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Asic Miner Profitability Calculator
Our mining profitability calculator helps users quickly pinpoint the most lucrative mining options by delivering real-time data in multiple fiat and cryptocurrency currencies, including USD, EUR, GBP, AED, CAD, AUD, THB, ETH, and BTC. It allows precise electricity cost inputs up to three decimal places for highly accurate profit estimations. Users can access a clear overview of top-performing miners, algorithm-specific performance tables, and visually organized listings of mineable coins with recognizable cryptocurrency icons, simplifying decisions for maximum returns.
| Model | Hashrate |
Profitability
Profit
|
|---|---|---|
|
Goldshell ST-BOX
13.92KH/s
|
13.92 KH/s |
$-0.12/day
|
Our cutting-edge mining calculator offers comprehensive insights across all major cryptocurrency algorithms, helping users easily identify the most profitable options for their specific hardware. The algorithm data is continuously refreshed to keep pace with the dynamic crypto mining industry, providing accurate evaluations based on real-time profitability statistics and overall market activity. This empowers users to make well-informed choices that reflect the latest mining conditions and algorithm performance.
What Determines ASIC Miner Profitability
Six variables set the difference between a machine that pays for itself and one that runs at a loss. Our ASIC miner profitability calculator accounts for all of them simultaneously.
Electricity Cost
Power is the largest controllable expense in ASIC mining. A rate of $0.05/kWh versus $0.12/kWh can swing a miner from highly profitable to loss-making overnight. Enter your real rate to the third decimal for an accurate net profit figure.
Network Difficulty
As more hashrate joins a network, difficulty rises and each miner earns a smaller share of block rewards. Our ASIC miner profit calculator uses the live difficulty epoch — not a lagging average — so your results reflect what you would earn right now.
Coin Price
The market price of the mined coin converts raw block rewards into real revenue. Prices update continuously across Bitcoin, Litecoin, Kaspa, and every other mineable asset, so the profitability you see is always denominated in today's value.
Hashrate & Efficiency
A miner's rated hashrate determines its share of block rewards; its power draw determines the cost to earn them. The efficiency ratio — joules per terahash — is the single best metric for comparing hardware across generations and brands.
Block Reward Schedule
Bitcoin halves its block reward roughly every four years; other coins follow their own emission schedules. These scheduled reductions directly cut miner revenue independent of price. Our calculator applies the current block reward for each coin automatically.
Currency & Pool Fees
Profit means different things depending on where you operate. View results in USD, EUR, GBP, AED, CAD, AUD, BTC, or ETH. Pool fees reduce gross earnings — factor them in on each miner's dedicated page for a fully loaded profitability view.
What is CryptoNightR algorithm?
Why Should You Rely on Our Profit Calculator for Accurate Mining Insights?
Set the objective with precision: preserve open participation in mining and deny unfair advantages to specialized rigs. CryptoNight-R enforces this by stressing latency and memory pressure rather than raw arithmetic throughput. It drives a working set in a scratchpad of about two megabytes, with data-dependent reads that frustrate prefetchers and wide parallel pipelines. Use AES-based rounds that benefit commodity CPUs with AES-NI while still remaining viable on GPUs with sufficient bandwidth. Initialize state through Keccak-1600, iterate through an intensive mixing phase, then finalize with a randomized choice among Blake, Groestl, JH, or Skein to scatter any residual structure. Vary access patterns between blocks to spoil precomputation and cached templates. Alter the sequence slightly over time to degrade fixed-function ASIC and FPGA designs. Force hardware to chase unpredictable pointers, and you force it to stall, which evens the field. The outcome reduces the payoff of massive SIMD replication and narrow-cache accelerators. This differs from SHA-256 families that favor dense compute and fixed scheduling, and it leans away from Ethash’s DAG by pushing latency sensitivity more aggressively. The broader CryptoNight lineage aimed at decentralization by keeping memory the main cost driver, which raises the bar for custom silicon without locking out consumer machines. ASICs did appear for early variants, so networks answered with revisions like CryptoNight v7 and CryptoNight-R, and later with RandomX, which escalated to large per-thread memory and a just-in-time virtual machine design. Privacy on chains that used CryptoNight stays anchored by ring signatures, stealth addresses, and key images, which hide sender linkages and block double-spend correlation while remaining verifiable. Steer attention to the security tradeoff correctly: memory hardness does not prevent a majority attack on its own, but it helps distribute hash power and raises the capital and engineering hurdles for centralization. Favor algorithms that keep latency critical, mix cryptographic primitives prudently, and inject minor per-block variability to resist template optimization. In practice this preserves miner diversity, reduces vendor lock-in, and sustains a moving target that aligns with decentralization and confidentiality.
