F2POOL

What Is F2Pool?

F2Pool is a cryptocurrency mining pool that allows proof-of-work miners to combine their computing power and receive more frequent mining payouts.

The service is officially styled as f2pool, although the name is also commonly written as F2Pool or F2POOL.

F2Pool does not operate a blockchain or issue the cryptocurrencies that miners produce through its pools.

Instead, it provides infrastructure that connects mining machines, distributes mining work, measures contributed computing power, submits valid blocks, and calculates each participant’s share of mining revenue.

F2Pool was founded in 2013 and was one of the earliest large-scale Bitcoin mining pools.

The official history of F2Pool identifies Chun Wang and Discus Fish as its co-founders and explains that the pool launched in April 2013.

F2Pool later expanded from Bitcoin mining to infrastructure for multiple proof-of-work cryptocurrencies.

Its supported assets, fees, server locations, payout methods, and minimum payout amounts can change as blockchain networks and mining markets develop.

The current F2Pool mining support page provides the latest operational information for available mining services.

F2Pool is a service provider rather than a form of mining hardware, mining algorithm, cryptocurrency wallet, or consensus mechanism.

What Is a Cryptocurrency Mining Pool?

A cryptocurrency mining pool is a service that coordinates computing power contributed by many independent miners.

Proof-of-work miners repeatedly perform cryptographic calculations while attempting to produce a block that satisfies the target established by the blockchain network.

A solo miner receives a block reward only when that miner independently finds a valid block.

For a miner controlling a very small percentage of the network hashrate, successful solo blocks may be rare and unpredictable.

A mining pool combines contributions from many machines and distributes the resulting revenue according to a published payout formula.

The pool does not physically merge the mining machines into one device.

Each machine remains under its operator’s control while connecting to the pool through the internet.

The F2Pool guide to mining pools explains that pooling reduces the statistical variance experienced by individual miners.

Reduced variance means that miners may receive smaller but more regular payments instead of waiting for a rare full block reward.

How Does F2Pool Work?

A miner first obtains hardware suitable for the proof-of-work algorithm used by the selected cryptocurrency.

The miner creates an F2Pool account when account-based mining is required or prepares a compatible wallet address when address-based mining is supported.

The mining machine is configured with an F2Pool server address and the identification information required by the selected pool.

After connecting, the pool sends units of mining work to the machine.

The mining machine performs hashes and submits results known as shares to the pool.

Most submitted shares are not valid blockchain blocks because the pool uses an easier share target to measure each miner’s contribution.

A share that satisfies the blockchain network’s full difficulty can become a valid block candidate.

F2Pool broadcasts valid blocks to the relevant blockchain network and calculates participant rewards according to the pool’s payout method.

Mining revenue accumulates in the participant’s pool account or address-based balance.

When the eligible balance reaches the applicable threshold, F2Pool sends a payout to the configured cryptocurrency address.

What Is Hashrate?

Hashrate measures how many cryptographic hash calculations mining hardware can perform during a period.

It is commonly expressed in units such as hashes per second, kilohashes, megahashes, gigahashes, terahashes, petahashes, or exahashes per second.

The appropriate unit depends on the mining algorithm and the scale of the network.

A higher hashrate generally gives a miner a larger expected share of proof-of-work mining rewards.

Hashrate does not guarantee a fixed amount of cryptocurrency because network difficulty, block rewards, transaction fees, pool performance, and payout rules can change.

F2Pool estimates a worker’s hashrate from the valid shares submitted to its servers.

The displayed pool-side hashrate can differ temporarily from the hashrate shown by the mining machine because it is a statistical estimate based on received shares.

What Is a Mining Share?

A mining share is evidence that a machine completed a unit of proof-of-work assigned by a mining pool.

The difficulty required for a pool share is normally lower than the difficulty required to create a valid blockchain block.

This lower threshold allows the pool to measure contributed computing work frequently.

