Are ViaBTC Mining Statistics Helpful for Long-Term Miners?

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ViaBTC | Blog

Yes. ViaBTC mining statistics can help long-term miners, but only when short-term figures are separated from operating trends. Hashrate should be compared across 24-hour and 7-day periods, while rejected shares, worker uptime, payout records, pool luck, and revenue per unit of hashrate should be reviewed together. ViaBTC currently supports PPS+ and PPLNS: PPS+ applies a 4% fee to the block-reward component and 2% to transaction-fee distribution, while PPLNS charges 2% on combined block rewards and transaction fees. For a miner operating for 12 months or more, these statistics help measure consistency, identify losses, and check whether output matches expected performance.

A pool dashboard becomes more useful when the mining period gets longer. A 10-minute hashrate reading can change sharply after a connection issue, share-timing difference, or temporary worker slowdown, while a 24-hour average smooths much of that noise. ViaBTC explains that pool-side hashrate uses different averaging periods from the miner interface, so a machine reporting 100 TH/s locally may show less than 100 TH/s over a short pool interval without producing a long-term loss. A 7-day record gives another layer of comparison. A 3% lower 24-hour average sustained for 14 days deserves more attention than a 10% drop lasting 10 minutes.

The same approach applies to worker availability. Suppose a site has 500 ASIC miners rated at 200 TH/s each, giving 100 PH/s of installed hashrate. If 1% of that capacity is unavailable during normal operation, about 1 PH/s is missing from production. Over 30 days, that is equivalent to losing the full output of one 200 TH/s machine for roughly 150 days, or the output of five such machines for 30 days. The pool dashboard can show account-level and worker-level changes that make this kind of loss easier to measure than a simple monthly revenue figure.

Share rejection should be reviewed beside hashrate rather than treated as a separate technical statistic. A farm submitting 0.3% rejected shares is operating differently from the same farm at 1.0%. On 100 PH/s, a one-percentage-point difference represents about 1 PH/s of submitted work that is not being converted into accepted shares. If that level persisted for 720 hours in a 30-day month, the operator would be paying for electricity and cooling while a measurable portion of the hashing effort failed to contribute to pool accounting. The exact financial amount depends on BTC price, network difficulty, machine efficiency, and pool settlement terms.

That is why historical baselines matter. A miner can record a simple monthly table:

Metric Normal Level Review Level
Effective hashrate 99–100% of expected Below 97%
Rejected shares 0.2–0.5% Above 1.0%
Worker uptime 99%+ Below 98%
24h payout variance Within normal range Repeated abnormal change

The thresholds are operating examples rather than ViaBTC rules. A site running 98.5% uptime in 2026 may be acceptable in one hosting environment and poor in another. The useful comparison is the miner's own 30-day history, then the 90-day history, then the same months from the previous year if records are available.

Payout method also changes how those statistics should be read. ViaBTC currently lists PPS+ as the default payment method and PPLNS as the alternative. Under PPS+, the block-reward component uses a 4% fee and is paid according to valid shares, while transaction fees are handled through a PPLNS calculation with a 2% fee. Under PPLNS, block rewards and transaction fees are combined and carry a 2% fee.

For a miner holding capacity for 12 months, this difference matters because a payout curve can look very different even when the underlying hardware performs identically. Consider two identical 10 PH/s miners running for 90 days. The PPS+ account may show a smoother stream of payments because the block-reward portion is settled from submitted shares, while the PPLNS account can show larger changes when the pool's actual block production differs from expected levels. A lower daily payout does not automatically indicate lower hardware efficiency. Pool luck has to be checked at the same time.

ViaBTC's public BTC statistics illustrate why block timing should be separated from hardware output. Its statistics page reports 3-day, 7-day, 30-day, and total luck, alongside pool hashrate, block count, orphan blocks, and orphan rate. At the time of the latest published page data, the pool showed about 98.79 EH/s, 92.02% 30-day luck, 99.73% total luck, 52,780 total blocks, and a 0.03% orphan rate. A pool can therefore have a weak recent luck number while a much longer history remains close to the expected range.

