Mining equipment

Pool estimate; solo payouts are irregular and usually zero. Hardware, maintenance and taxes excluded.

Estimated fees: average of the last 144 blocks.

An estimate, not a return guarantee.

P = (1 − exp(−H × 2,592,000 × uptime / (D × 2³²))) × 100%

Pool estimate; solo payouts are irregular and usually zero. Hardware, maintenance and taxes excluded.

Estimated fees: average of the last 144 blocks.

An estimate, not a return guarantee.

P = (1 − exp(−H × 2,592,000 × uptime / (D × 2³²))) × 100%

Pool estimate; solo payouts are irregular and usually zero. Hardware, maintenance and taxes excluded.

Estimated fees: average of the last 144 blocks.

An estimate, not a return guarantee.

P = (1 − exp(−H × 2,592,000 × uptime / (D × 2³²))) × 100%

Pool estimate; solo payouts are irregular and usually zero. Hardware, maintenance and taxes excluded.

Estimated fees: average of the last 144 blocks.

An estimate, not a return guarantee.

P = (1 − exp(−H × 2,592,000 × uptime / (D × 2³²))) × 100%

Pool estimate; solo payouts are irregular and usually zero. Hardware, maintenance and taxes excluded.

Estimated fees: average of the last 144 blocks.

An estimate, not a return guarantee.

P = (1 − exp(−H × 2,592,000 × uptime / (D × 2³²))) × 100%

Pool estimate; solo payouts are irregular and usually zero. Hardware, maintenance and taxes excluded.

Estimated fees: average of the last 144 blocks.

An estimate, not a return guarantee.

P = (1 − exp(−H × 2,592,000 × uptime / (D × 2³²))) × 100%

Pool estimate; solo payouts are irregular and usually zero. Hardware, maintenance and taxes excluded.

Estimated fees: average of the last 144 blocks.

An estimate, not a return guarantee.

P = (1 − exp(−H × 2,592,000 × uptime / (D × 2³²))) × 100%

Pool estimate; solo payouts are irregular and usually zero. Hardware, maintenance and taxes excluded.

Estimated fees: average of the last 144 blocks.

An estimate, not a return guarantee.

P = (1 − exp(−H × 2,592,000 × uptime / (D × 2³²))) × 100%

Pool estimate; solo payouts are irregular and usually zero. Hardware, maintenance and taxes excluded.

Estimated fees: average of the last 144 blocks.

An estimate, not a return guarantee.

P = (1 − exp(−H × 2,592,000 × uptime / (D × 2³²))) × 100%

Pool estimate; solo payouts are irregular and usually zero. Hardware, maintenance and taxes excluded.

Network average: one block every ~10 minutes. Timing is random.

Chance of at least one block in 30 days; constant difficulty and selected uptime. Not a promised payout.

BTC subsidy + estimated transaction fees, less selected pool fee. Actual block reward varies.

Estimated fees: average of the last 144 blocks.

An estimate, not a return guarantee.

P = (1 − exp(−H × 2,592,000 × uptime / (D × 2³²))) × 100%

Pool estimate; solo payouts are irregular and usually zero. Hardware, maintenance and taxes excluded.

Network average: one block every ~10 minutes. Timing is random.

Chance of at least one block in 30 days; constant difficulty and selected uptime. Not a promised payout.

BTC subsidy + estimated transaction fees, less selected pool fee. Actual block reward varies.

Estimated fees: average of the last 144 blocks.

An estimate, not a return guarantee.

P = (1 − exp(−H × 2,592,000 × uptime / (D × 2³²))) × 100%

Pool estimate; solo payouts are irregular and usually zero. Hardware, maintenance and taxes excluded.

Network average: one block every ~10 minutes. Timing is random.

Chance of at least one block in 30 days; constant difficulty and selected uptime. Not a promised payout.

BTC subsidy + estimated transaction fees, less selected pool fee. Actual block reward varies.

Estimated fees: average of the last 144 blocks.

An estimate, not a return guarantee.

P = (1 − exp(−H × 2,592,000 × uptime / (D × 2³²))) × 100%

Pool estimate; solo payouts are irregular and usually zero. Hardware, maintenance and taxes excluded.

Network average: one block every ~10 minutes. Timing is random.

Chance of at least one block in 30 days; constant difficulty and selected uptime. Not a promised payout.

BTC subsidy + estimated transaction fees, less selected pool fee. Actual block reward varies.

Estimated fees: average of the last 144 blocks.

An estimate, not a return guarantee.

P = (1 − exp(−H × 2,592,000 × uptime / (D × 2³²))) × 100%

Pool estimate; solo payouts are irregular and usually zero. Hardware, maintenance and taxes excluded.

