If you searched for ethereum mining software, the first thing to fix is the premise: Ethereum no longer uses mining.
Since the Merge in September 2022, Ethereum has run on proof of stake. Blocks are proposed and finalized by validators who stake ETH, not by GPUs, ASICs, or mining pools. No miner, driver, pool, command-line flag, or “new ETH mining app” can mine real ETH on mainnet anymore.
That does not mean every mining rig became useless.
It means the job changed. Former Ethereum miners now have three realistic paths:
- Mine another proof-of-work coin such as Ethereum Classic, Ravencoin, Ergo, Flux, or other GPU-mineable networks.
- Use mining software that still supports Ethash-like or GPU-friendly algorithms, but point it at a non-Ethereum chain.
- Stop mining and earn ETH another way, usually through staking, liquid staking, or simply converting mined coins into ETH.
The hard part is separating useful tools from outdated guides, abandoned miners, fake ETH mining apps, and profitability calculators that do not reflect your power cost.
Can Ethereum mining software still mine ETH?
No. Ethereum mining software cannot mine ETH on Ethereum mainnet.
Before the Merge, Ethereum used proof of work. Miners ran software such as PhoenixMiner, lolMiner, TeamRedMiner, T-Rex Miner, GMiner, or ethminer to solve Ethash puzzles. After the Merge, Ethereum removed mining from consensus entirely.
Today, Ethereum block production works like this:
| Before the Merge | After the Merge |
|---|---|
| Miners competed using GPUs or ASICs | Validators propose and attest blocks |
| ETH was issued as mining rewards | ETH is issued as validator rewards |
| Mining pools distributed ETH payouts | Staking pools and validators earn rewards |
| Hashrate secured the chain | Staked ETH secures the chain |
| Mining software was required | Validator clients are required |
A miner can still run old Ethereum mining software. It may even show hashrate.
But if it claims to mine real ETH, something is wrong. It is either mining another coin, pointing to a forked network, displaying fake balances, or trying to infect your machine.
ETH mining vs Ethereum Classic mining
The most common confusion is between Ethereum and Ethereum Classic.
Ethereum Classic still uses proof of work. It uses Etchash, a modified version of Ethereum’s old Ethash algorithm. Many tools once used for Ethereum mining were adapted for Ethereum Classic.
That does not make Ethereum Classic “mined ETH.”
| Network | Ticker | Consensus | Can GPUs mine it? | Is it Ethereum mainnet ETH? |
|---|---|---|---|---|
| Ethereum | ETH | Proof of stake | No | Yes |
| Ethereum Classic | ETC | Proof of work | Yes | No |
| EthereumPoW | ETHW | Proof of work | Yes, but niche | No |
| Other Ethash forks | Varies | Proof of work | Sometimes | No |
If your goal is specifically to accumulate ETH, mining ETC and converting it to ETH is possible. But that is a trade, not ETH mining.
What should former Ethereum miners mine instead?
There is no universal “best” coin. The right choice depends on your GPUs, electricity price, heat tolerance, exchange access, and whether you want short-term payouts or long-term exposure to a network.
The practical decision starts with one question:
Are you mining for cash flow, speculation, or hardware utilization?
