FPPS vs PPLNS vs PPS+: Bitcoin Mining Pool Payout Schemes Compared in 2026

FPPS, PPS, PPLNS, and PPS+ determine how Bitcoin miners receive pool rewards:

• PPS pays a fixed amount per share based on the block subsidy;
• FPPS pays for both the block subsidy and estimated transaction fees;
• PPLNS depends on pool luck and the blocks the pool actually finds;
• PPS+ combines PPS for the subsidy with PPLNS-style distribution of transaction fees.

After the 2024 halving, the block subsidy dropped to 3.125 BTC, and transaction fees became a more noticeable part of miner revenue. That is why the choice of payout scheme now affects income more than it used to.

This article is for informational purposes only and does not constitute investment advice. All calculations are simplified and illustrative.

Key takeaways

• FPPS pays for accepted shares using the block subsidy plus estimated transaction fees, regardless of whether the pool finds a block.
• PPS pays a fixed amount for each valid share. Basic PPS usually does not include transaction fees.
• PPLNS pays only when the pool finds a block, so miners carry more variance and depend on pool luck.
• PPS+ pays the subsidy through PPS and distributes transaction fees through a PPLNS-style model.
• After the halving, the inclusion of transaction fees became much more important when comparing pools.
• Compare pools not by the headline fee, but by real BTC per TH/s per day, stale-share rate, and how transaction fees are handled.

Why the payout method matters more than the pool fee

Pool fees are easy to compare. The payout method is harder to evaluate, and that is where costly mistakes happen. A pool with a 1% fee can pay less than a pool with a 2% fee if it:

• excludes transaction fees;
• has a high stale-share rate;
• has poor uptime;
• uses a payout model that does not fit the miner's operating profile.

After the halving, this matters even more. The block subsidy is 3.125 BTC, and about 144 blocks are expected each day, which is about 450 BTC in daily subsidy before transaction fees.

The payout model determines:

• whether transaction fees are included;
• who carries block-finding variance: the pool or the miner;
• whether payouts are stable or depend on luck;
• whether miners with unstable uptime lose income;
• whether the advertised fee reflects the actual result.

So a good comparison does not start with "lowest fee first". The better order is: payout method, real BTC per TH/s per day, stale-share rate, transaction fee treatment, payout threshold, and only then the headline fee.

PPS: Pay Per Share

Under PPS, the pool pays a fixed amount for every accepted share. The miner does not wait for the pool to find a block: each share is paid based on its statistical probability of contributing to a block.

PPS payout = accepted shares × fixed share value

The pool carries the variance:

• if it finds fewer blocks than expected, payouts do not change;
• if it finds more, miners do not get the extra upside.

PPS gives predictable payouts but usually comes with two trade-offs:

• higher fees, because the pool absorbs the variance;
• no transaction fees, unless the pool states otherwise.

PPS example

Assumptions:

• miner hashrate: 100 TH/s;
• network hashrate: 972 EH/s (illustrative input);
• block subsidy: 3.125 BTC;
• expected blocks per day: 144.

Calculation:

1. Daily subsidy across the network: 3.125 BTC × 144 = 450 BTC.
2. The miner's share of network hashrate: 100 TH/s ÷ 972,000,000 TH/s ≈ 0.00001029%.
3. Estimated daily PPS payout before pool fee: 450 BTC × network share ≈ 0.00004630 BTC.

This is a subsidy-only estimate, without transaction fees.

FPPS: Full Pay Per Share

FPPS keeps the stable per-share structure of PPS, but adds a transaction fee component. The payout is calculated from two parts:

• the expected block subsidy;
• estimated transaction fees.

The pool absorbs the variance of both block discovery and fee collection, so FPPS gives stable, salary-like payouts. This is especially convenient for operations with fixed electricity and hosting costs. FPPS is the most common model among large Bitcoin mining operations.

The main advantage of FPPS after the halving: payouts reflect the full value of a block more accurately. The share of transaction fees in block value varies widely: it is small in quiet periods and grows noticeably when the network is congested. The higher this share, the more a miner loses with a scheme that excludes fees.

FPPS example

Same 100 TH/s miner, assuming transaction fees make up 5% of total block value:

• PPS, subsidy only: about 0.00004630 BTC per day;
• the network's total daily block value rises to about 473.68 BTC;
• estimated FPPS payout before pool fee: about 0.00004873 BTC per day.

That is about 5.3% more than subsidy-only PPS in this simplified example. The real difference depends on the current share of fees, pool fees, stale shares, and the pool's settlement rules.

PPLNS: Pay Per Last N Shares

Under PPLNS, miners are paid only when the pool finds a block. The pool looks back at a window of recent shares, "N", and distributes the reward according to each miner's contribution to that window. The window size depends on the pool's design.