Latest ASIC Miners
Check out the latest ASIC miners added to our site. These are the newest listings, featuring the most recent models.
NerdOCTAxe Rev 3.1
NerdMiner
NerdQaxe+
NerdMiner
NerdQaxe++ Hydro Rev 6.1
NerdMiner
ASIC Mining Algorithms and Their Profitability
Each mining algorithm requires dedicated ASIC hardware. Understanding which algorithm a miner targets is the first step in any accurate ASIC miner profitability calculation.
SHA-256
Bitcoin, Bitcoin Cash, and more
SHA-256 is the algorithm that underpins Bitcoin, the largest proof-of-work network by market cap. ASIC miners built for SHA-256 — from manufacturers like Bitmain, MicroBT, and Canaan — are the most widely deployed and most competitively benchmarked hardware in existence. Profitability is heavily influenced by Bitcoin's network hashrate, which sets the difficulty every 2,016 blocks.
- Largest ASIC hardware market by volume
- Difficulty adjusts every ~2 weeks
- Miners also earn transaction fees
- Efficiency leaders below 15 J/TH available
Scrypt
Litecoin, Dogecoin, and more
Scrypt powers Litecoin and Dogecoin — two of the longest-running proof-of-work chains outside Bitcoin. Litecoin and Dogecoin are merge-mined, meaning a single Scrypt ASIC earns block rewards from both chains simultaneously, which substantially improves the profitability calculation compared to mining either coin alone.
- Merge-mine LTC and DOGE simultaneously
- Combined reward boosts net daily income
- Mature hardware market with efficient options
- Lower network hashrate than SHA-256
KHeavyHash
Kaspa (KAS)
KHeavyHash is the algorithm used by Kaspa, one of the fastest-growing proof-of-work networks. Kaspa's BLOCKDAG architecture enables high-throughput block production, and a new generation of dedicated ASIC miners now dominates its hashrate. The KAS ASIC miner profitability calculation is especially sensitive to network difficulty growth, which has accelerated as hardware availability has expanded.
- Fastest-growing PoW network by hashrate
- New ASIC hardware entering market regularly
- High block frequency — multiple blocks per second
- Profitability volatile; check live data often
Blake3 & Emerging Algorithms
Alephium, Ironfish, and newer networks
Newer proof-of-work networks like Alephium use modern hashing algorithms such as Blake3. ASIC hardware for these algorithms is newer and less commoditised, which can create short windows of higher profitability before the market catches up. Our ASIC miner profitability calculator covers all listed algorithms as they gain dedicated hardware support.
- Newer algorithms, less saturated hashrate markets
- Hardware efficiency improving rapidly
- Profitability windows can open fast — and close fast
- Compare across all algorithms in one table
How to Use the ASIC Miner Profit Calculator
From finding your hardware to modelling future scenarios — six steps to a complete ASIC mining profit calculation.
Open the ASIC Miners page
Go to the ASIC Miners page on MinerCompare.com — a free ASIC miner profitability calculator that covers 500+ miners across every major proof-of-work algorithm. No account, no sign-up, and no paywall. The full ranked table loads immediately with live profitability data already applied.
Set your electricity rate
Enter your real kWh cost in the electricity input above the table — the field accepts up to three decimal places because fractions of a cent matter at scale. Every net profit figure across all 500+ miners updates the moment you change it. The default is $0.08/kWh; replacing it with your actual rate is the single most important step for an accurate ASIC mining profit calculation.