Best-fit coins by mining goal
| Goal | Better candidates | Why they may fit | Main drawback |
|---|---|---|---|
| Lowest-friction Ethereum-like setup | Ethereum Classic, ETHW | Similar mining workflow to old ETH mining | Lower revenue than historical ETH mining; fork risk |
| GPU mining with active communities | Ravencoin, Ergo, Flux | Designed or maintained with GPU miners in mind | Profitability swings sharply |
| Speculative mining | Smaller GPU-mineable coins | Possible upside if the network grows | Low liquidity, higher risk, weak tooling |
| Converting mined coins into ETH | ETC, RVN, ERG, FLUX if exchange-supported | Easier to sell or swap than obscure coins | Trading fees, spreads, tax events |
| Using idle hardware occasionally | NiceHash-style hashrate marketplace | Payout workflow can be simpler | You are selling hashrate, not directly mining your chosen coin |
Practical comparison of common post-ETH mining options
| Coin / network | Common algorithm | GPU suitability | Liquidity | Payout practicality | Key risk |
|---|---|---|---|---|---|
| Ethereum Classic | Etchash | Good for many former ETH GPUs | Relatively strong among GPU-mined coins | Usually straightforward | ASIC competition and lower margins |
| Ravencoin | KawPow | Good, but power-hungry | Moderate | Common pool support | Heat and electricity cost |
| Ergo | Autolykos | Efficient on many GPUs | Moderate | Pool support is available | Revenue can be inconsistent |
| Flux | ZelHash | GPU-friendly | Moderate | Requires understanding Flux ecosystem | Setup and wallet workflow can feel heavier |
| EthereumPoW | Ethash | Technically mineable | Weaker than ETC | Exchange support varies | Fork relevance and liquidity risk |
| Kaspa | kHeavyHash | Historically GPU-friendly, now ASIC-heavy | Stronger than many small PoW coins | Widely tracked | GPUs may be uncompetitive |
Do not choose a coin because a website lists it as profitable for the last 24 hours. GPU mining profitability can flip within hours after price moves, difficulty changes, or large miners switching algorithms.
A better approach is to test for 24–72 hours, record actual pool payouts, and compare them against your electricity meter.
Which mining software still works after the Merge?
Several miners still work well — just not for mining ETH.
The key is matching the software to your GPU vendor, algorithm, operating system, and pool. A miner that was excellent for Ethash in 2021 may be irrelevant if you now mine KawPow or Autolykos.
Mining software comparison
| Software | Best fit | Common GPU support | Algorithms often used post-Merge | Developer fee | Practical notes |
|---|---|---|---|---|---|
| lolMiner | Mixed AMD/NVIDIA rigs | AMD, NVIDIA | Etchash, Autolykos, ZelHash, others | Usually around 1% or less depending on algo | Broad algorithm support; popular for ETC and Ergo-style setups |
| TeamRedMiner | AMD-focused rigs | AMD | Ethash/Etchash, KawPow, Autolykos and others | Varies by algorithm | Strong AMD tuning; not useful for NVIDIA-only rigs |
| GMiner | NVIDIA and mixed rigs | NVIDIA, AMD | Etchash, KawPow, ZelHash, Autolykos and others | Varies by algorithm | Stable option across several coins |
| T-Rex Miner | NVIDIA rigs | NVIDIA | KawPow, Etchash and others | Varies by algorithm | Historically popular for NVIDIA; verify current maintenance before using |
| BzMiner | Mixed rigs | NVIDIA, AMD | Multiple GPU algorithms | Varies | Often used by miners testing newer algorithms |
| NBMiner | Mixed rigs | NVIDIA, AMD | Etchash, KawPow and others | Varies | Once widely used; check current releases and community feedback |
| NiceHash Miner / QuickMiner | Users selling hashrate | Mostly NVIDIA, some AMD | Marketplace-dependent | Fee model differs | Easier workflow, but less control over what you mine |
| ethminer | Legacy Ethash mining | NVIDIA, AMD | Old Ethash workflows | None | Largely obsolete for modern mining decisions |
| Claymore | Legacy Ethereum era | AMD/NVIDIA | Old Ethash-era mining | Historically had a dev fee | Abandoned; avoid for new setups |
Fees change. Algorithm support changes. Some miners disappear quietly and later reappear as malware clones.
Download only from official project sources, verified GitHub repositories, or known developer release channels. Never download a “fixed,” “unlocked,” or “zero-fee” miner from a random forum link.
Best software by rig type
| Rig type | Better starting point | Why |
|---|---|---|
| AMD-only rig | TeamRedMiner or lolMiner | Better AMD tuning and broad algorithm coverage |
| NVIDIA-only rig | GMiner, T-Rex, lolMiner, BzMiner | Stronger support across common GPU algorithms |
| Mixed AMD/NVIDIA rig | lolMiner, GMiner, BzMiner | Easier than maintaining separate miners |
| Beginner who wants simple payouts | NiceHash | Simpler setup, though not always best returns |
| Miner optimizing every watt | Algorithm-specific testing | Efficiency matters more than miner branding |
The best mining software is not the one with the loudest community. It is the one that produces the most stable accepted shares per watt on your exact hardware.