Valid shares help determine how much revenue a miner should receive under the selected payout method.

A submitted share does not represent ownership in F2Pool or ownership of a blockchain block.

It is an accounting measurement used within the pool’s reward system.

A share that also satisfies the full network target can allow the pool to publish a block and collect the protocol reward.

Accepted, Rejected, and Stale Shares

An accepted share is a valid result received by the pool under the current mining job and difficulty requirements.

A rejected share is a result that the pool refuses to count because it is invalid, duplicated, incorrectly formatted, or otherwise inconsistent with the assigned work.

A stale share is usually valid work submitted too late because the network or pool has already moved to a newer mining job.

High stale-share rates can result from network latency, unstable internet connections, overloaded mining software, poor routing, or using a server that is geographically distant from the miner.

Rejected and stale shares can reduce effective mining revenue because they may not receive the same credit as timely accepted shares.

Miners should monitor the pool dashboard and machine logs for unusual rejection rates.

A small difference between hardware-reported hashrate and pool-reported hashrate can be normal over short periods.

A large or persistent difference may indicate configuration, hardware, firmware, network, or server problems.

How Do Miners Connect to F2Pool?

Mining machines commonly connect to F2Pool through the Stratum mining protocol.

The configuration normally includes a pool hostname, port, mining account or wallet address, worker name, and password field.

The password field often serves as a configuration placeholder rather than the password used to access the F2Pool website.

Miners should follow the exact instructions for the selected cryptocurrency because server addresses and account formats differ.

F2Pool publishes coin-specific instructions through its official mining guides.

A configuration for one proof-of-work algorithm should not be assumed to work with another algorithm.

Sending incompatible work to the wrong server can produce rejected shares or no recorded revenue.

What Is a Worker Name?

A worker name is a label assigned to an individual mining machine or group of machines.

It helps the operator distinguish one device from another in the F2Pool dashboard.

A mining account name and worker name are commonly separated by a period in the device configuration.

Worker names can identify a building, rack, customer, hardware model, or individual machine.

A worker name is not a blockchain wallet address and does not receive mining payouts.

The payout address is configured separately under the relevant account settings.

Clear worker labels make it easier to identify offline machines, falling hashrate, or unusually high rejection rates.

Account Mining vs. Address Mining

F2Pool supports account-based mining for many cryptocurrencies and address-based mining for certain services.

Account mining requires the participant to create an account and use a mining account name in the worker configuration.

The user can then manage payout addresses, mining accounts, workers, revenue, and security settings through the dashboard.

Address mining uses a wallet address as the primary mining identifier.

The available model depends on the cryptocurrency and F2Pool’s current configuration.

Account mining can provide more detailed management features for mining farms with many machines.

Address mining may reduce account-management requirements but can offer different payout and recovery options.

Miners should not switch between account and address formats without following the official guide for the selected pool.

What Is a Mining Account?

A mining account is a subaccount used to separate mining activity under an F2Pool master account.

Each mining account can maintain its own hashrate records, workers, revenue, payout address, and monitoring link.

This structure can help a mining operator separate different sites, clients, hardware groups, or accounting units.

The F2Pool account documentation states that a master account can create multiple independent mining accounts.

Separating machines into mining accounts does not change the underlying blockchain difficulty or the physical performance of the hardware.

It changes how the pool organizes records and payments.

How Does F2Pool Calculate Mining Rewards?

F2Pool uses different payout methods for different cryptocurrencies and may offer more than one method for a particular network.

The method determines how submitted shares, block rewards, transaction fees, pool luck, and service fees affect a miner’s income.

Common F2Pool payout methods include Full Pay Per Share, Pay Per Share, and Pay Per Last N Shares.

The abbreviation FPPS means Full Pay Per Share.

The abbreviation PPS means Pay Per Share.

The abbreviation PPLNS means Pay Per Last N Shares.