PPLNS usually comes with lower pool fees, because the pool does not absorb the variance: it shifts to the miners.

1. When luck is good, PPLNS can pay more.
2. When luck is poor, payouts fall.
3. Why PPLNS penalizes unstable uptime

PPLNS is less forgiving of unstable operations. If uptime is inconsistent due to network drops, unstable power, or high stale-share rates, a disconnect at the wrong moment can reduce payouts, even if the miner submitted shares for hours.

PPLNS works better for miners with:

• stable 24/7 uptime;
• a low stale-share rate;
• confidence in the pool's block frequency;
• tolerance for payout variance;
• regular monitoring of accepted shares and average hashrate.

For larger fleets, equipment monitoring becomes essential here. Tools such as EMCD Monitoring track hashrate, temperature, and device status across the fleet and send an alert when a machine drops off. Under PPLNS, a quick reaction directly affects income.

PPS+: the hybrid of PPS and PPLNS

PPS+ combines two models:

• the 3.125 BTC block subsidy is paid through PPS, for each accepted share;
• transaction fees are distributed PPLNS-style, based on the blocks the pool actually finds and the miner's contribution.

The result is a middle ground:

• the subsidy part is stable;
• the fee part depends on pool luck;
• variance is lower than with PPLNS;
• predictability is lower than with FPPS.

Over the long term, PPS+ results are often close to FPPS before fee differences. But this only holds if the pool clearly explains how the fee component is calculated.

Comparison of payout schemes

The key difference is how risk is allocated. PPS and FPPS shield miners from block-finding variance, while PPLNS shifts it to them. Each model suits a different operating profile.

Example: 100 TH/s under all four schemes

This simplified model compares payout schemes and is not a forecast of mining income.

Assumptions:

• miner hashrate: 100 TH/s;
• network hashrate: 972 EH/s;
• block subsidy: 3.125 BTC;
• 144 blocks per day;
• transaction fees: 5% of block value;
• pool fee excluded for a cleaner comparison.

Over the long term, FPPS, PPS+, and PPLNS results can look similar once pool fees, stale shares, and luck average out. But day-to-day payouts differ a lot. Here is the same miner under PPLNS with different luck:

FPPS smooths out this variance, while PPLNS exposes miners to it directly.

After the halving: why transaction fees tilt the choice toward FPPS

Before the 2024 halving, the block subsidy was 6.25 BTC, and after it, 3.125 BTC. As a result, transaction fees became a more noticeable part of miner revenue, and the next halving, expected around 2028, will cut the subsidy to 1.5625 BTC and increase their weight even further.

The difference between the two models comes down to one question:

1. PPS answers: "How much is each share worth based only on the subsidy?"
2. FPPS answers: "How much is each share worth based on the subsidy plus expected fees?"

The second question reflects the economics of Bitcoin mining more accurately.

How to check that your pool pays correctly

The higher the share of transaction fees, the more important it is to understand how a pool calculates them. Ask:

• What fee window does the pool use for FPPS calculations?
• Does it publish its FPPS formula?
• Are transaction fees included before or after the pool fee?
• Does it publish a daily theoretical payout rate?
• Can its block data be compared with on-chain data?
• Are stale and rejected shares clearly shown?
• Is the hashrate-to-payout ratio consistent?

A simple audit process:

1. Check accepted shares and the stale-share rate.
2. Compare the dashboard hashrate with actual hashrate from your devices.
3. Track the daily FPPS rate.
4. Compare the estimated fee component with recent Bitcoin blocks.
5. Check whether deviations can be explained by difficulty, stale shares, or fee fluctuations.

Pools do not have to disclose every internal risk model, but payout logic should be transparent enough to avoid a "black box".

How to check a pool's payout scheme

Payout schemes and default settings differ from pool to pool and can change, so always check them before switching. Look at:

• which scheme is used by default for BTC, and whether it can be changed;
• whether transaction fees are included, and how they are calculated;
• the fee for each scheme and whether personalized rates are available for large miners;
• the payout threshold and frequency;
• whether the pool publishes block history, luck, and its payout methodology.

EMCD Mining Pool uses FPPS for BTC. Current fee terms are listed in the help center, and larger miners can get personalized rates based on hashrate. For first-time ASIC owners, simple setup, visible hashrate tracking, and regular payouts usually matter most. For a farm of 5 PH/s or more, fee terms, support quality, monitoring tools, and payout consistency come first.

How to switch your payout method

Changing the payout scheme changes the revenue profile of the whole operation. Before switching, model expected payouts under the new scheme over at least two weeks: Bitcoin difficulty adjusts every 2,016 blocks, roughly every two weeks, so a shorter test may capture an unusually lucky or unlucky period.

