How Does the ViaBTC Mining Guide Explain Crypto Mining Earnings?
ViaBTC explains mining earnings through three measurable layers: valid shares, payout method, and network conditions. In 2026, PPS+ is the default method; its block-reward portion uses PPS with a 4% fee, while transaction fees are distributed under PPLNS rules with a 2% fee. Standard PPLNS applies a 2% fee to block rewards plus transaction fees. ViaBTC calculates PPLNS allocations from a miner’s share of pool hashrate across the previous 5 difficulty rounds after a block receives 6 confirmations. Its published BTC estimate currently shows 0.00000048 BTC per TH/s per day, based on the previous 7 days rather than a guaranteed future payout.
Mining income starts with accepted computational work rather than the advertised speed printed on an ASIC specification sheet. A machine rated at 200 TH/s can only earn against work successfully delivered to the pool; downtime, connection failures, rejected shares, unstable power, or configuration errors can reduce the valid hashrate recorded by the pool. ViaBTC therefore provides real-time hashrate monitoring, worker alerts, miner groups, and watcher functions. Its 2026 mining documentation also states that Proof-of-Work mining requires dedicated mining hardware rather than mobile phones.
That distinction matters before payout percentages are compared. A miner operating at 200 TH/s but delivering an average valid rate of 190 TH/s is contributing 5% less usable hashrate than the machine’s nominal specification suggests. A payout estimate based on 200 TH/s would therefore overstate the input before network difficulty or pool fees are even considered, so valid hashrate is the better starting figure for checking pool records.
ViaBTC separates mining income into block rewards and transaction fees, and the two components do not always receive the same treatment. Under PPS+, the block-reward portion uses PPS settlement with a 4% fee and is paid every hour according to current difficulty. The transaction-fee portion remains variable and uses PPLNS allocation with a 2% fee. Calling PPS+ a simple “6% fee” would be inaccurate because 4% and 2% apply to different portions of the payout.
| ViaBTC method | Reward component | Published fee | Settlement basis |
|---|---|---|---|
| PPS+ | Block reward | 4% | Valid shares and current difficulty; hourly payout |
| PPS+ | Transaction fees | 2% | PPLNS allocation |
| PPLNS | Block reward + transaction fees | 2% | Miner share of pool hashrate over 5 difficulty rounds |
The table also explains why two miners with the same hashrate can see different short-term payment patterns. PPS+ gives the block-reward portion a more regular hourly settlement schedule, while PPLNS depends on blocks actually found by the pool. ViaBTC states that PPLNS payments use the miner’s hashrate share over the last 5 difficulty rounds and are distributed after a block reaches 6 confirmations.
Under PPLNS, a lower 2% published fee comes with greater exposure to short-term pool luck because payments depend on actual block production rather than a PPS payment for each valid share.
ViaBTC’s own guidance presents PPS+ as suitable for miners who prefer steadier payments and PPLNS for miners prepared to accept more variation. The pool takes more block-finding and orphaned-block exposure in the PPS portion, which helps explain the 4% fee. PPLNS leaves more of that variation with the miner and charges 2%. ViaBTC notes that long-period results from PPS+ and PPLNS can be similar even though individual days or weeks may look different.
Network difficulty then changes how much output a fixed hashrate can reasonably produce. If total competing hashrate rises and network difficulty follows, 100 TH/s represents a smaller share of the computational work needed to find blocks. ViaBTC states that rising mining difficulty generally reduces expected mining income for the same hashrate, so a daily estimate made under one difficulty level should not be carried forward unchanged after a difficulty adjustment.
Bitcoin provides an easy numerical example. After the April 2024 halving, the BTC block subsidy fell from 6.25 BTC to 3.125 BTC, a 50% reduction in the subsidy before transaction fees are counted. A miner assessing present pool income therefore has to separate protocol-level block subsidy from variable transaction-fee income; a high-fee day can raise total block income, while a quieter fee market can lower it even when hashrate remains unchanged.
Transaction fees are particularly relevant under PPS+ because ViaBTC does not treat them as a fixed PPS component. Its Help Center says estimated BTC daily earnings use the selected difficulty together with the average miner fees from the previous 1 day. When network fee conditions change sharply after that measurement window, actual credited income can differ from the calculator estimate even if the worker continues delivering the same valid hashrate.