Search or filter your miner
Type a model name into the search bar to jump straight to your hardware, or use the algorithm, brand, and coin filters to narrow the table. Filter by SHA-256 to see only Bitcoin miners, by Scrypt for Litecoin and Dogecoin hardware, or by KHeavyHash to compare Kaspa ASICs — each filter immediately removes irrelevant results so the table only shows miners relevant to your operation.
Sort the table by daily profit
Click the profit column header to rank all visible miners from highest to lowest net daily earnings after electricity costs. This is the fastest way to answer the question every buyer asks: which ASIC miner is most profitable right now at my power rate? Miners showing a negative profit at your entered kWh cost are currently loss-making — the table makes that immediately visible so you never have to calculate it manually.
Open a miner for the full breakdown
Click any row to open the dedicated ASIC miner page. There you will find a coin-by-coin profit breakdown showing what that hardware earns mining every coin its algorithm supports, a full specifications sheet with hashrate, power draw, and efficiency in J/TH, and historical profitability data. This is where a single-row summary in the table becomes a complete ASIC mining profit calculation.
Model future scenarios
On the individual miner page, manually override the difficulty projection, block reward, or coin price to simulate how ASIC miner profitability would shift after a halving, a difficulty spike, or a significant market move. Raise difficulty by an expected percentage and watch the net profit figure adjust in real time — this turns the ASIC miner profit calculator from a live snapshot into a forward-looking hardware investment tool.
An accurate ASIC mining profit calculation depends on getting the electricity rate right before anything else. Power cost is the only variable in the calculation that is entirely within your control — hashrate is fixed by your hardware, network difficulty is set by the market, and coin price moves independently of anything you do. Entering your real kWh cost to three decimal places is not pedantry; at the scale of an ASIC farm running dozens of machines, a difference of $0.005/kWh can shift monthly net profit by hundreds of dollars.
Once your rate is set, the table becomes a decision surface rather than just a list. Sort by profit to see which hardware earns the most at your power cost today. Sort by efficiency (J/TH) to find the most power-efficient miners regardless of absolute output — useful when comparing newer generation hardware against older machines you already own. Sort by hashrate when the network you are targeting rewards raw throughput. Each sorted view answers a different question about ASIC miner profitability, and none of them require you to calculate anything manually.
The individual miner pages are where planning happens. Seeing that a specific ASIC earns $12/day at today's difficulty is useful; knowing how that figure changes if difficulty rises 15% after the next adjustment epoch — or drops if a competing network launches a more profitable coin — is what separates a reactive miner from a prepared one. Use the scenario fields on the miner page to stress-test your purchase decision before committing capital.
How the ASIC Miner Profit Calculator Works
Four inputs. One live number. No guesswork.
Every figure in the ASIC miner profitability table is the output of a live calculation, not a cached estimate. When you load the page, the calculator fetches the current coin price, the live network difficulty, and the latest block reward for every mineable cryptocurrency. It then determines your expected daily earnings based on your miner's hashrate, converts that to gross revenue in your chosen currency, and subtracts your electricity cost based on the miner's rated power consumption and your entered electricity rate to produce a net daily profit figure.
The reason this ASIC miner profit calculator produces different results from simpler tools is precision at every step. Network difficulty is not averaged over a week — it reflects the current epoch. Coin prices update continuously rather than once per hour. Power consumption is taken from each miner's manufacturer specification, not a rounded estimate. And electricity cost accepts up to three decimal places, because at scale even a fraction of a cent per kilowatt-hour changes whether a machine is profitable or not.
The result is an ASIC mining profit calculation you can act on. Set your electricity rate once, sort the table by daily profit, and you immediately see which of the 500+ listed miners earns the most after power costs at your specific location — whether you're comparing a new Antminer S21 Pro against an older WhatsMiner M50 or evaluating entirely different algorithms like SHA-256 versus Scrypt.
Why ASIC Mining?
