How Should Beginners Read ViaBTC Mining Statistics?

For beginners, ViaBTC Mining Statistics should be read as a set of connected signals rather than a list of isolated numbers. Start with pool-side hashrate, worker status, and rejected shares; then compare those figures with the miner’s local dashboard. ViaBTC currently supports PPS+ and PPLNS, with PPS+ applying a 4% fee to the PPS block-reward component and 2% to its transaction-fee component, while PPLNS uses a 2% fee. Profit data uses UTC+8, and PPS+ block-reward payouts are calculated hourly under the current rules. A 200 TH/s machine showing 185 TH/s for a short period is not automatically faulty; a sustained decline combined with rising rejection is much more useful evidence.

A beginner should first separate miner-side figures from pool-side figures. An ASIC may report 200 TH/s locally while ViaBTC shows 185 TH/s because pool-side hashrate is estimated from submitted shares rather than read from the hardware. ViaBTC lists network latency, rejected shares, firmware, and miner conditions among possible causes of the difference.

That distinction makes the first comparison simple: local hashrate versus pool hashrate. If a 200 TH/s miner reports 199–201 TH/s locally and the pool average remains near 195–200 TH/s over several hours, the figures are broadly consistent; if the pool falls toward 150 TH/s while local output stays near 200 TH/s, the next number to inspect is rejection rate.

Rejection rate measures how much submitted work is not being accepted by the pool. ViaBTC’s current guidance describes a rejection rate below 3% as generally normal, while sustained higher levels can point to network latency, high miner temperature, or firmware and configuration problems.

The useful reading pattern is therefore:

That table becomes more useful when worker status is added, because one offline machine can explain a large account-level change without affecting the other miners.

Suppose five ASICs are rated at 200 TH/s each, giving about 1 PH/s of nominal capacity. If ViaBTC shows 805 TH/s, four workers active, one worker offline, and rejection at 0.8%, the missing output is close to one machine rather than a pool-wide problem.

If all five workers remain active but total pool hashrate falls from 1.0 PH/s to 760 TH/s and rejection climbs from 0.7% to 6.2%, the pattern points somewhere else. ViaBTC documents that unstable network connections, routers, switches, cables, and miner configuration can affect the amount of accepted work reaching the pool.

The worker list should then be read as a location tool. A single worker contributing 140 TH/s when four comparable machines each contribute around 200 TH/s deserves more attention than a fleet-wide 2–3% difference caused by normal measurement variance.

Earnings require a separate layer of interpretation because the settlement method changes how the numbers are generated. As of 2026, ViaBTC supports PPS+ and PPLNS; its current documentation identifies PPS+ as the default method.

Under PPS+, ViaBTC separates block rewards from transaction fees. The block-reward portion uses PPS with a 4% fee, while transaction-fee distribution uses PPLNS with a 2% fee; the PPS portion is paid hourly according to current difficulty, while the transaction-fee portion is distributed after a block reaches 6 confirmations based on the miner’s share of hashrate during the previous 5 difficulty rounds.

That structure explains why a miner can have steady block-reward income but still see a less regular fee component. PPLNS works differently: the miner’s payout depends on actual blocks found by the pool and the miner’s share over the relevant N-share or difficulty-round window, so short periods can produce larger changes.

ViaBTC describes PPLNS as carrying more income variation because actual block discovery depends on pool luck, while PPS+ is intended to provide more stable income. Long-term comparisons should therefore use the same payment method and a similar time period rather than comparing one week of PPS+ with one week of PPLNS.

This also explains why a daily earnings figure should not be treated as a hardware performance score. If a 2026 BTC miner holds a stable 200 TH/s, normal rejection, and five active workers, lower coin output can still come from network difficulty changes or a protocol reward reduction rather than a miner fault. ViaBTC lists hashrate changes, difficulty adjustments, halving events, and payment method as causes of mining-yield changes.

Difficulty is particularly important when comparing two periods. Imagine a miner producing 0.00010 BTC per day at 200 TH/s in one period and 0.000085 BTC at the same 200 TH/s later; the 15% reduction in BTC output does not by itself show that the ASIC became 15% less efficient.

The accounting period also matters. ViaBTC states that profit statistics use UTC+8, so a local midnight-to-midnight electricity report in a U.S. facility may cover a different set of hours from the pool’s displayed “daily” earnings.

For a serious comparison, align the same 24-hour window for four data sets: average pool hashrate, accepted-share or rejection information, electricity consumption, and credited mining income. Using mismatched windows can create artificial differences even when the miner performed normally.

A simple daily sheet can use:

The last number should then be separated from profitability. If 0.000096 BTC is worth $9.60 at a BTC price of $100,000, that is gross revenue, not profit. Electricity, hosting, cooling, repairs, and hardware depreciation still need to be deducted.

This distinction matters even more for older ASICs. A machine can show 200 TH/s and produce a normal ViaBTC hashrate while losing money because its electricity cost is too high relative to the current BTC revenue per TH/s.

A useful monitoring sequence is therefore: check total hashrate, check active workers, check rejection, compare local and pool readings, identify the payment method, then examine earnings and network conditions. Each step narrows the possible reason for a change before the financial numbers are interpreted.

For example, a change from 2.00 PH/s to 1.62 PH/s with 1 of 10 workers offline is easier to explain than a 19% account-level decline with all 10 workers active. In the second case, rejection rate becomes much more informative: 0.6% suggests a different situation from 8.5%.

The same approach works when reviewing weekly records. If seven days show pool hashrate within roughly ±3% of the expected level, rejection around 1%, and stable worker counts, but BTC earnings fall 12%, network conditions deserve attention before hardware maintenance.

ViaBTC also changed its supported settlement landscape in 2026: SOLO was discontinued for all coins on May 20, 2026, with affected accounts moved to PPS+ where supported or PPLNS where PPS+ was unavailable.

That kind of platform change matters when comparing historical reports. A payout chart covering January 2026 and a chart from September 2026 may reflect different payment settings, fee structures, or supported modes, so the payment-method field should be recorded beside the earnings number rather than omitted.

BTC miners should also be aware that ViaBTC’s current BTC pool information lists PPS+ and PPLNS and provides merged-mining rewards under supported modes. As of August 2026, ViaBTC states that BTC mining can also provide NMC and FB through merged mining, with those assets visible separately in account assets.

For beginner reporting, keep the data simple: record the average hashrate, worker count, rejection percentage, payment mode, BTC credited, electricity use, and the exact reporting date. A seven-day record is usually more useful for judging operating consistency than a single hourly screenshot, while a 30-day record is better for separating normal changes from persistent performance problems.

When the numbers disagree, read them in this order. A local hashrate problem points toward the miner; a pool-only hashrate problem with higher rejection points toward connectivity or share acceptance; normal mining statistics with lower BTC output point toward difficulty, reward, fee, or settlement conditions.

That method keeps the dashboard tied to measurable observations: 200 TH/s versus 150 TH/s, 0.8% versus 7% rejection, 1 active worker versus 0, 4% versus 2% fees, and 24-hour versus 7-day reporting windows. These comparisons give a beginner enough information to decide whether to inspect hardware, network settings, payout settings, or the wider mining environment.