Choosing the right mining pool payout method can mean thousands of dollars difference in annual revenue for hosted miners. Whether you’re running a single S21 or managing a fleet of ASICs at a colocation facility, understanding how pools distribute rewards is essential for maximizing your return on investment.

How Mining Pool Payouts Work

When you connect your ASIC miner to a pool, you contribute hashpower to the pool’s collective effort to find Bitcoin blocks. When the pool successfully mines a block (currently worth 3.125 BTC plus transaction fees), the reward gets distributed among all contributing miners. The method of that distribution is what differentiates payout schemes.

Each payout method handles three key variables differently: block reward allocation, transaction fee sharing, and variance (luck) smoothing. Here’s how the major methods compare.

PPS (Pay Per Share)

How it works: You receive a fixed payment for every valid share your miner submits, regardless of whether the pool actually finds a block. The pool operator absorbs all variance risk.

• Pros: Predictable, steady income. Zero variance. Easy to forecast ROI for break-even calculations
• Cons: No transaction fee revenue (you only get block subsidy share). Higher pool fees (typically 2-4%) because the pool bears all risk
• Best for: Risk-averse miners who prioritize income predictability, smaller operations, beginners

FPPS (Full Pay Per Share)

How it works: Like PPS, but you also receive a proportional share of estimated transaction fees. The pool estimates the average transaction fee per block and adds it to your per-share payment.

• Pros: Predictable income PLUS transaction fee revenue. Currently the most popular method among major pools
• Cons: Pool fees slightly higher than PPLNS (typically 2-3%). Transaction fee estimates may not perfectly match actual fees
• Best for: Most hosted miners. Combines predictability with maximum revenue capture

PPLNS (Pay Per Last N Shares)

How it works: When the pool finds a block, the reward is split among miners based on the number of shares they submitted during a recent window (the “last N shares”). If the pool goes through a dry spell, you earn nothing during that period.

• Pros: Lower pool fees (typically 1-2%). Includes full transaction fees from actual blocks found. Rewards loyalty (pool-hopping is penalized)
• Cons: Income is variable — feast or famine depending on pool luck. Harder to predict monthly revenue
• Best for: Long-term miners comfortable with variance, large operations that can absorb short-term fluctuations

PROP (Proportional)

How it works: When a block is found, rewards are split proportionally based on shares submitted since the last block was found. Simple and transparent.

• Pros: Straightforward math. Fair distribution. Includes transaction fees
• Cons: Vulnerable to pool hopping (miners join right before a block is found). Higher variance than PPS/FPPS
• Best for: Smaller pools where trust is established. Educational/hobbyist mining

Side-by-Side Comparison

*PPLNS and PROP revenue varies significantly with pool luck. Figures represent long-term averages.

Which Payout Method Is Best for Hosted Miners?

For miners using colocation services, FPPS is generally the optimal choice. Here’s why:

1. Hosting costs are fixed — You pay a fixed rate per kWh (e.g., $0.075/kWh at Rax Mining). Predictable income from FPPS helps you match fixed costs with consistent revenue
2. Transaction fees matter — In 2026, transaction fees can represent 10-20% of total block rewards. PPS leaves this money on the table
3. Financial planning — When calculating profitability projections, FPPS gives you the most reliable baseline numbers
4. Tax simplicity — Regular, predictable payouts make tax reporting significantly easier

Top Mining Pools by Payout Method (2026)

How to Switch Pools on Hosted Miners

If your miners are hosted at a facility like Rax Mining, switching pools is typically straightforward:

1. Create an account at your chosen pool and get your worker credentials
2. Log into your hosting dashboard or contact your hosting provider
3. Update the stratum URL, worker name, and password
4. Verify your miner reconnects and shares are being accepted
5. Monitor for 24-48 hours to ensure stable hashrate reporting

Most modern ASIC miners support multiple pool configurations with automatic failover. Set your preferred FPPS pool as Pool 1 and a backup PPLNS pool as Pool 2 for maximum uptime.

Advanced Strategies: Multi-Pool Optimization

Sophisticated mining operations sometimes split hashrate across multiple pools or dynamically switch based on conditions:

• Fee arbitrage — Use PPLNS pools when luck is favorable, switch to FPPS during dry spells
• Risk diversification — Split hashrate 70/30 between FPPS and PPLNS to capture upside while maintaining baseline
• Pool redundancy — Configure multiple pools to ensure zero downtime if primary pool has connectivity issues
• Geographic optimization — Use pools with servers closest to your hosting facility for lowest latency and fewer stale shares

The Bottom Line

For most hosted miners, FPPS provides the best combination of predictability and total revenue. The slightly higher pool fee is offset by consistent income and included transaction fees. If you’re running a larger operation with sufficient scale to absorb variance, PPLNS can yield higher long-term returns — but the month-to-month swings make financial planning harder.

Whatever method you choose, pair it with accurate profitability modeling. Use our mining calculator to project returns under different scenarios, check real-time network data on our mining data dashboard, and review our guide on choosing the right ASIC for your budget to ensure your hardware selection aligns with your payout strategy.

Ready to host your miners with competitive power rates and expert management? Contact Rax Mining or explore our hosting packages starting at $0.075/kWh.