ViaBTC Mining Statistics matter because they connect a miner’s hardware output with network conditions and pool accounting. ViaBTC’s Bitcoin page currently shows about 938.03 EH/s network hashrate, 125.81 T difficulty, 98.79 EH/s pool hashrate and 0.039 USD/T daily earnings. Its displayed pool luck is 98.44% over 3 days, 91.05% over 7 days and 92.02% over 30 days. Those figures help miners separate machine performance from changes caused by difficulty, block luck, pool conditions and payment rules. A 200 TH/s ASIC can remain near specification while producing fewer coins per day after difficulty rises, so miners need both machine-side and pool-side data.
A miner normally starts with the ASIC dashboard, but the local number is not the same measurement used by a pool. ViaBTC says its real-time pool hashrate uses an average from the previous 10 minutes, while a machine can refresh its own figure every 5 seconds. Daily pool hashrate can also represent a 24-hour average, so a 10-minute reading, a machine reading, and a daily pool figure can differ without any hardware fault.
A 5-second ASIC reading is a snapshot; a 10-minute pool figure is a short operating average; a 24-hour figure is a broader production reference.
That timing difference matters when a farm reviews 100, 500, or 1,000 machines. Suppose 500 ASICs are rated at 200 TH/s each. The theoretical fleet figure is 100 PH/s, but a 3% gap between expected output and pool-side output represents about 3 PH/s. At a daily mining rate of $0.039 per TH/s, the arithmetic on 3 PH/s equals roughly $117 per day before electricity and other costs. Small percentage changes can therefore produce measurable cash differences.
Network hashrate provides the next layer of context. ViaBTC’s current Bitcoin statistics page lists network hashrate at about 938.03 EH/s and pool hashrate at about 98.79 EH/s, putting the pool near 10.5% of the displayed network hashrate. That share is not a miner’s personal proportion, but it helps explain the scale of competition around each block. If a farm stays at 1 PH/s while network hashrate rises from 900 EH/s to 1,000 EH/s, its relative share falls from about 0.111% to 0.100%, assuming all other conditions stay unchanged.
Difficulty adds another layer. The current ViaBTC page lists Bitcoin difficulty at 125.81 T and an estimated next difficulty of 125.01 T, while ViaBTC's August 28, 2026 guidance notes that a higher difficulty reduces the expected reward share of an unchanged fleet. The ASIC can still produce 200 TH/s; the network simply requires more expected work to find blocks at the new threshold. A 4% difficulty increase, with hashrate and market conditions otherwise unchanged, would put downward pressure on expected coin production per TH/s.
This is why daily revenue should not be read without a difficulty series. Consider a 30-day sample: average machine output remains 200 TH/s, but network difficulty rises 8%. A miner may see lower coin production even though the ASIC has not changed. If the same period also includes a weaker BTC price, the dollar result can decline for two separate reasons. A pool statistics page helps separate those effects from a machine outage.
Pool luck addresses another source of variation. ViaBTC currently displays Bitcoin pool luck at 98.44% for 3 days, 91.05% for 7 days, 92.02% for 30 days, and 99.73% for total history on the published page. A result of 91.05% over 7 days should not be treated as proof of poor operating quality; block discovery is probabilistic, and a short sample can sit below or above expectation. Comparing 3-day, 7-day, and 30-day figures gives a broader view of the same pool.
A 7-day luck reading of 91.05% describes a recent sample, not a permanent performance rate.
The practical use becomes clearer under different payout methods. ViaBTC states in its May 20, 2026 help documentation that its pool supports PPS+ and PPLNS. Under PPS+, the block-reward component uses PPS accounting with a stated 4% fee, while the transaction-fee component uses PPLNS accounting with a 2% fee. Under PPLNS, the stated fee is 2%, and payouts depend on the miner’s share of pool hashrate over the relevant recent difficulty rounds after block confirmation.
| Statistic | What a miner can compare | Practical reading |
|---|---|---|
| Pool hashrate | ASIC-reported hashrate vs pool average | Detect persistent output gaps |
| Network hashrate | Farm hashrate vs total network | Estimate relative mining share |
| Difficulty | Current vs prior adjustment | Recalculate expected coin output |
| Pool luck | 3-, 7-, 30-day readings | Separate short samples from longer history |
| Daily earnings | Earnings per TH/s | Compare periods with different fleet sizes |
| Blocks | Pool blocks and orphan rate | Review block-discovery history |
| Payment method | PPS+ vs PPLNS | Read payout data under the correct rules |
The payout method changes how daily numbers should be judged. A PPLNS miner can see larger short-term differences because realized payout depends on blocks found by the pool and the relevant share window. PPS+ places more of the block-reward variance with the pool, which generally makes the block-reward component steadier. ViaBTC states that PPS+ is designed for miners who prefer more stable income, while PPLNS suits miners who can accept greater short-term variation.