The ViaBTC Mining Pool pricing page adds another useful reference point by publishing average daily output per unit of hashrate. At the time checked in September 2026, the page listed BTC at 0.00000048 BTC per TH/s per day, BCH at 0.00013928 BCH per TH/s, LTC at 0.00132686 LTC per GH/s, ZEC at 0.0000545 ZEC per KSol/s, DASH at 0.00009155 DASH per GH/s, and KAS at 6.85500877 KAS per TH/s. ViaBTC states that the figures use data from the previous 7 days.
Those numbers are useful for scale, not for treating a 7-day average as a fixed contract. Using the published BTC figure as a simple illustration, 200 TH/s would correspond to about 0.000096 BTC per day before considering how current conditions differ from that historical estimate. If valid hashrate averaged 190 TH/s instead, the same reference rate would produce about 0.0000912 BTC, already 5% lower because the working hashrate changed.
A pool calculator describes conditions at the time of calculation; it does not freeze difficulty, transaction fees, worker uptime, or future network competition.
ViaBTC’s calculator asks for price, difficulty, PPS fee rate, and valid hashrate, then returns estimated daily earnings. The wording matters because the output is theoretical. Its documentation says actual results can differ when difficulty or miner fees move, and its BTC estimate uses PPS+ assumptions rather than pretending every payment method produces identical daily numbers.
Pool income also has to be separated from operating profit. Consider a 3.5 kW ASIC running continuously for 24 hours: electricity use is 84 kWh per day. At $0.07 per kWh, power costs $5.88 per day; at $0.10, the same machine costs $8.40; at $0.14, it costs $11.76. Moving from $0.07 to $0.14 doubles the daily electricity bill even though the pool credits exactly the same amount of cryptocurrency.
Hardware efficiency can therefore change the financial result without changing the pool’s payment rules. One machine delivering 200 TH/s at 3.5 kW uses 17.5 joules per TH, while a less efficient 200 TH/s unit drawing 4.5 kW uses 22.5 joules per TH, about 28.6% more electricity for the same nominal hashrate. ViaBTC’s mining setup guidance specifically tells miners to consider hashrate, power needs, cooling, internet access, temperature, and humidity before operation.
Uptime adds another measurable layer. A machine that maintains 99% availability over a 30-day month loses roughly 7.2 hours, while 95% availability loses about 36 hours. At otherwise identical hashrate and network conditions, the second machine gives up about 5 times as much operating time. Pool dashboards therefore need to be read alongside worker status rather than checking only the daily coin amount.
Withdrawal handling can affect when mined coins become usable even though it does not change the mining calculation itself. ViaBTC currently lists four withdrawal routes: Auto Withdrawal, Normal Transfer, Inter-User Transfer, and Transfer to CoinEx. Auto Withdrawal is processed once per day between 10:00 and 18:00 UTC+8 with zero withdrawal fee, while Normal Transfer can be requested at any time but requires a fee. The two internal transfer options are listed with zero confirmation and zero fee.
Merged mining can add another source of coins to the account. ViaBTC’s current pricing page states that BTC mining can receive FB through PPLNS allocation and provides 1 NMC for every 1 BTC mined. LTC mining can also receive DOGE, BELLS, PEP, and DINGO under the listed arrangements. Those additions should be recorded separately from the base coin because their market prices and distribution rules are not the same as the main BTC or LTC payout.
Historical documentation also needs a date check. ViaBTC announced that SOLO payment was discontinued for all coin pools from May 20, 2026, UTC+8. A tutorial written before that date may still describe SOLO beside PPS+ and PPLNS, but ViaBTC’s current 2026 guidance presents PPS+ and PPLNS as the available pool payment methods, with some coins supporting only PPLNS.
A miner comparing monthly records can therefore keep the accounting simple: record average valid hashrate, uptime percentage, applicable network difficulty, payment method, pool fee, credited block rewards, credited transaction fees, electricity consumed, and any merged-mining coins. For a 30-day period, using averages rather than one unusually strong day reduces the chance of mistaking short-term PPLNS luck or a temporary transaction-fee increase for normal production.
ViaBTC’s published rules make the reconciliation fairly transparent. PPS+ block rewards carry a 4% fee and settle hourly; its transaction-fee portion carries 2% and follows PPLNS allocation; standard PPLNS carries 2% and uses the previous 5 difficulty rounds after 6 block confirmations. The pricing page bases displayed average daily earnings on 7 days of data, while the BTC calculator’s fee estimate can incorporate the previous 1 day of miner-fee conditions. Reading those time windows separately gives a more accurate picture than treating one daily number as a permanent rate.