An academic comparison of current SHA-256 ASIC miners by joules-per-terahash (J/TH), explaining how to correctly read and convert manufacturer-stated efficiency specifications into device electricity estimates, why cooling design and test conditions limit direct comparisons, and why J/TH must be kept separate from facility electricity use and pool-side mining data.

A technical comparison of air, hydro, and immersion cooling for ASIC miners, examining manufacturer specifications, noise generation at the device versus facility level, and the operational factors that determine real-world deployment noise and complexity.

A technical guide to building and interpreting an ASIC miner ROI calculator, covering hardware, network, and pool-fee inputs, the formulas linking difficulty and block subsidy to expected earnings, and why payback estimates for a mining rig must be treated as scenario-based rather than guaranteed.

A technical comparison of used and new ASIC miners for pool mining, examining wall-power efficiency, warranty status, hardware condition, and how pool mechanics and payout methods relate to (but do not replace) hardware due diligence.

A technical guide to extending ASIC mining rig reliability by managing environmental limits, dust and moisture control, tuning stability, and miner-side versus pool-side monitoring, while distinguishing physical service life from economic viability.

An evidence-based evaluation of air-cooled ASIC options for small-scale Bitcoin mining in 2026, comparing the Bitmain ANTMINER S21 XP against Canaan's Avalon A15 and A16 series on hashrate, power draw, efficiency, electrical requirements, and availability, alongside practical guidance on electrical planning, heat and noise, and connecting a mining rig to a pool.

An academic comparison of mining rig hosting and home mining, covering cost categories, electrical and site constraints, contract review points, and how mining pool connection and payout methods remain a separate decision from operating location.

An academic examination of what multi-language support actually means for a Bitcoin mining pool—covering platform interfaces, technical setup documentation, payout terminology, and security communication—along with a practical checklist miners can use to evaluate localized pool documentation without conflating language availability with hashrate or profitability.

Merged mining can add auxiliary-coin revenue on top of primary-coin mining, but the amount is variable rather than fixed. This article explains how AuxPoW-based merged mining works, provides a period-based method for measuring the actual added revenue, reviews the variables that cause the figure to change over time, and outlines ViaBTC's currently documented merged-mining support for BTC and LTC.

An academic comparison of merged mining and solo mining pools, clarifying that one concerns compatible-chain proof of work and the other concerns block-reward payout structure. Includes a side-by-side comparison table, a dated Bitcoin block-finding variance calculation, and guidance on verifying current pool rules for auxiliary-chain eligibility.

An academic comparison of SHA-256 ASIC miners for BTC and BCH, clarifying that hardware selection depends on energy efficiency, cooling, and electrical requirements, while the BTC-versus-BCH decision is a separate mining-economics and pool-configuration question.

An evidence-based comparison of SHA-256 ASICs for Bitcoin Cash mining, covering hardware efficiency, air vs. hydro cooling trade-offs, and a step-by-step methodology for estimating BCH mining returns using current network and pool data.

An academic overview of SHA-256 mining hardware suitable for Bitcoin Cash (BCH), explaining why no BCH-specific ASIC exists and comparing current air-cooled and liquid-cooled models by manufacturer-rated efficiency, electrical requirements, and total operating cost. The article also covers how payout methods such as PPS+ and PPLNS affect pool-side earnings once a rig is deployed.

An academic explanation of how BCH mining break-even price is calculated as daily operating cost divided by BCH earned for the same period, distinguishing electricity-only versus full operating break-even, explaining PPS+ and PPLNS fee treatment, and walking through a worked electricity-cost example with sensitivity analysis.

An educational guide to managing liquidation risk on crypto-backed loans, explaining how Current LTV, interest accrual, and collateral valuation interact, and outlining practical steps—conservative borrowing levels, active monitoring, and prepared repayment or collateral resources—to reduce the risk of forced liquidation.

An academic explanation of why there is no single BCH mining shutdown price, presenting the cash shutdown price and all-in break-even price formulas, the role of BCH's 3.125 BCH subsidy and ASERT difficulty adjustment, and how PPS+ versus PPLNS pool payment methods affect the BCH earnings input to the calculation.

An educational analysis of how crypto-backed loans, using ViaBTC's Crypto Loans product as a documented example, can provide USDT liquidity for mining electricity and hosting costs without an immediate sale of pledged crypto assets—along with the interest costs, collateral risk, and liquidation mechanics miners should evaluate before borrowing.

An evidence-based guide to evaluating merged-mining pools for beginners, centered on the LTC/DOGE example. Explains AuxPoW mechanics, the checklist for comparing pools (hardware, fees, payout methods, settlement, endpoints), and how ViaBTC's documented PPS+/PPLNS rules and merged-mining asset lists fit that framework.

An educational explainer on how miners can pledge coins already credited from mining rewards as collateral for a crypto-backed loan, using ViaBTC's Crypto Loans product to illustrate the mechanics of LTV monitoring, Auto Pledge, interest accrual, and liquidation risk.

An educational comparison of flexible (open-term) and fixed-term crypto-collateralized loans for Bitcoin miners, explaining how loan term, interest-rate structure, and LTV-based collateral risk operate independently, and outlining practical factors miners should verify before borrowing against BTC or other mined assets.