Miners should verify the current method and fee for the exact cryptocurrency rather than assuming that one rate applies across F2Pool.

What Is FPPS?

Full Pay Per Share is a payout method that estimates a miner’s expected contribution based on valid shares.

It generally includes an estimated share of the protocol block subsidy and transaction-fee revenue.

The pool pays miners according to the formula even when the number of blocks actually found during a short period differs from the statistical expectation.

This shifts much of the short-term block-finding variance from individual miners to the pool operator.

The pool charges a service fee for providing this more predictable payout structure.

The current F2Pool Bitcoin mining guide lists FPPS as one of the available Bitcoin payout options.

FPPS revenue can still change when network difficulty, total network hashrate, transaction fees, block rewards, or the miner’s accepted hashrate changes.

What Is PPS?

Pay Per Share compensates miners for valid shares according to the expected value of the block subsidy.

The miner does not need to wait for the pool to find a specific block before revenue is calculated.

The pool assumes the short-term variance risk associated with actual block discovery.

Depending on the implementation, transaction-fee revenue may be treated differently from the block subsidy.

The exact F2Pool formula and service fee should be checked for the selected cryptocurrency.

PPS can provide predictable short-term revenue, but it does not create a guaranteed fiat-denominated profit.

What Is PPLNS?

Pay Per Last N Shares distributes rewards according to valid shares submitted within a defined share window.

Revenue is more closely connected to blocks actually found by the pool.

A miner’s short-term earnings can therefore vary with pool luck.

A lucky period can produce more rewards than the statistical average, while an unlucky period can produce less.

Miners who connect and disconnect frequently may experience different outcomes depending on how their shares fall within the reward window.

PPLNS often has a lower pool fee than a more predictable share-based method because the miner retains more variance risk.

The current F2Pool Bitcoin guide lists PPLNS as an alternative to FPPS.

Current F2Pool Bitcoin Fees and Thresholds

The current official Bitcoin guide lists a 4% pool fee for FPPS and a 2% fee for PPLNS.

It also lists selectable Bitcoin payout thresholds of 0.005, 0.01, 0.05, 1, and 5 BTC.

These settings can change, so miners should verify the current Bitcoin mining terms before calculating expected revenue.

A lower payout threshold can produce more frequent wallet transactions.

A higher threshold leaves more unpaid cryptocurrency in the pool account for a longer period.

The service fee is separate from electricity costs, hardware costs, maintenance expenses, taxes, and other mining expenses.

How Do F2Pool Payouts Work?

F2Pool generally processes mining payouts daily when the eligible unpaid balance reaches the required threshold.

The official support documentation states that the balance must reach the threshold by 00:00 UTC to qualify for the relevant daily payout cycle.

A balance below the threshold remains in the account and carries forward.

The payout threshold varies by cryptocurrency.

A blockchain network problem or congestion can delay confirmation even after F2Pool sends the transaction.

The payout record can be viewed through the revenue and payout sections of the account.

F2Pool currently states that it covers the blockchain network fees for payouts sent from the pool.

Miners should confirm this policy for their selected service because operational terms can change.

What Happens If a Payout Address Is Missing?

Mining revenue normally accumulates in the account balance when no payout address has been configured.

The current F2Pool support policy warns that balances associated with accounts lacking a payout address for 90 days or longer may be treated as donations.

Miners should therefore configure and verify an appropriate address before leaving equipment connected for an extended period.

A payout address must be compatible with the exact blockchain and asset being mined.

An address for a similarly named token on another network may not be valid.

Sending a payout to an incorrect but technically valid address can result in permanent loss.

What Happens After a Payout Address Change?

F2Pool applies a security delay after a payout address is added or changed.

The current support documentation states that payouts are paused for three days after the change.

Mining revenue continues to accumulate in the account during the pause.

The delay gives the account owner time to respond if an attacker changes the payout destination.

Two-factor authentication is required for protected payout-address changes when it has been enabled.