The Advantages of ASIC Mining Compared to Other Mining Types
ASIC (Application-Specific Integrated Circuit) mining involves specialized hardware designed exclusively for mining cryptocurrencies like Bitcoin, offering unmatched efficiency and performance. Unlike general-purpose GPUs, ASICs are optimized for specific algorithms, delivering significantly higher hashrates while consuming less power per hash. This makes them far superior for mining tasks, as they maximize profitability by reducing electricity costs and increasing mining output. ASIC miners are purpose-built, providing stability and reliability in high-demand mining environments, unlike GPUs which are prone to overheating and wear during prolonged use. Their compact design also allows for easier scalability in large mining operations. By focusing solely on mining, ASICs eliminate the overhead of multi-purpose computing, resulting in faster block-solving times. This efficiency translates to higher rewards, making ASICs the preferred choice for serious miners aiming to stay competitive in the cryptocurrency market. In contrast, GPU mining, while versatile, cannot match the raw power and cost-effectiveness of ASICs for dedicated mining tasks.
Optimized for Mining
Energy Efficient
Reliable & Stable
Scalable
More about the CryptoNightR algorithm
See how our profit calculator delivers accurate, real-time mining insights, helping miners make informed decisions.
CryptoNight-R sharpens the original CryptoNight design with targeted, ASIC-thwarting adjustments, using a memory-hard architecture that forces substantial RAM utilization, random memory accesses, and latency-bound work so that consumer CPUs and GPUs compete on nearly equal footing; in practice, miners initialize a multi-megabyte scratchpad (commonly around 2 MB) with pseudo-random data, iterate through numerous AES-based transformations, and finalize with a cascade of cryptographic hashes drawn from Keccak-1600, Blake, Groestl, JH, and Skein, a sequence that prioritizes bandwidth and cache behavior over raw arithmetic density and thus limits the structural edge of specialized silicon compared with SHA-256 or even Ethash; at the protocol layer, ring signatures conceal the sender among plausible decoys, stealth addresses shield the recipient, and RingCT hides transferred amounts, together rendering external tracing highly uncertain and protecting routine transactions from forensic scrutiny; strategically, the algorithm’s memory intensity and periodic parameter shifts dilute the risk of hashpower monocultures and raise the economic bar for any coordinated majority attack, while broad, CPU-friendly participation disperses hashrate across geography and hardware classes, reinforcing network integrity; although ASICs eventually emerged for earlier CryptoNight variants, transitional updates like CryptoNight-R-and ultimately Monero’s move to RandomX-restored general-purpose mining as the default, preserving decentralization while leaving CryptoNight as a pivotal milestone in the evolution of privacy-preserving proof-of-work; in practical terms, miners can benchmark and tune via profitability estimations that account for power draw, pool fees, and hardware efficiency, and can improve throughput with system-level optimizations such as enabling huge pages, aligning NUMA memory, and targeting larger L3 caches, all of which elevate inclusive participation where the gods of privacy feel like allies and the monsters of centralization are kept close enough to watch but too weak to rule.
Bitcoin Mining Difficulty
Monitor the latest Bitcoin network difficulty metrics in real time, including block times & estimated time until the next difficulty adjustment.
Progress
Current progress:
37.00 %
Remaining Block
Blocks Left:
1270
Remaining Time
Time Left:
~ 8 days 22 hours
Next Change
Upcoming change:
-1.1 %
Block Time
Current Block Time:
10.1 minutes
Network Difficulty
Current Difficulty:
127.17 T
Network Hashrate
Current Hashrate:
799.70 EH/s
These figures track two different things: the Bitcoin difficulty adjustment cycle, and the network's actual current state. Progress, Remaining Block, Remaining Time, and Next Change all describe the adjustment cycle itself —right now the cycle is 37.00 % complete, with 1270 blocks and roughly 8 days 22 hours left, and the next difficulty adjustment is estimated at -1.1 %. Block Time is the current average time between mined blocks (10.1 minutes). Network Difficulty and Network Hashrate are different: they show the network's actual current values rather than progress toward a future recalculation. Bitcoin's network difficulty is currently 127.17 T, and the total network hashrate securing it is 799.70 EH/s. Higher difficulty and hashrate mean more competition for the same block reward, which directly lowers per-miner Bitcoin mining profit at any given hashrate. Our ASIC mining profit calculation factors all of this in automatically, so every profitability figure on this page already reflects current network conditions.
Frequently Asked Questions
Everything you need to know about ASIC mining profit calculation