How do you choose a mining pool now?
A mining pool is no longer “the place that pays ETH.” It is the infrastructure that aggregates hashrate for a specific proof-of-work network and distributes that network’s coin.
For former Ethereum miners, the main pool criteria are:
- Pool hashrate: enough to find blocks consistently, but not so dominant that it centralizes the network.
- Fee structure: commonly around 1%, but verify directly.
- Payout scheme: PPS, PPLNS, FPPS, PROP, or variants.
- Minimum payout: important for small miners.
- Server location: affects stale shares.
- Payout asset: native coin, BTC, or other arrangements depending on the service.
- Reputation: long-running pools are not risk-free, but they are easier to evaluate.
Mining pool comparison framework
| Factor | Why it matters | What to prefer |
|---|---|---|
| Pool fee | Directly reduces revenue | Low fee, but not at the expense of reliability |
| Stale share rate | Wastes hashrate | Nearby servers and stable latency |
| Minimum payout | Controls how often you get paid | Low enough for your rig size |
| Payout scheme | Affects variance | PPS for predictability, PPLNS for long-term pool-aligned mining |
| Pool size | Affects block frequency | Large enough for regular rewards, not dangerously dominant |
| Transparency | Helps detect issues | Public stats, clear fee page, payout history |
| Support | Matters when payouts fail | Active Discord, Telegram, GitHub, or ticket system |
PPS vs PPLNS in plain English
| Payout method | How it feels | Better for | Trade-off |
|---|---|---|---|
| PPS | Predictable payouts per valid share | Miners who want stable daily income | Usually higher pool fee |
| PPLNS | Rewards depend on pool block luck and your recent shares | Miners staying on one pool longer | More variance |
| FPPS | Similar to PPS but may include transaction fees depending on network | Miners who want predictable accounting | Availability varies |
| PROP | Rewards are split by shares in a round | Simple but can be gamed by pool hopping | Less common for serious setups |
For a small home miner, minimum payout can matter more than the headline fee. A pool with a low fee but a high payout threshold may trap earnings for weeks.
How do you know if mining is still profitable?
Most bad mining decisions come from using gross revenue instead of net profit.
The useful formula is simple:
Net profit = coin revenue - electricity cost - pool fees - exchange/spread costs - hardware wear
Electricity is the line item miners underestimate.
Example: the $0.10/kWh miner vs the $0.28/kWh miner
Suppose two miners run the same GPU rig. The rig draws 700 watts at the wall.
| Miner | Electricity rate | Daily power use | Daily electricity cost |
|---|---|---|---|
| Miner A | $0.10/kWh | 16.8 kWh | $1.68 |
| Miner B | $0.28/kWh | 16.8 kWh | $4.70 |
If the rig earns $3.50 per day before electricity, Miner A is profitable before hardware costs. Miner B is losing money.
Same GPUs. Same software. Same pool.
Different result.
What calculators miss
Profitability calculators are useful, but they are not reality. They usually estimate from network difficulty, coin price, block rewards, and reported hashrate. They may not account well for:
- stale shares
- rejected shares
- real wall power
- dev fees
- pool payout variance
- exchange withdrawal fees
- spread when selling illiquid coins
- summer cooling costs
- downtime after driver crashes
- local taxes
The most reliable method is boring: mine for a fixed period, measure wall power, record pool payouts, and calculate the result yourself.
What if you still want ETH?
If your goal is to earn or accumulate ETH, mining is no longer the direct route.
You have four realistic alternatives.
1. Stake ETH
Ethereum validators require 32 ETH to run independently. Validators use execution and consensus clients, not mining software.
Staking has its own risks:
- slashing for validator misbehavior
- downtime penalties
- client misconfiguration
- key management risk
- withdrawal credential mistakes
- smart contract risk if using pooled staking
For technically confident users, solo staking offers more control. For smaller holders, pooled or liquid staking may be more accessible, but it adds counterparty or smart contract risk.
2. Mine another coin and convert it to ETH
This is the closest replacement for former ETH miners.
Example workflow:
- Mine ETC with lolMiner or TeamRedMiner.
- Receive ETC payouts to your wallet or exchange deposit address.