Miners should verify the complete destination address rather than checking only its first and last characters.

Can F2Pool Payouts Be Paused?

Account-mining users can pause payouts through the payout settings for a mining account.

Revenue continues to accumulate while payouts are paused.

This feature may be useful during wallet maintenance, a network upgrade, an address change, or an investigation into possible account compromise.

Leaving payouts paused increases the unpaid balance held within the pool account.

The user must resume payouts when the destination is ready to receive funds.

A payout pause does not stop the mining machines from submitting hashrate unless their server configuration is also changed.

Does F2Pool Hold Mining Revenue?

F2Pool temporarily controls unpaid mining revenue before it is sent to the participant’s configured wallet.

This creates custodial exposure between reward calculation and confirmed payout.

A balance displayed in the pool dashboard is an internal claim rather than cryptocurrency already controlled by the miner’s private key.

Self-custody begins only after the payout reaches an address whose private key the recipient controls.

Higher payout thresholds can reduce the frequency of transactions but increase the amount left with the pool.

Miners should balance transaction frequency, account security, and custodial exposure when selecting available threshold settings.

What Is Merged Mining on F2Pool?

Merged mining allows the same proof-of-work activity to support more than one compatible blockchain.

A miner can submit work for a primary network while also qualifying for rewards from one or more additional networks.

The miner does not necessarily need to divide the machine’s hashrate between the compatible chains.

F2Pool supports merged-mining arrangements for selected cryptocurrencies.

Rewards for the primary asset and merged-mined assets can use different payout methods, fees, thresholds, and wallet settings.

The F2Pool mining updates page publishes changes to merged-mining support.

For some merged assets, rewards begin accumulating only after the miner adds a valid payout address for that asset.

Miners should not assume that configuring the primary cryptocurrency address automatically enables every additional reward.

What Is Cross-Chain Mining on F2Pool?

F2Pool has also used the term cross-chain mining for selected arrangements that allow contributed hashrate to qualify for rewards on another network.

The specific mechanism depends on the participating blockchain protocols.

Cross-chain mining should not be confused with transferring tokens through a blockchain bridge.

The miner is participating in a reward mechanism connected with proof-of-work contribution rather than moving an existing token between chains.

Wallet binding, payout eligibility, and reward calculations can be separate for each asset.

Current availability should be confirmed through official mining updates because these programs can launch, change, or close.

How Does F2Pool Monitor Mining Machines?

The F2Pool dashboard displays information such as reported hashrate, active workers, inactive workers, estimated revenue, unpaid balance, and payout history.

Monitoring can help operators identify machines that have lost power, internet access, cooling, or mining performance.

Hashrate alerts may indicate that a machine is operating below its expected level.

A worker marked offline may still require local inspection because the pool cannot determine whether the cause is hardware, networking, configuration, or electricity.

Pool-side data should be compared with miner logs, power measurements, temperature readings, and hardware-management systems.

What Is a Read-Only Watcher Link?

A read-only watcher link allows another person to view selected mining information without signing in to the account.

F2Pool states that the link can show hashrate, worker status, revenue, and payout information in read-only mode.

This can help a customer, accountant, investor, or operations manager monitor performance.

Anyone who obtains the link may be able to view the information it exposes.

The link should therefore be shared only with intended recipients and replaced when exposure is suspected.

A read-only link should not provide authority to change payout addresses or security settings.

What Is Maintainer Mode?

Maintainer mode is a restricted monitoring view intended for mining-farm maintenance personnel.

It allows the viewer to inspect worker and hashrate information without displaying revenue, payouts, or account settings.

This follows the principle of giving operational staff only the access needed for their work.

Maintainer mode reduces information exposure but does not replace physical and network security at a mining facility.

Local administrators may still be able to change a machine’s mining destination through its firmware or management interface.

How Can an F2Pool Account Be Secured?

