A ViaBTC referral connects an inviter with a new mining account and can pay the inviter a commission based on eligible fees generated by the referred miner. For Bitcoin, the mining side uses SHA-256 ASIC hashrate; for Litecoin, it uses Scrypt hardware and may include merged-mining rewards where supported. Referral income is separate from block rewards and does not raise a miner’s TH/s or GH/s. In 2024, Bitcoin’s fourth halving reduced the block subsidy from 6.25 BTC to 3.125 BTC, making fee structure, uptime, power cost, and pool selection more important to mining economics. A referral should therefore be evaluated against the current commission percentage, qualifying period, mining method, payout terms, and actual referred hashrate rather than the number of accounts registered.
ViaBTC’s referral system starts with account attribution. An existing user shares a referral link or invitation code, and a new miner registers through it before sending mining work to the pool. The account relationship matters because registration without the referral identifier may not qualify for later commission credit. A miner planning to refer a farm with 100 ASICs should confirm attribution before the machines begin submitting shares, rather than relying on a later account change.
Mining activity comes after registration, and the economics differ sharply between BTC and LTC. Bitcoin uses SHA-256, while Litecoin has used Scrypt since its 2011 launch. A SHA-256 Bitcoin ASIC cannot simply be redirected to Litecoin and continue mining efficiently because the algorithms require different hardware. Referral activity can cover miners in both markets, but their hashrate units, machines, electricity use, and mining economics should be evaluated separately.
A referral does not add hashrate to a machine. A 200 TH/s Bitcoin ASIC remains a 200 TH/s machine after registration through a referral link. The additional payment, when eligible, comes from the referral program rather than extra SHA-256 computation.
That distinction becomes more important after the 2024 Bitcoin halving. Bitcoin’s block subsidy fell 50%, from 6.25 BTC to 3.125 BTC at block 840,000. A pool still combines hashrate from many miners to reduce the irregularity associated with solo block discovery, while each miner’s credited work depends on submitted shares and the pool’s settlement method. Referral commission sits outside that mining calculation.
The fee side should therefore be checked before estimating referral income. Current ViaBTC Pool Fees can differ by coin and mining method, while promotional conditions can also change. A percentage quoted in an old review should not be treated as the current rate. For a mining business operating for 365 days, even a small difference in effective fee treatment can accumulate across thousands of daily worker submissions.
A simple numerical example makes the relationship easier to understand. Assume referred mining activity produces $2,000 equivalent in eligible pool fees during a period. At a hypothetical 10% referral commission, the inviter would receive $200; at 20%, the amount would be $400. Those percentages are examples rather than current ViaBTC rates, because actual referral terms should be checked in the user account before financial projections are made.
| Illustrative eligible fees | Example rate | Illustrative commission |
|---|---|---|
| $500 | 10% | $50 |
| $2,000 | 10% | $200 |
| $2,000 | 20% | $400 |
| $10,000 | 20% | $2,000 |
The table also explains why registration count is a weak measure. One referral operating 500 ASICs can generate more qualifying mining activity than 500 registered users who never connect hardware. For an inviter, active hashrate, operating days, eligible fee volume, and the duration of the referral relationship provide more useful information than raw signup numbers.
Bitcoin mining illustrates the scale effect well. Suppose a referred operation runs 100 ASICs rated at 200 TH/s each. The nominal combined hashrate is 20 PH/s because 100 × 200 TH/s equals 20,000 TH/s. At 95% average availability, the effective operating time is lower than a theoretical 24/7 schedule, so referral estimates based only on nameplate hashrate can overstate the activity actually reaching the pool.
Power use adds another layer to that calculation. If each of those 100 machines consumes 3.5 kW, the site draws about 350 kW before additional infrastructure is considered. Continuous operation for 24 hours consumes 8,400 kWh. At $0.06 per kWh, electricity alone costs about $504 per day, or roughly $183,960 over 365 days if consumption and price remain unchanged.
Referral commission should not be mixed with mining profit. The referred miner still pays electricity, hosting, cooling, maintenance, repair, network, and hardware costs. The inviter’s commission is a separate account-level payment. A referral arrangement may improve the economics for an eligible participant, but it cannot turn an inefficient ASIC or expensive power contract into efficient mining.
Litecoin requires a different operating model. Litecoin launched in 2011 and produces blocks roughly every 2.5 minutes, compared with Bitcoin’s target of about 10 minutes. Litecoin also underwent its third halving in August 2023, reducing its block subsidy from 12.5 LTC to 6.25 LTC. Scrypt ASIC operators therefore evaluate LTC-related pool activity using different hardware and network conditions from SHA-256 operators.