Block-by-block data is also useful when reviewing an unusual payout period. One recent ViaBTC record listed individual BTC blocks with runtimes ranging from 4 minutes 45 seconds to more than 5 hours, with corresponding luck values ranging from 35.87% to 2,554.37%. Those figures show how wide the statistical range can become over individual blocks. A miner using PPLNS may see account income react to those intervals, while a miner using PPS+ will generally see less exposure to the block-finding timing of the pool. Looking at a single block and judging the pool from it would be a poor reading of the data.

Revenue per unit of hashrate is more useful for long-term comparisons than total account revenue. If one farm grows from 20 PH/s to 30 PH/s, total BTC income can rise while BTC per PH/s falls. That may happen because network difficulty has increased, not because the new machines are underperforming. A cleaner monthly record is therefore:

  • BTC earned per TH/s or PH/s

  • electricity cost per TH or PH

  • accepted shares

  • rejected shares

  • average uptime

  • pool fee

  • merged-mining income

  • net operating result

This structure allows a 2025 month to be compared with a 2026 month even when installed capacity has changed. It also helps distinguish network-wide changes from problems inside the farm.

The fee number itself needs careful reading. ViaBTC's current fee page lists 4% for the PPS-settled block-reward portion under PPS+ and 2% for its transaction-fee distribution, while PPLNS lists 2% for block rewards plus transaction fees. The two percentages should not simply be added together and described as a flat 6% charge on every PPS+ payout. They apply to different parts of the payout calculation.

A miner earning 0.010 BTC from the PPS block-reward component is not paying 6% of that 0.010 BTC under the stated PPS+ structure; the published 4% rate applies to that component, while the 2% rate applies separately to transaction-fee allocation.

For long-term financial records, the current ViaBTC Pool Fees page should be checked before building a 12-month forecast because fee schedules, supported coins, and payout details can change. ViaBTC also states that its displayed average daily earnings are estimated from the previous 7 days, so that figure is suitable for current reference rather than a guaranteed 180-day or 365-day forecast.

The Bitcoin supply schedule gives another reason to keep pool data separate from long-range revenue forecasts. The block subsidy has been 3.125 BTC since the April 2024 halving at block 840,000, while total supply remains capped at 21 million BTC. As the subsidy falls in later halving periods, transaction fees can account for a larger share of miner income. A statistic that only records the block-subsidy component may therefore become less representative over a multi-year period, especially for miners comparing payout methods that treat transaction fees differently.

Merged-mining income can also affect long-term accounting. ViaBTC currently lists additional rewards for several supported combinations, including BTC mining with FB and NMC, and LTC mining with DOGE, BELLS, PEP, and DINGO. If a 500-machine farm receives a small amount of secondary-asset income every day, leaving that income out of the annual record creates a measurable gap between gross pool income and actual pool-related revenue.

For a long-running operation, the strongest use of ViaBTC statistics is therefore comparative. Compare 24-hour hashrate with 7-day hashrate, accepted shares with rejected shares, worker uptime with machine logs, payout records with pool luck, and BTC per unit of hashrate with electricity cost. Then compare the same figures over 30, 90, and 365 days. A 2% decline isolated to one day may be noise; a 2% decline visible in all three longer periods points to a persistent change that should be investigated.

The data also becomes more useful when paired with external machine records. The pool may show a 4% reduction in effective hashrate, while the ASIC management system shows a 6°C temperature increase and a fan-speed change from 5,800 RPM to 6,400 RPM. Those numbers provide much more information than revenue alone. Likewise, if the pool shows stable hashrate but the electricity meter rises 7% month over month, the financial result can worsen even though the pool dashboard looks normal.

For miners planning to operate for years, the practical review cycle can stay simple:

  1. Check worker status every day.

  2. Review rejection and effective hashrate over 7 days.

  3. Compare normalized BTC output every 30 days.

  4. Review pool luck over 30 days and longer.

  5. Recalculate electricity and hosting costs every month.

  6. Recheck fees and payout rules before using old figures in a new forecast.

ViaBTC statistics are therefore useful for long-term miners when they are treated as operating records rather than as a standalone profitability forecast. Their strongest contribution comes from showing whether a farm is producing the expected amount of accepted hashing work over 30, 90, and 365-day periods, while pool luck and payout methodology explain why the cash received in a particular week can differ from that operating performance.