Network average: one block every ~10 minutes. Timing is random.

Chance of at least one block in 30 days; constant difficulty and selected uptime. Not a promised payout.

BTC subsidy + estimated transaction fees, less selected pool fee. Actual block reward varies.

Estimated fees: average of the last 144 blocks.

An estimate, not a return guarantee.

P = (1 − exp(−H × 2,592,000 × uptime / (D × 2³²))) × 100%

Pool estimate; solo payouts are irregular and usually zero. Hardware, maintenance and taxes excluded.

Network average: one block every ~10 minutes. Timing is random.

Chance of at least one block in 30 days; constant difficulty and selected uptime. Not a promised payout.

BTC subsidy + estimated transaction fees, less selected pool fee. Actual block reward varies.

Estimated fees: average of the last 144 blocks.

An estimate, not a return guarantee.

P = (1 − exp(−H × 2,592,000 × uptime / (D × 2³²))) × 100%

Pool estimate; solo payouts are irregular and usually zero. Hardware, maintenance and taxes excluded.

Network average: one block every ~10 minutes. Timing is random.

Chance of at least one block in 30 days; constant difficulty and selected uptime. Not a promised payout.

BTC subsidy + estimated transaction fees, less selected pool fee. Actual block reward varies.

Estimated fees: average of the last 144 blocks.

An estimate, not a return guarantee.

P = (1 − exp(−H × 2,592,000 × uptime / (D × 2³²))) × 100%

Pool estimate; solo payouts are irregular and usually zero. Hardware, maintenance and taxes excluded.

Network average: one block every ~10 minutes. Timing is random.

Chance of at least one block in 30 days; constant difficulty and selected uptime. Not a promised payout.

BTC subsidy + estimated transaction fees, less selected pool fee. Actual block reward varies.

Estimated fees: average of the last 144 blocks.

An estimate, not a return guarantee.

P = (1 − exp(−H × 2,592,000 × uptime / (D × 2³²))) × 100%

Pool estimate; solo payouts are irregular and usually zero. Hardware, maintenance and taxes excluded.

Network average: one block every ~10 minutes. Timing is random.

Chance of at least one block in 30 days; constant difficulty and selected uptime. Not a promised payout.

BTC subsidy + estimated transaction fees, less selected pool fee. Actual block reward varies.

Estimated fees: average of the last 144 blocks.

An estimate, not a return guarantee.

P = (1 − exp(−H × 2,592,000 × uptime / (D × 2³²))) × 100%

Pool estimate; solo payouts are irregular and usually zero. Hardware, maintenance and taxes excluded.

Network average: one block every ~10 minutes. Timing is random.

Chance of at least one block in 30 days; constant difficulty and selected uptime. Not a promised payout.

BTC subsidy + estimated transaction fees, less selected pool fee. Actual block reward varies.

Estimated fees: average of the last 144 blocks.

An estimate, not a return guarantee.

P = (1 − exp(−H × 2,592,000 × uptime / (D × 2³²))) × 100%

Pool estimate; solo payouts are irregular and usually zero. Hardware, maintenance and taxes excluded.

Network average: one block every ~10 minutes. Timing is random.

Chance of at least one block in 30 days; constant difficulty and selected uptime. Not a promised payout.

BTC subsidy + estimated transaction fees, less selected pool fee. Actual block reward varies.

Estimated fees: average of the last 144 blocks.

An estimate, not a return guarantee.

P = (1 − exp(−H × 2,592,000 × uptime / (D × 2³²))) × 100%

Pool estimate; solo payouts are irregular and usually zero. Hardware, maintenance and taxes excluded.

Network average: one block every ~10 minutes. Timing is random.

Chance of at least one block in 30 days; constant difficulty and selected uptime. Not a promised payout.

BTC subsidy + estimated transaction fees, less selected pool fee. Actual block reward varies.

Estimated fees: average of the last 144 blocks.

An estimate, not a return guarantee.

P = (1 − exp(−H × 2,592,000 × uptime / (D × 2³²))) × 100%

Pool estimate; solo payouts are irregular and usually zero. Hardware, maintenance and taxes excluded.

Network average: one block every ~10 minutes. Timing is random.

Chance of at least one block in 30 days; constant difficulty and selected uptime. Not a promised payout.

BTC subsidy + estimated transaction fees, less selected pool fee. Actual block reward varies.

Estimated fees: average of the last 144 blocks.

An estimate, not a return guarantee.

P = (1 − exp(−H × 2,592,000 × uptime / (D × 2³²))) × 100%

Pool estimate; solo payouts are irregular and usually zero. Hardware, maintenance and taxes excluded.

Network average: one block every ~10 minutes. Timing is random.

Chance of at least one block in 30 days; constant difficulty and selected uptime. Not a promised payout.