- Sell ETC for ETH on a centralized exchange, or swap on-chain where liquidity exists.
- Track fees, spreads, and tax events.
For small payouts, centralized exchanges often have better liquidity and lower effective cost than moving assets across chains. For larger on-chain conversions, routing matters. Platforms such as switchfi.app automatically compare multiple liquidity sources before selecting an execution route, which can reduce price impact on swaps where liquidity is fragmented.
3. Sell hashrate
Services such as NiceHash let miners sell compute power and receive payouts according to the platform’s model. This can simplify operations, especially for beginners.
The trade-off is control. You are not building exposure to a specific network in the same way. Your economics depend on marketplace demand for hashrate.
4. Stop mining and buy ETH directly
This is not the answer miners want, but it is often the rational one.
If your electricity rate is high, your GPUs are inefficient, or you are mining only to acquire ETH, buying ETH may outperform mining after power, fees, maintenance, and time.
Mining only makes sense if the economics beat the alternative.
How should you set up a post-Merge GPU mining rig?
The workflow is similar to old Ethereum mining, but the assumptions are different.
Step 1: Pick the coin before the miner
Do not start by downloading software. Start with the target network.
Ask:
- Is the coin actually proof of work?
- Is my GPU competitive on its algorithm?
- Is there enough exchange liquidity?
- Can I receive payouts safely?
- Are there reputable pools?
- Does the project have active development?
- Am I mining for immediate sale or long-term holding?
A coin with great hashrate performance but weak liquidity can be harder to monetize than a lower-yield coin with deeper markets.
Step 2: Choose software based on the algorithm
Once you know the algorithm, shortlist miners that support it well.
Example:
| Target | Algorithm | Software candidates |
|---|---|---|
| Ethereum Classic | Etchash | lolMiner, GMiner, TeamRedMiner, T-Rex |
| Ravencoin | KawPow | T-Rex, GMiner, TeamRedMiner, NBMiner |
| Ergo | Autolykos | lolMiner, TeamRedMiner, GMiner |
| Flux | ZelHash | GMiner, lolMiner, BzMiner |
Then test.
Do not assume the most popular miner is best for your cards. A 2% efficiency difference matters over months.
Step 3: Use a clean wallet and payout address
Mining does not require your seed phrase.
Ever.
A legitimate miner needs a public payout address, worker name, pool URL, and sometimes a password field used for pool settings. It does not need your private key, recovery phrase, exchange password, or wallet file.
If software asks for your seed phrase, delete it.
Step 4: Tune for efficiency, not maximum hashrate
Former ETH miners often chase peak hashrate because that was the old habit. Post-Merge GPU mining is tighter. Power efficiency matters more.
Track:
- accepted shares
- rejected shares
- stale shares
- watts at the wall
- memory temperature
- core temperature
- fan speed
- crash frequency
- pool-side reported hashrate
A rig that reports higher local hashrate but produces more stale shares may earn less.
Step 5: Measure for several days
One hour of mining data is noise.
Run a test long enough to capture pool variance and real operating conditions. A useful test includes:
- at least 24 hours for basic stability
- 72 hours for better payout estimates
- one warm period if your room temperature changes
- a record of actual pool payouts
- power measured at the wall, not only software estimates
Which old Ethereum mining software should you avoid?
Some tools are not worth using anymore, even if they appear in older Ethereum mining tutorials.
Abandoned miners
Abandoned software creates two problems: poor performance and security risk. If a miner has not been maintained for years, it may not support current drivers, pools, or algorithms properly.
Examples of legacy tools that require caution:
| Tool | Why it appears in old guides | Current concern |
|---|---|---|
| Claymore Dual Miner | Dominated parts of the Ethereum mining era | Abandoned; avoid for new setups |
| ethminer | Open-source Ethash miner | Mostly legacy; not competitive for modern workflows |
| Old PhoenixMiner builds | Widely used during ETH mining | Verify source carefully; fake downloads are common |
| Random “ETH miner 2025/2026” apps | Exploit search demand | Usually scams, malware, or fake cloud mining |
Cloud mining offers
Cloud mining is where many “Ethereum mining software” searches become dangerous.
