Ethereum Classic mining on Etchash after the merge

Providers that let you mine or host Ethereum Classic (ETC) without owning the hardware.

Short answer: ETC mining runs on Etchash ASICs post-merge - a real market with thin pricing depth. Price contracts against live ETC economics, verify at established pools, and treat any "ETH mining" pitch that means ETC as a rebrand you should price independently.

providers on this page: 5 · status active: 60% · facts verified by us: 60% · publish independent proof: 0%

quick picks

  • ETC hashrate from a major pool operator AntPool - established pool with Etchash markets and published terms
  • Multi-algorithm exposure including Etchash Kryptex - documented Etchash support across its products
#1

EMCD

Mining pool (FPPS/PPS+/PPLNS) plus wallet, savings and P2P; pools only, it does not sell cloud hashrate contracts.

6.6
price on request
Hashrate markets hashrate 38 d ago
#2

AntPool

Large 2014-era mining pool that also sells fixed-term cloud hashrate and hosted mining (buy the ASIC, no up-front power), plus an ASIC shop.

6.5
price on request
Hashrate markets hashrate 38 d ago
#4

Kryptex

Desktop miner + PPS+ pool for your own hardware: 1-3% fees, clear withdrawal table, but no disclosed legal entity and payout complaints.

5.1
price on request
Hashrate markets hashrate 38 d ago
#5

Cudo (CudoMiner)

Legacy GPU-mining software (CudoMiner/CudoFarm/CudoOS) with 1.5-6.5% commission pricing; the parent has pivoted to enterprise AI GPU infrastructure and the mining product looks unmaintained.

4.9
watch watch
from $0 commission on mined output
Cloud mining GPU marketplace 38 d ago

Ethereum Classic is the market Ethereum's merge created: when ETH switched to proof of stake in 2022, the Ethash-family hardware fleet needed a home, and ETC's Etchash became it. The result is a real mining market with thin pricing depth - 5 providers sell ETC exposure here, and the honest framing is "real hashrate, thin price discovery." This page covers both halves: what the merge did to the market's structure, and the checklist that keeps an ETC position priced on evidence instead of a stale "ETH mining" pitch.

Where the hashrate came from, and why it matters for pricing

The Ethereum merge: where the Ethash fleet went and what ETC inherited ETHASH FLEET years of ASICs + GPUs ETH -> PROOF OF STAKE mining ends overnight ETC INHERITS difficulty spike, then settle TODAY real Etchash, thin depth 2022: the cleanest natural experiment in hidden-forecast risk contracts priced on pre-merge assumptions lost - the lesson persists
The merge moved a hardware fleet to ETC overnight - the cleanest demonstration that hidden forecasts reprice contracts.

The structural story [1]:

  1. The merge moved the fleet. Ethereum's switch to proof of stake left years of Ethash/Etchash ASICs seeking a chain - ETC became the destination.
  2. Difficulty spiked, then settled. The repricing wave that followed the merge is the cleanest natural experiment in hidden-forecast risk: contracts priced on pre-merge assumptions lost, and the scam archive gained entries.
  3. The market is now stable but thin. Established pools serve Etchash; pricing depth is shallower than BTC's, which means the hashrate hub spread mechanics apply with wider variance.
ProviderFromUnitTermMaint.ProofScore
EMCDn/apool fee 1.5% (BTC 4%); no hashrate sold - own-hardware pooln/an/apartial6.6
AntPooln/apool fee BTC PPLNS 2% / FPPS 4% (live API); no hashrate soldn/an/apartial6.5
Bitmain (hashrate products)n/aper TH/s/dayn/an/ano6.5
Kryptexn/apool fee 1-3% PPS+ (1% PROP, 1% SOLO); no hashrate soldn/an/apartial5.1
Cudo (CudoMiner)$0 commission on mined outputcommission on mined outputn/an/ano4.9

Live from our database - caveats and sources in each linked review.

Pricing depth: what thin actually costs

ETC's Etchash market is stable but thin [1] - the population here is 5 providers against BTC's dozens, and thinness shows up in three places:

  • Wider spreads - fewer operators quoting means less price discovery; identical contracts vary more than BTC's do. The hashrate hub spread mechanics apply with wider error bars.
  • Slower re-verification - smaller markets attract less documentation churn, which cuts both ways: less scam volume, but also fewer dated sources per operator.
  • One-way repricing risk - the merge repriced this market overnight once. It can happen again; the change log is where this site records what shifts.

The honest posture: price ETC like a real but second-liquid market - the calculator with a wider haircut, and positions sized for the depth they trade in.