Historical block records provide another useful reference. The current Bitcoin statistics page shows pool block records with block height, reward, runtime and luck, and lists a historical total of 52,780 blocks with 19 orphan blocks, an orphan rate of 0.03%, on the displayed page. That does not predict the next block, but it gives miners a numerical sample for checking how often the pool has produced blocks and how unusual individual block results can be.
The orphan rate also deserves attention because block discovery is not identical to final credited production. A pool can find a block that does not become part of the accepted main chain. With 19 orphan blocks against 52,780 total blocks in the displayed history, the published orphan rate is only 0.03%. A miner comparing pools should read this kind of historical statistic alongside fees and payout rules rather than looking at one daily payout figure.
For operating farms, the most useful review is often a simple percentage comparison. Assume 1,000 machines should produce 200 PH/s but the pool reports an average of 194 PH/s over a representative period. The 3% gap is much more informative if it appears for several days than if it appears for 10 minutes. Adding rejected-share data, worker uptime and network status can narrow the cause without confusing normal short-term measurement differences with persistent underperformance.
Electricity calculations also become more accurate when pool statistics are normalized by hashrate. A 3.5 kW ASIC consumes 84 kWh in 24 hours. At $0.06/kWh, power cost is $5.04 per day; at $0.09/kWh, it is $7.56. If a machine produces 200 TH/s and the observed daily mining rate is $0.039 per TH/s, gross daily output would be about $7.80 before pool fees and power. That comparison leaves only $0.24 at the $0.09/kWh rate before other expenses, showing why a small output change can alter operating economics.
The public ViaBTC Mining Statistics page is useful for putting these numbers beside each other: network hashrate, pool hashrate, difficulty, estimated next difficulty, daily earnings, pool luck and block records are presented in one place. On September 11, 2026, the published Bitcoin figures included 938.03 EH/s network hashrate, 98.79 EH/s pool hashrate, 125.81 T difficulty and a 0.039 USD/T daily earnings figure. Those numbers can be used as a same-day reference when a miner checks its own fleet.
A longer review can use 7-day or 30-day samples instead of a single day. For example, if a farm's pool-side hashrate stays within ±2% of its normal range for 30 days, but normalized revenue falls 6%, the first checks should include network difficulty, BTC price, pool luck and payment settings. If pool-side hashrate itself falls 6% while local machine figures remain stable, the investigation should move toward connectivity, worker uptime, rejected shares and pool configuration.
ViaBTC's own guidance on yield changes lists hashrate fluctuations, difficulty adjustments, halving events and payment methods among the reasons mining output can change. That list matters because the same revenue decline can have very different causes. In 2026, a farm that records a 5% monthly decline without storing hashrate and difficulty history has much less information than a farm holding those measurements for the same 30-day period.
For a miner, the useful habit is to read several statistics together rather than chase one changing number. A stable 200 TH/s machine, a pool estimate 2% lower, a 4% rise in difficulty, and 91% seven-day pool luck describe four different conditions. Reading them together gives a more reliable explanation of the daily payout than looking only at the wallet balance.
That approach also helps when comparing PPS+ and PPLNS. ViaBTC's current documentation says PPS+ block-reward payments are made hourly based on current difficulty, while its PPLNS calculation uses the miner's hashrate share over the previous 5 difficulty rounds and a block confirmation requirement of 6 confirmations. A miner comparing 24-hour results should therefore use the correct payout rules and allow enough time for the relevant accounting period.
For small operators, the process can stay simple: compare expected and pool-side hashrate, note the current difficulty, record daily earnings per TH/s, review 7-day and 30-day luck, and keep the electricity rate beside the figures. For larger farms, the same measurements can be collected worker by worker and summarized by site, machine model, firmware version or hosting location. A 2026 review based on 30 days of data will usually tell more than a single unusually good or poor day.
Mining statistics matter because cryptocurrency mining is paid for measured computational work under changing network conditions. ViaBTC's published data puts hashrate, difficulty, luck, earnings and block records into the same operating context, while its payout documentation explains how PPS+ and PPLNS turn submitted work into credited amounts. A miner that reads those figures together can judge machine output, understand daily revenue changes, compare payout behavior and review operating costs with numbers from the same period.