Red flags include:
- guaranteed daily ETH income
- no clear mining address or pool statistics
- referral-heavy marketing
- “AI mining” claims
- locked withdrawals until you deposit more
- fake dashboards showing rising ETH balances
- no verifiable company, facility, or contract terms
Since ETH cannot be mined, any cloud service selling “Ethereum mining contracts” should be treated as suspect unless it clearly explains that payouts are purchased, converted, or generated from non-ETH mining.
What are the biggest mistakes former ETH miners make?
Mistake 1: Mining a coin with no exit liquidity
A coin can look profitable on paper because few miners are competing. But if daily trading volume is thin, selling your rewards may move the market or require obscure exchanges.
Before mining, check where the coin trades and how deep the order books are.
Mistake 2: Ignoring electricity at the wall
GPU software power readings can be lower than actual wall draw. Motherboard, CPU, risers, power supply inefficiency, fans, and networking equipment all consume power.
Use a wall meter if possible.
Mistake 3: Confusing accepted hashrate with reported hashrate
Local hashrate is what your miner says it is doing. Pool-side hashrate is what the pool sees from valid submitted shares.
Pool-side results determine payouts.
Mistake 4: Treating all GPUs the same
A card that was excellent for ETH may not be efficient on KawPow. Another card may be mediocre on ETC but strong on Autolykos.
Build profiles per algorithm, not per rig.
Mistake 5: Using an exchange deposit address without checking rules
Some exchanges require memos, minimum deposits, supported networks, or confirmations. Sending mined payouts below the minimum may result in funds not being credited.
Use a self-custody wallet if you are unsure, then consolidate manually.
Mistake 6: Downloading miners from search ads
Search ads for mining software are a common malware vector. Attackers clone miner names, run ads, and distribute wallet stealers.
Use official sources and verify checksums where available.
Pros and cons of mining after Ethereum’s Merge
Pros
- Existing GPUs can still produce revenue on other networks.
- Some algorithms remain accessible to home miners.
- Mining can accumulate speculative assets before broader attention.
- Technically skilled miners can optimize for efficiency.
- Mining another coin and converting to ETH is still possible.
Cons
- ETH itself cannot be mined.
- GPU mining revenue is generally less attractive than the Ethereum mining era.
- Electricity costs can erase profits quickly.
- Many smaller coins have weak liquidity.
- Malware and fake mining apps target former ETH miners.
- ASIC competition affects some algorithms.
- Tax accounting can become complex if rewards are frequently sold or swapped.
Expert tips for choosing what still works
Treat software as infrastructure, not alpha
A miner does not make an unprofitable coin profitable by magic. Software improves efficiency at the margin. Coin selection, power cost, and hardware fit drive the result.
Keep separate profiles for each algorithm
Use different overclock, undervolt, and fan settings for Etchash, KawPow, Autolykos, and ZelHash. Copying old ETH settings to every algorithm is lazy and often expensive.
Watch stale shares during peak internet use
Home miners sometimes see higher stale shares at night when the household streams, games, or backs up files. If stale shares rise, try a closer pool server or improve network stability.
Do not mine directly to a hot wallet used for DeFi
Mining payouts can create address clutter and privacy leakage. If you interact with DeFi, NFTs, or larger balances, consider separating mining receipts from your main wallet.
Recalculate after difficulty spikes
If a coin becomes the most profitable GPU option, miners flood in. Difficulty rises. Profit falls. A good setup on Monday may be mediocre by Friday.
Consider selling inefficient GPUs
Holding hardware has an opportunity cost. If a GPU earns little after power, selling it and buying ETH, BTC, or newer hardware may be cleaner than running a noisy, hot, marginal rig.
Quick decision checklist
Use this before downloading any mining software.
- Am I trying to mine ETH? If yes, stop — ETH mining no longer exists.
- Have I selected a proof-of-work coin?
- Does my GPU perform well on that coin’s algorithm?
- Have I checked current difficulty and real liquidity?
- Do I know my electricity rate?
- Have I estimated wall power, not only GPU-reported power?
- Is the mining software actively maintained?
- Did I download it from an official source?
- Does the pool have reasonable fees and payout thresholds?
- Am I using only a public payout address, never a seed phrase?