BTC subsidy + estimated transaction fees, less selected pool fee. Actual block reward varies.

Estimated fees: average of the last 144 blocks.

An estimate, not a return guarantee.

P = (1 − exp(−H × 2,592,000 × uptime / (D × 2³²))) × 100%

Pool estimate; solo payouts are irregular and usually zero. Hardware, maintenance and taxes excluded.

Network average: one block every ~10 minutes. Timing is random.

Chance of at least one block in 30 days; constant difficulty and selected uptime. Not a promised payout.

BTC subsidy + estimated transaction fees, less selected pool fee. Actual block reward varies.

Estimated fees: average of the last 144 blocks.

An estimate, not a return guarantee.

P = (1 − exp(−H × 2,592,000 × uptime / (D × 2³²))) × 100%

Pool estimate; solo payouts are irregular and usually zero. Hardware, maintenance and taxes excluded.

Network average: one block every ~10 minutes. Timing is random.

Chance of at least one block in 30 days; constant difficulty and selected uptime. Not a promised payout.

BTC subsidy + estimated transaction fees, less selected pool fee. Actual block reward varies.

Estimated fees: average of the last 144 blocks.

An estimate, not a return guarantee.

P = (1 − exp(−H × 2,592,000 × uptime / (D × 2³²))) × 100%

Pool estimate; solo payouts are irregular and usually zero. Hardware, maintenance and taxes excluded.

Network average: one block every ~10 minutes. Timing is random.

Chance of at least one block in 30 days; constant difficulty and selected uptime. Not a promised payout.

BTC subsidy + estimated transaction fees, less selected pool fee. Actual block reward varies.

Estimated fees: average of the last 144 blocks.

An estimate, not a return guarantee.

P = (1 − exp(−H × 2,592,000 × uptime / (D × 2³²))) × 100%

Pool estimate; solo payouts are irregular and usually zero. Hardware, maintenance and taxes excluded.

Network average: one block every ~10 minutes. Timing is random.

Chance of at least one block in 30 days; constant difficulty and selected uptime. Not a promised payout.

BTC subsidy + estimated transaction fees, less selected pool fee. Actual block reward varies.

Estimated fees: average of the last 144 blocks.

An estimate, not a return guarantee.

P = (1 − exp(−H × 2,592,000 × uptime / (D × 2³²))) × 100%

Pool estimate; solo payouts are irregular and usually zero. Hardware, maintenance and taxes excluded.

Network average: one block every ~10 minutes. Timing is random.

Chance of at least one block in 30 days; constant difficulty and selected uptime. Not a promised payout.

BTC subsidy + estimated transaction fees, less selected pool fee. Actual block reward varies.

Estimated fees: average of the last 144 blocks.

An estimate, not a return guarantee.

P = (1 − exp(−H × 2,592,000 × uptime / (D × 2³²))) × 100%

Pool estimate; solo payouts are irregular and usually zero. Hardware, maintenance and taxes excluded.

Network average: one block every ~10 minutes. Timing is random.

Chance of at least one block in 30 days; constant difficulty and selected uptime. Not a promised payout.

BTC subsidy + estimated transaction fees, less selected pool fee. Actual block reward varies.

Estimated fees: average of the last 144 blocks.

An estimate, not a return guarantee.

P = (1 − exp(−H × 2,592,000 × uptime / (D × 2³²))) × 100%

Pool estimate; solo payouts are irregular and usually zero. Hardware, maintenance and taxes excluded.

Estimated fees: average of the last 144 blocks.

An estimate, not a return guarantee.

P = (1 − exp(−H × 2,592,000 × uptime / (D × 2³²))) × 100%

Pool estimate; solo payouts are irregular and usually zero. Hardware, maintenance and taxes excluded.

Estimated fees: average of the last 144 blocks.

An estimate, not a return guarantee.

P = (1 − exp(−H × 2,592,000 × uptime / (D × 2³²))) × 100%

Pool estimate; solo payouts are irregular and usually zero. Hardware, maintenance and taxes excluded.

Network average: one block every ~10 minutes. Timing is random.

Chance of at least one block in 30 days; constant difficulty and selected uptime. Not a promised payout.

BTC subsidy + estimated transaction fees, less selected pool fee. Actual block reward varies.

Estimated fees: average of the last 144 blocks.

An estimate, not a return guarantee.

P = (1 − exp(−H × 2,592,000 × uptime / (D × 2³²))) × 100%

Pool estimate; solo payouts are irregular and usually zero. Hardware, maintenance and taxes excluded.

Estimated fees: average of the last 144 blocks.

An estimate, not a return guarantee.