F2Pool supports two-factor authentication for account access and sensitive payout-address changes.

The user should enable two-factor authentication before accumulating significant mining revenue.

The account password should be unique and should not be reused on another website.

Recovery codes and authentication secrets should be stored securely and separately from the main computer used to manage miners.

Email accounts connected with mining operations should also use strong authentication because email compromise can support account-reset attacks.

Users should access F2Pool through a verified official domain and avoid login links received through unsolicited messages.

Mining dashboards, wallet software, and machine-management interfaces should not share the same password.

Does F2Pool Control a Miner’s Hardware?

F2Pool sends mining jobs to connected machines and receives their submitted shares.

The pool does not normally own independently operated mining hardware merely because the equipment connects to its servers.

The operator remains responsible for purchasing, powering, cooling, maintaining, and securing the machines.

However, the selected pool influences which block templates and transactions the machines work to secure under the current mining protocol.

This role is one reason that the distribution of hashrate among mining pools matters to blockchain decentralization.

A miner can usually redirect compatible hardware to a different destination by changing the pool configuration.

F2Pool and Mining Decentralization

Proof-of-work security is strongest when mining power is distributed among independent participants and no single coordinator controls enough hashrate to threaten consensus.

Mining pools can concentrate block-template construction even when the underlying machines belong to many separate operators.

A large pool may temporarily represent a significant share of a network’s reported hashrate.

This does not mean that the pool owns every connected machine.

Miners can move their hashrate when they disagree with fees, policies, reliability, or block-selection behavior.

Protocol developments such as Stratum V2 aim to improve mining communication and can support greater miner participation in job selection under compatible implementations.

Users should distinguish ownership of mining equipment from coordination of the work performed by that equipment.

Does F2Pool Guarantee Mining Profit?

F2Pool does not guarantee that cryptocurrency mining will be profitable.

Mining revenue depends on hardware hashrate, accepted shares, network difficulty, block rewards, transaction fees, cryptocurrency prices, and payout rules.

Mining expenses include electricity, cooling, ventilation, hardware, facility rent, labor, repairs, financing, taxes, and pool fees.

A machine can earn cryptocurrency while losing money after operating expenses.

Profitability can change quickly after a price movement or difficulty adjustment.

A calculator provides an estimate based on current assumptions rather than a guaranteed future result.

How Is F2Pool Mining Revenue Estimated?

A simplified expected-revenue model compares the miner’s hashrate with the total network hashrate.

The miner’s expected share of block production is approximately proportional to that ratio.

Expected rewards are then adjusted for block frequency, block subsidy, transaction fees, pool fees, and the payout method.

Actual revenue can differ because hashrate estimates fluctuate and block discovery is probabilistic.

Network difficulty can increase when more computing power joins the blockchain.

The fiat value of revenue also changes with the cryptocurrency’s market price.

Electricity cost should be calculated from the machine’s actual wall power rather than relying only on an advertised efficiency figure.

What Hardware Is Needed for F2Pool?

The required hardware depends on the proof-of-work algorithm of the selected cryptocurrency.

Many large proof-of-work networks are mined efficiently with application-specific integrated circuit machines known as ASICs.

Some algorithms may support graphics processing units or general-purpose processors.

Hardware designed for one algorithm cannot necessarily mine a cryptocurrency using a different algorithm.

F2Pool’s coin-specific guides describe the types of equipment currently considered compatible with each supported service.

Compatibility does not guarantee profitability because older machines may consume too much electricity relative to their output.

Electricity and Cooling Costs

Electricity is commonly one of the largest expenses in proof-of-work mining.

A mining machine consumes power continuously while hashing.

Additional electricity may be required for fans, pumps, air conditioning, ventilation, networking, and facility infrastructure.

Heat that is not removed effectively can reduce performance or damage hardware.

Operators should calculate total facility power consumption rather than considering only the rated power of the miners.