A practical process:

1. Export current payout data.
2. Record hashrate, accepted, rejected, and stale shares, and pool fees.
3. Calculate current BTC per TH/s per day.
4. Check whether transaction fees are included.
5. Compare the payout scheme with your uptime pattern.
6. Test the new pool or scheme with part of your hashrate.
7. Monitor stale shares by region and server.
8. Compare payouts only after at least one full difficulty adjustment period.
9. Switch fully only once the hashrate-to-payout ratio is clear.

Small miners often switch too quickly. Industrial miners often switch too slowly. Both can be expensive.

Common mistakes when choosing a payout scheme

• Looking only at the pool fee. A 0% PPLNS pool can pay less than a 2% FPPS pool if luck, stale shares, or fee treatment reduce effective payouts.
• Ignoring transaction fees. Basic PPS looks stable, but excluding fees leaves part of the block value unpaid.
• Choosing PPLNS with unstable uptime. Frequent disconnects, overheating, and restarts reduce earnings in a rolling share window.
• Comparing one lucky day with one unlucky day. PPLNS should be evaluated over long periods.
• Forgetting stale shares. A pool with lower fees but worse server latency can pay less.
• Not checking payout thresholds. Small miners may wait a long time to reach the threshold, which increases platform exposure and complicates accounting.
• Assuming all FPPS is equally transparent. The quality of FPPS depends on the pool's formula, fees, and how transaction fees are calculated.

Pre-switch checklist

1. Confirm the pool's payout scheme: PPS, FPPS, PPLNS, PPS+, SOLO, or another model.
2. Check whether transaction fees are included.
3. Compare the pool fee only after accounting for fee inclusion.
4. Check the minimum payout threshold and frequency.
5. Track accepted, rejected, and stale shares.
6. Test server latency from your location.
7. Check whether the pool publishes luck, block history, and payout methodology.
8. Model expected BTC per TH/s per day over at least one difficulty adjustment period.
9. Check that the payout scheme matches your uptime pattern.
10. Find out whether changing the scheme requires account approval, KYC, or a new address.

Which scheme fits which miner

For large operations, public fee tables are only a starting point. Fee tiers, API reporting, payout timing, stale-share monitoring, curtailment support, and transparency should all be discussed with the pool directly.

FAQ

What does FPPS stand for?

Full Pay Per Share. Miners are paid for accepted shares based on the block subsidy plus estimated transaction fees, regardless of whether the pool finds a block that day.

Which is better: PPS+ or PPLNS?

PPS+ suits miners who want a stable base payout with limited fee variance. PPLNS can work for miners with stable uptime who accept pool-luck variance in exchange for potentially lower fees. The choice depends on uptime, risk tolerance, pool size, and fee transparency.

Which mining pool is the most profitable?

There is no universal answer. Profitability depends on the payout scheme, pool fee, transaction fee inclusion, stale-share rate, uptime, latency, payout threshold, and luck. A pool with a higher fee can pay more if it includes transaction fees and reduces variance. Evaluate results over a full difficulty adjustment period, not a single day.

How do mining pool payouts work?

A pool distributes block rewards and transaction fees among miners according to their work. PPS and FPPS pay per accepted share. PPLNS pays only when the pool finds a block, based on a window of recent shares. PPS+ combines PPS for the subsidy with PPLNS-style fee distribution.

Why can PPLNS pay more?

In lucky periods, PPLNS pays more because rewards are based on the blocks actually found. But in unlucky periods, payouts fall. Higher potential payouts come with higher variance.

Why do many miners prefer FPPS?

FPPS gives predictable revenue and includes transaction fees, which makes it easier to plan electricity, hosting, and cash flow after the halving.

Which payout scheme does EMCD Mining Pool use?

EMCD Mining Pool uses FPPS for BTC. Current fee terms are listed in the help center, and larger miners can get personalized rates based on hashrate.

Conclusion

In 2026, the payout scheme is no longer a technical footnote, but part of mining strategy:

• PPS gives stability but may exclude transaction fees;
• FPPS gives stability and includes estimated fees;
• PPLNS can reward miners with stable uptime, but exposes them to pool luck and disconnect risk;
• PPS+ sits in between, with a stable subsidy and variable fee distribution.

After the halving, transaction fees became more important, so payout models that include them clearly and predictably gained weight. For most small and mid-size miners, FPPS is the simplest benchmark. For large farms, the question is not only which scheme to choose, but also at what fee, with what transparency, and with what stale-share rate.

Before switching pools, compare real BTC per TH/s per day, not just headline fees.

Disclaimer: This material is provided for informational purposes only and does not constitute investment advice. All calculations are simplified and illustrative. Mining income depends on network difficulty, the price of BTC, transaction fees, equipment uptime, and pool terms, which may change.