case may throttle. An open-air cooler in a ventilated setup may run faster and quieter. The calculator cannot know that unless you provide realistic numbers.
Factors that can reduce real-world returns
One of the biggest mistakes new miners make is assuming the theoretical average will be exactly what they earn every day. In reality, several factors can reduce actual payouts:
- Pool luck and payout variance
- Rejected or stale shares
- Thermal throttling on older cards
- Power supply inefficiency not included in GPU-only wattage
- Network difficulty or hashrate growth
- Token price volatility
- Downtime from crashes, driver issues, or maintenance
Because of this, experienced miners often discount calculator output slightly when budgeting. If a tool says your card should make $1.00 per day, you may want to underwrite the investment as if it will make less, especially if your environment is warm or your utility rates vary by season.
How to evaluate break-even on used hardware
A 980 Ti is usually considered in mining discussions because it can be purchased used for less than many newer cards. That lower upfront cost can look appealing. However, break-even is not only about how cheap the card is today. It is about how much net profit remains after electricity. If the card clears only a few cents per day, you may never realistically recover the purchase price before market conditions change or the hardware fails.
Use the GPU cost field to estimate a basic break-even period. For example, a used 980 Ti bought for $120 with a calculated net profit of $0.40 per day implies roughly 300 days to recover the card cost alone, not counting the rest of the rig. If net profit is negative, break-even is impossible under the current assumptions.
Best practices for a more accurate 980 Ti estimate
- Measure actual wall power with a reliable meter instead of relying only on nominal TDP.
- Benchmark hashrate after the card has reached steady temperature.
- Include pool fees, maintenance downtime, and any extra system power.
- Update network hashrate and coin price frequently because both can change fast.
- Model several electricity rates if your tariff changes by season or usage tier.
These habits produce better estimates than copying values from forums. Community reports can still be useful, but your own rig, climate, and utility bill are what determine actual profitability.
Is a 980 Ti still worth mining with?
The honest answer is: sometimes, but only under favorable conditions. If you have low electricity costs, inexpensive access to the card, and a coin or algorithm where the 980 Ti remains competitive enough, mining can still be a hobby or a supplemental use case. If your power price is high, the age and efficiency profile of the card can be a serious disadvantage compared with newer GPUs.
That is why a 980 Ti mining calculator is most valuable as a decision tool rather than a hype tool. It helps you verify whether mining is rational before you commit time, electricity, and hardware wear. Run different scenarios, compare stock versus tuned settings, and pay close attention to the relationship between hashrate and watts. In many cases, the best optimization is not chasing a tiny hashrate increase. It is reducing power draw while preserving most of the performance.