Local utility rates, demand charges, taxes, and curtailment rules can materially affect profitability.

F2Pool calculates mining rewards but does not remove these operational costs.

Network Latency and Server Selection

Network latency is the time required for data to travel between a miner and the pool server.

High latency can delay new mining jobs and increase stale-share submissions.

Miners should normally select an official server location that provides stable and low-latency connectivity.

The geographically nearest server is not always the best because internet routing can be indirect.

Operators can test latency, packet loss, rejected shares, and uptime across official server options.

A backup pool configuration can redirect hardware if the primary endpoint becomes unavailable.

F2Pool vs. Solo Mining

Solo mining gives one miner the full eligible block reward when that miner independently produces a valid block.

It also exposes the miner to high revenue variance.

A small solo miner may operate for a long period without finding any block.

F2Pool combines hashrate and distributes smaller portions of mining revenue according to a pool formula.

This generally produces more frequent and predictable payouts.

The tradeoff includes pool fees, dependence on pool infrastructure, temporary custody of unpaid balances, and less direct control over mining coordination.

F2Pool vs. Cloud Mining

F2Pool is a mining pool rather than a promise that users can earn cryptocurrency without supplying hashrate.

A miner normally connects owned, hosted, or otherwise controlled computing power to the pool.

Cloud mining generally involves purchasing a contract that claims to provide access to remotely operated hashrate.

A cloud-mining contract adds counterparty, pricing, contract, and equipment-verification risks.

Connecting purchased hashrate to F2Pool does not prove that the hashrate contract is legitimate or profitable.

Users should verify who owns the equipment, how output is measured, which expenses can change, and whether withdrawal promises are credible.

F2Pool vs. a Cryptocurrency Wallet

F2Pool calculates mining rewards and sends eligible payouts to configured addresses.

A cryptocurrency wallet manages the keys used to control assets at those addresses.

An F2Pool account balance is not the same as a self-custodied wallet balance.

The miner should use a payout address that is compatible with the selected blockchain.

A seed phrase or private key is not required to configure an ordinary payout destination.

F2Pool support personnel should never need a miner’s private key to process a standard payout.

F2Pool vs. Proof-of-Stake Rewards

F2Pool’s mining services primarily concern proof-of-work networks.

Proof-of-work miners use computing hardware and electricity to perform hashes.

Proof-of-stake validators commit eligible cryptocurrency and participate in consensus according to a different protocol design.

Mining-pool shares are not staking deposits.

F2Pool mining revenue should not be described as interest earned merely by holding a token.

The revenue compensates contributed proof-of-work activity under the pool’s published calculation method.

Risks of Mining With F2Pool

Mining with F2Pool involves pool-service, account, payout, hardware, electricity, market, protocol, and regulatory risks.

A server outage can interrupt share submission.

An account compromise can expose an unpaid balance or payout settings.

An incorrect wallet address can cause irreversible loss.

A supported pool can be suspended or closed when demand, network conditions, or operational requirements change.

A blockchain upgrade can make old mining software or hardware incompatible.

Revenue can fall when network difficulty increases or cryptocurrency prices decline.

Local rules can restrict mining operations, energy use, taxation, or access to services.

The official service updates should be monitored for payout changes, network upgrades, new services, and pool closures.

Pool Closure Risk

F2Pool may close support for a cryptocurrency when operational or market conditions no longer justify the service.

Closure announcements generally specify a mining-stop date, payout procedure, and deadline for checking or claiming remaining balances.

Miners must redirect their hardware when a pool closes because shares sent after the deadline may not receive credit.

Users should verify that a valid payout address is configured before the final deadline.

A historical balance may become unavailable after the announced record-retention period ends.

Mining operations should not assume that support for any asset will continue permanently.

Wrong Address and Wrong Network Risk

Cryptocurrency transfers are generally irreversible after confirmation.

A payout address must belong to the correct blockchain and support the exact asset being paid.