Merged mining can also affect how a Litecoin miner evaluates pool output. Where supported, compatible Scrypt networks can be mined alongside Litecoin without requiring the miner to divide the machine’s Scrypt hashrate in the same way as switching between unrelated proof-of-work algorithms. Referral commission remains separate from the mining rewards credited under those arrangements, so account statements should not treat both categories as one payment source.
For accounting, keep at least three figures separate: mining rewards credited to the miner, pool-related fees charged under the selected method, and referral commission credited to the inviter. Combining all three into one number makes month-to-month comparisons less useful.
Payment methods deserve similar separation. Mining pools may support models such as PPS+, PPLNS, or related settlement structures depending on the coin and service offered. PPS-style methods generally reduce some short-term block-discovery variance for miners by paying according to qualifying work, while PPLNS-style payments are more closely associated with actual pool block results over the applicable share window. A 30-day comparison can therefore look different even when the same ASIC hashrate is used.
Referral income can also vary because miners do not remain active for identical periods. Consider 20 referred miners: five operate for 365 days, five operate for 180 days, and ten stop after 30 days. Counting “20 referrals” hides most of the information needed for estimating commission. The operating duration and qualifying activity of each account matter far more than the initial registration event.
The same issue appears with worker uptime. A farm advertised at 10 PH/s but averaging 90% availability contributes less work over a month than a comparable operation averaging 98%. Interruptions can come from maintenance, network problems, power curtailment, firmware updates, thermal conditions, or failed machines. Referral projections based on perfect 100% uptime should therefore be treated as an upper-bound scenario rather than normal operating performance.
Geography matters because mining workers communicate continuously with pool infrastructure. A mining site in Texas, Iceland, Norway, Paraguay, or another established hosting market should test latency and connection stability to the available mining endpoints before moving a large fleet. Even a 1% difference in accepted work can matter when hundreds of machines operate continuously for 365 days.
For a referrer, that makes technical fit more useful than broad promotion. A person referring BTC miners should understand SHA-256 equipment, worker configuration, pool addresses, payout methods, and accepted-share monitoring. Someone working with LTC miners should understand Scrypt hardware and merged-mining arrangements. A technically suitable referral is more likely to remain active than a signup created only for a short promotion.
Security also belongs in the operating process. A miner should verify the ViaBTC domain before signing in, use a unique password, enable available two-factor authentication, and review payout-address changes carefully. An inviter does not need another miner’s password, wallet seed phrase, private key, or 2FA code. In 2026, phishing pages and credential theft remain ordinary risks across cryptocurrency services, regardless of which mining pool is used.
Record keeping becomes especially useful when referral activity reaches business scale. A monthly ledger can record referred account count, active accounts, average hashrate, eligible fees, commission received, payout asset, and payment date. With 50 active referrals, separating records by BTC and LTC also prevents SHA-256 and Scrypt activity from being compared as though their hashrate figures were interchangeable.
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Record the registration date and referral attribution before mining begins.
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Compare active referred miners with total registrations every 30 days.
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Separate BTC SHA-256 activity from LTC Scrypt activity.
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Record actual commission received rather than multiplying hashrate by an assumed percentage.
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Recheck fee and referral terms when a promotion changes or at least before a new 12-month projection.
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Compare worker uptime with credited pool hashrate rather than relying only on ASIC specifications.
A hosting company can see very different numbers from an individual miner because its referrals may contain far more equipment. If 25 clients each operate 40 machines, the referral network represents 1,000 ASICs. With an average 3.5 kW draw, those machines would represent approximately 3.5 MW of equipment load before cooling and other site systems. Commission estimates at that scale should use actual eligible fees and current program terms, not generic assumptions.
An individual miner may have the opposite profile: only three referrals, but all three could operate continuously for more than 365 days. Long operating periods can produce more qualifying activity than dozens of temporary registrations. Monthly active hashrate and commission records therefore provide a clearer view than lifetime referral counts displayed without operating context.
Program conditions also need periodic review because referral percentages, eligible products, campaign dates, payout assets, and commission periods can be revised. A rate visible in 2024 or 2025 should not automatically be inserted into a 2026 projection. The account’s current referral page and published fee schedule should be used when estimating future payments.
For BTC miners, the 3.125 BTC block subsidy introduced in 2024 remains part of the mining revenue environment until the next scheduled halving era. For LTC miners, the 6.25 LTC subsidy established by the 2023 halving similarly shapes current block economics. Neither subsidy is created or enlarged by a ViaBTC referral; the referral operates at the pool-account level.
A useful evaluation therefore compares two separate records over the same 30-day or 90-day period: what the referred miners actually contributed and what the inviter actually received. Include accepted hashrate, uptime, eligible fees, commission percentage shown by the account, and settled commission. After several periods, the data shows whether the referral relationship is producing recurring payments without confusing those payments with BTC or LTC mining output.