- Have I tested pool-side hashrate for at least 24 hours?
- Do I know how I will sell, hold, or convert the mined coin?
If several answers are “no,” you are not ready to mine profitably.
FAQ
Is Ethereum mining software useless now?
Not entirely. It is useless for mining ETH, but some former Ethereum mining software still works for other proof-of-work coins, especially Ethereum Classic and other GPU-mineable networks.
Can I mine ETH with a GPU in 2026?
No. Ethereum mainnet does not support proof-of-work mining. GPUs cannot mine ETH after the Merge.
What happened to ETH mining rewards?
They ended when Ethereum switched to proof of stake. Validators now earn rewards for proposing and attesting blocks. Miners no longer receive ETH block rewards.
Is Ethereum Classic the same as Ethereum mining?
No. Ethereum Classic is a separate blockchain with its own coin, ETC. Mining ETC may feel similar to old ETH mining because of related algorithms and tooling, but it does not produce ETH.
What is the best Ethereum mining software after the Merge?
The better question is: what are you mining now? For ETC, tools such as lolMiner, GMiner, TeamRedMiner, and T-Rex may be relevant. For Ravencoin, Ergo, or Flux, algorithm support and GPU type matter more than the old Ethereum label.
Are ETH mining apps on mobile real?
No legitimate mobile app can mine Ethereum mainnet ETH. Phone mining apps usually simulate rewards, mine something else, show ads, or operate as referral schemes.
Can I mine another coin and get paid in ETH?
Some services or exchanges may let you convert mining proceeds into ETH, but the mining itself is not ETH mining. You are mining another asset and selling or swapping it.
Is NiceHash Ethereum mining?
No. NiceHash is a hashrate marketplace. You sell compute power, and payouts depend on the platform’s model. It does not mine Ethereum mainnet ETH.
Should I mine to an exchange wallet?
It can be convenient, but check deposit minimums, supported networks, and memo requirements. For small miners, self-custody may prevent failed or uncredited deposits.
Why does my miner still show Ethash?
Ethash is an algorithm family, not proof that you are mining Ethereum. Some non-Ethereum coins use Ethash or related algorithms. Always verify the pool and network.
Is PhoenixMiner still safe?
Only if you can verify the source and integrity of the build. Because PhoenixMiner was popular during the ETH era, fake versions are common. Many miners now prefer actively maintained alternatives.
Is GPU mining dead?
No, but it is more competitive and less forgiving than during Ethereum’s proof-of-work era. Profitability depends heavily on electricity cost, hardware efficiency, coin selection, and liquidity.
Can ASICs mine Ethereum now?
No ASIC can mine Ethereum mainnet ETH because Ethereum no longer uses proof of work. ASICs may mine other Ethash-like or compatible proof-of-work networks.
What is the safest way to earn ETH now?
For ETH-native rewards, staking is the protocol-level method. Buying ETH directly is often simpler. Mining another coin and converting it to ETH is possible but adds operational, market, and tax complexity.
Key takeaways
- Ethereum mining ended with the Merge; ETH cannot be mined by GPUs, ASICs, or cloud mining contracts.
- “Ethereum mining software” now usually means legacy mining tools used for other proof-of-work coins.
- Ethereum Classic is mineable, but ETC is not ETH.
- The best post-Merge mining setup depends on GPU type, algorithm, electricity cost, pool quality, and liquidity.
- Profitability calculators are only estimates; measure real payouts and wall power.
- Never give mining software your seed phrase or private key.
- If your goal is ETH exposure, compare mining-and-converting against simply buying or staking ETH.
Final verdict
Ethereum mining software no longer mines Ethereum.
What still works is the surrounding skill set: GPU tuning, pool selection, uptime management, power optimization, and disciplined profitability tracking. Those skills can be applied to Ethereum Classic, Ravencoin, Ergo, Flux, hashrate marketplaces, or speculative proof-of-work coins.
But the old ETH mining playbook is gone.
If you want ETH, use staking, buying, or conversion from mined assets. If you want to keep mining, stop searching for a way to mine Ethereum and start evaluating proof-of-work networks on their actual economics. The miners who adapt treat software as one part of a larger system — not as a shortcut back to 2021.