Some address formats can look similar even when they represent different networks.

Copy-and-paste malware can replace a copied address with one controlled by an attacker.

Miners should verify the destination on a trusted device and consider testing a new address with a small payout when practical.

Changing the address should be completed before the old destination expires or becomes inaccessible.

Phishing and Impersonation Risk

A phishing website may copy F2Pool’s login design and attempt to steal account credentials.

A scammer may impersonate support and ask for a password, authentication code, private key, or remote access to a mining computer.

Fake mining applications may contain malware that redirects hashrate to an attacker’s account.

Miners should use official domains, bookmarked pages, trusted firmware sources, and verified software links.

Two-factor authentication codes should not be shared with anyone.

A support message should be verified independently before the user changes a payout address or installs software.

How to Evaluate F2Pool Before Mining

Confirm that the selected cryptocurrency is currently supported.

Review the required mining algorithm and compatible hardware.

Compare the available payout method, service fee, and minimum threshold.

Check whether account mining or address mining is required.

Identify official servers with reliable connectivity from the mining location.

Review merged-mining or cross-chain reward requirements when applicable.

Enable account security before accumulating revenue.

Estimate electricity, cooling, maintenance, hardware-depreciation, and tax costs.

Confirm that the payout wallet supports the exact blockchain asset.

Monitor official announcements for operational and payout changes.

Common Misconceptions About F2Pool

F2Pool is not a cryptocurrency.

F2Pool is not a mining machine.

F2Pool does not guarantee mining profit.

Connecting a machine to F2Pool does not make the pool the owner of that hardware.

A displayed account balance is not yet controlled by the miner’s private key.

Pool-reported hashrate does not always match machine-reported hashrate over short periods.

A valid share is not necessarily a valid blockchain block.

FPPS, PPS, and PPLNS do not produce identical short-term revenue patterns.

A lower pool fee does not automatically produce a higher net profit under every condition.

Merged-mining rewards may require separate wallet configuration.

Changing a payout address may temporarily pause payments.

Support for a cryptocurrency is not guaranteed to continue permanently.

Frequently Asked Questions

What is F2Pool?

F2Pool is a cryptocurrency mining pool that combines proof-of-work hashrate and distributes mining revenue according to published payout methods.

When was F2Pool founded?

F2Pool launched in April 2013.

Who founded F2Pool?

Its official history identifies Chun Wang and Discus Fish as the co-founders.

Is F2Pool a cryptocurrency?

No, F2Pool is a mining infrastructure service rather than a cryptocurrency.

Is F2Pool a wallet?

No, it sends eligible payouts to a separately configured cryptocurrency wallet address.

What cryptocurrencies can be mined with F2Pool?

F2Pool supports a changing selection of proof-of-work cryptocurrencies listed on its current mining pages.

Does F2Pool support proof-of-stake mining?

Its mining pool services focus on proof-of-work computation rather than proof-of-stake validation.

How do I connect a miner to F2Pool?

Configure compatible mining hardware with the official server, account or wallet identifier, worker name, and other settings listed in the relevant guide.

What is an F2Pool worker?

A worker is a labeled mining machine or device group tracked under a mining account.

What is a mining share?

A share is proof that a machine completed mining work at the difficulty assigned by the pool.

Does every share create a blockchain block?

No, most shares meet only the pool difficulty and do not meet the full blockchain network difficulty.

What is an accepted share?

It is a valid share received and credited by the pool under the active mining job.

What is a stale share?

It is work submitted after the pool or blockchain has already moved to a newer job.

Why is my F2Pool hashrate lower than my miner hashrate?

Short-term statistical variation, rejected shares, stale shares, connectivity, configuration, and hardware performance can create a difference.

What payout methods does F2Pool use?

Depending on the cryptocurrency, F2Pool can use methods including FPPS, PPS, and PPLNS.

What is FPPS?