What to check before buying ETC exposure

  • The hardware class behind the contract - Etchash ASIC efficiency determines the break-even power price the same way 15 J/TH does for BTC [2]. Ask the model; price power against its draw.
  • The emission schedule - ETC cuts rewards on its own clock; a term that crosses a cut is a different product. The bitcoin hub documents the same asymmetry at halvings.
  • Pool-side proof - the concentrated Etchash pool layer publishes worker stats [3]; a worker under your name is the only evidence that scales.
  • The "ETH mining" bait - any offer still selling "ETH mining" post-merge is selling ETC under a stale name, or fiction. Price what is actually being sold in the calculator.
  • Pool concentration - the Etchash pool layer is concentrated [3]; a pool outage is a bigger share of the network's downtime here than on BTC. Read the payout policy of the pool your contract points at, not just the operator's.
  • Reward currency discipline - ETC payouts sometimes arrive as auto-converted tokens; the same payout-rail skepticism the crypto-payment hub applies to contracts applies to pools.

Etchash hosting: the machine-first alternative

Etchash ASICs are an installed fleet with a resale market - which makes hosting the structurally honest alternative to contracts [2]:

  • The machine is an asset. The same argument the hosting hub makes for BTC hardware: the ASIC outlives the contract, and its resale value prices the ETC economy.
  • Efficiency spread across the fleet - pre-merge and post-merge machine generations coexist; ask the model before pricing power against anything.
  • Documented rates decide everything - hosting at n/a-class power rates near break-even is structurally underwater at any hashprice; the rate sheets in the hosting hub are the filter.

For readers choosing between the two paths, the contract vs HODL tool prices the cash flows; the hosting calculator prices the machine.

The verification loop, Etchash edition

  1. Price in the calculator - live Etchash economics, your difficulty assumption, the emission calendar [1].
  2. Buy the minimum, verify the worker at an established pool - the pool map shows the concentration [3].
  3. Watch the first payout land on-chain at the documented cadence before scaling - the beginners hub method applies verbatim.
  4. Calendar the emission cuts. ETC's schedule is public [2]; a five-minute re-price at each cut is the maintenance cost of any term that crosses one.

5 providers make the live table; 60% of all rows carry facts we verified with dates, and 40% of the population operates without mandatory ID. ETC sits between BTC's deep pricing and Kaspa's weather: real infrastructure, slower repricing, and thin depth that makes the cheapest hub effective-price arithmetic the deciding tool. The change log records this market's re-verification dates; the merge is the standing reminder that chains, like operators, can change the rules your contract was priced on.

// Sources

  1. WhatToMine - Etchash profitability - accessed 2026-10-01
  2. f2pool - multi-coin pool reference - accessed 2026-10-01
  3. miningpoolstats.stream - pool map - accessed 2026-10-01
  4. Hashrate Index - mining economics - accessed 2026-10-01
  5. our mining hub - accessed 2026-10-01
  6. our hashrate hub - accessed 2026-10-01
  7. our scam watch archive - accessed 2026-10-01
  8. our change log - accessed 2026-10-01

// FAQ

What mines Ethereum Classic?

Etchash - the Ethash-family algorithm Ethereum left behind at the merge - on dedicated ASICs and some GPUs. The hardware that mined ETH largely migrated to ETC, which is why the market exists.

Is ETC cloud mining legitimate?

Where pool workers are verifiable, yes - the same [proof ladder](/best/mining/) applies. ETC has real pool infrastructure; it is a smaller market than BTC with thinner pricing depth.

What should I price ETC contracts against?

Live Etchash economics - coin price, difficulty, and the hardware class behind the contract. The [calculator](/tools/mining-calculator/) handles it; WhatToMine's published numbers cross-check the arithmetic.

How did the Ethereum merge change this market?

It moved the Ethash hardware fleet to ETC overnight - difficulty spiked, then settled. Contracts priced pre-merge on ETH assumptions were repriced; the lesson about hidden forecasts is the same one the [mining hub](/best/mining/) teaches.

Renting Etchash hashrate or a fixed contract?

Rental - the [hashrate markets hub](/best/hashrate/) covers spot mechanics. ETC's pricing volatility argues for short positions.

What proof do ETC pools give?

Established pools publish worker stats - verify with your own worker. The Etchash pool layer is concentrated; the [pool map](https://miningpoolstats.stream/) shows how much.

Does ETC have a reward schedule that matters?

Yes - ETC has its own emission schedule and has reduced issuance on a timetable. Contracts crossing a cut reprice the same way the [bitcoin hub](/best/bitcoin/) documents at halvings.

What KYC applies?

It varies - {{stat: kyc_free}} of this page's population operates without mandatory ID, and the [no-kyc hub](/best/no-kyc/) exit-test applies before any accumulation.

Hosting Etchash machines - worth it?

Only at documented power rates against the machine's efficiency - the [hosting hub](/best/hosting/) carries the rate sheets that make that math possible.

Is ETC mining profitable right now?

Price it in the calculator with the live Etchash numbers - not the operator's projection. The merge repriced this market once; difficulty waves can do it again.