FPPS pays according to expected share value and generally includes estimated block-subsidy and transaction-fee revenue.

What is PPS?

PPS compensates miners for valid shares according to an expected reward formula while the pool assumes short-term block variance.

What is PPLNS?

PPLNS distributes rewards according to shares submitted within a defined window and exposes miners more directly to pool luck.

How often does F2Pool pay mining rewards?

F2Pool generally processes daily payouts when the eligible balance reaches the applicable threshold.

What is the F2Pool payout threshold?

The minimum payout depends on the cryptocurrency and, for some services, can be selected from available settings.

Does F2Pool charge payout network fees?

Its current support policy states that F2Pool covers blockchain network fees for payouts sent from the pool.

What happens if I do not reach the payout threshold?

The unpaid mining revenue normally remains in the account balance until it reaches the required amount.

What happens if I do not add a payout address?

Revenue accumulates in the account, but the current support policy warns that balances without a payout address for 90 days or longer may be treated as donations.

Why did my payout stop after changing my address?

F2Pool currently applies a three-day security pause after a payout address is added or changed.

Can I pause F2Pool payouts manually?

Account-mining users can pause and later resume payouts through the relevant settings.

Does F2Pool support two-factor authentication?

Yes, two-factor authentication can protect account login and sensitive payout-address changes.

What is an F2Pool watcher link?

It is a read-only link that can display mining information without granting account-setting authority.

What is F2Pool maintainer mode?

It is a restricted view that shows worker and hashrate information without displaying revenue, payouts, or account settings.

What is merged mining?

Merged mining allows compatible proof-of-work activity to qualify for rewards from more than one blockchain.

Do merged-mining rewards start automatically?

Some merged assets require a separate valid payout address before their rewards begin accumulating.

Can F2Pool close a mining pool?

Yes, support for an individual cryptocurrency can be suspended or closed with an announced transition and payout procedure.

Does F2Pool guarantee profitability?

No, profitability depends on revenue, electricity, hardware, cooling, fees, difficulty, token prices, and other operating costs.

Can I mine without owning hardware?

F2Pool requires contributed hashrate, while any third-party arrangement that claims to provide that hashrate introduces separate counterparty risks.

Does F2Pool own the miners connected to it?

No, independently operated machines remain under their operators’ control even though F2Pool coordinates their submitted work.

Can I switch my mining hardware away from F2Pool?

Compatible hardware can generally be redirected by changing its pool configuration.

Is mining revenue stored in my wallet immediately?

No, calculated revenue remains in the pool account until a payout reaches the configured blockchain address.

What is the biggest F2Pool risk?

The main risks include account compromise, payout errors, service interruption, pool closure, changing mining economics, hardware failure, and unpaid-balance custody.

Conclusion

F2Pool is a cryptocurrency mining pool that has coordinated proof-of-work mining activity since 2013.

It allows independent miners to combine hashrate and receive revenue according to payout systems such as FPPS, PPS, or PPLNS.

The service distributes mining jobs, records accepted shares, monitors workers, calculates revenue, and sends eligible payouts to configured wallet addresses.

F2Pool supports multiple proof-of-work networks, but available assets, fees, payout thresholds, and mining methods can change.

Miners should follow the current guide for the exact cryptocurrency and use hardware compatible with its mining algorithm.

They should also monitor rejected shares, stale shares, network latency, electricity use, cooling costs, and hardware performance.

Two-factor authentication, verified payout addresses, unique passwords, and restricted monitoring access can reduce account-security risks.

Mining rewards held in an F2Pool account are not fully self-custodied until the payout reaches a wallet controlled by the miner.

F2Pool can reduce the revenue variance associated with solo mining, but it cannot guarantee profitability or remove cryptocurrency market risk.

A miner should evaluate payout rules, fees, infrastructure reliability, decentralization, custody exposure, operating expenses, and current official service announcements before directing hashrate to F2Pool.