P = (1 − exp(−H × 2,592,000 × uptime / (D × 2³²))) × 100%

Pool estimate; solo payouts are irregular and usually zero. Hardware, maintenance and taxes excluded.

Estimated fees: average of the last 144 blocks.

An estimate, not a return guarantee.

P = (1 − exp(−H × 2,592,000 × uptime / (D × 2³²))) × 100%

Pool estimate; solo payouts are irregular and usually zero. Hardware, maintenance and taxes excluded.

Estimated fees: average of the last 144 blocks.

An estimate, not a return guarantee.

P = (1 − exp(−H × 2,592,000 × uptime / (D × 2³²))) × 100%

Pool estimate; solo payouts are irregular and usually zero. Hardware, maintenance and taxes excluded.

Estimated fees: average of the last 144 blocks.

An estimate, not a return guarantee.

P = (1 − exp(−H × 2,592,000 × uptime / (D × 2³²))) × 100%

Pool estimate; solo payouts are irregular and usually zero. Hardware, maintenance and taxes excluded.

Estimated fees: average of the last 144 blocks.

An estimate, not a return guarantee.

P = (1 − exp(−H × 2,592,000 × uptime / (D × 2³²))) × 100%

Pool estimate; solo payouts are irregular and usually zero. Hardware, maintenance and taxes excluded.

Estimated fees: average of the last 144 blocks.

An estimate, not a return guarantee.

P = (1 − exp(−H × 2,592,000 × uptime / (D × 2³²))) × 100%

Pool estimate; solo payouts are irregular and usually zero. Hardware, maintenance and taxes excluded.

Estimated fees: average of the last 144 blocks.

An estimate, not a return guarantee.

P = (1 − exp(−H × 2,592,000 × uptime / (D × 2³²))) × 100%

Pool estimate; solo payouts are irregular and usually zero. Hardware, maintenance and taxes excluded.

Estimated fees: average of the last 144 blocks.

An estimate, not a return guarantee.

P = (1 − exp(−H × 2,592,000 × uptime / (D × 2³²))) × 100%

Pool estimate; solo payouts are irregular and usually zero. Hardware, maintenance and taxes excluded.

Estimated fees: average of the last 144 blocks.

An estimate, not a return guarantee.

P = (1 − exp(−H × 2,592,000 × uptime / (D × 2³²))) × 100%

Pool estimate; solo payouts are irregular and usually zero. Hardware, maintenance and taxes excluded.

Estimated fees: average of the last 144 blocks.

An estimate, not a return guarantee.

P = (1 − exp(−H × 2,592,000 × uptime / (D × 2³²))) × 100%

Pool estimate; solo payouts are irregular and usually zero. Hardware, maintenance and taxes excluded.

Estimated fees: average of the last 144 blocks.

An estimate, not a return guarantee.

P = (1 − exp(−H × 2,592,000 × uptime / (D × 2³²))) × 100%

Pool estimate; solo payouts are irregular and usually zero. Hardware, maintenance and taxes excluded.

Estimated fees: average of the last 144 blocks.

An estimate, not a return guarantee.

P = (1 − exp(−H × 2,592,000 × uptime / (D × 2³²))) × 100%

Pool estimate; solo payouts are irregular and usually zero. Hardware, maintenance and taxes excluded.

Estimated fees: average of the last 144 blocks.

An estimate, not a return guarantee.

P = (1 − exp(−H × 2,592,000 × uptime / (D × 2³²))) × 100%

Pool estimate; solo payouts are irregular and usually zero. Hardware, maintenance and taxes excluded.

Estimated fees: average of the last 144 blocks.

An estimate, not a return guarantee.

P = (1 − exp(−H × 2,592,000 × uptime / (D × 2³²))) × 100%

Pool estimate; solo payouts are irregular and usually zero. Hardware, maintenance and taxes excluded.

Estimated fees: average of the last 144 blocks.

An estimate, not a return guarantee.

P = (1 − exp(−H × 2,592,000 × uptime / (D × 2³²))) × 100%

Pool estimate; solo payouts are irregular and usually zero. Hardware, maintenance and taxes excluded.

Estimated fees: average of the last 144 blocks.

An estimate, not a return guarantee.

P = (1 − exp(−H × 2,592,000 × uptime / (D × 2³²))) × 100%

Pool estimate; solo payouts are irregular and usually zero. Hardware, maintenance and taxes excluded.

Estimated fees: average of the last 144 blocks.

An estimate, not a return guarantee.

P = (1 − exp(−H × 2,592,000 × uptime / (D × 2³²))) × 100%

Pool estimate; solo payouts are irregular and usually zero. Hardware, maintenance and taxes excluded.

Estimated fees: average of the last 144 blocks.

An estimate, not a return guarantee.

P = (1 − exp(−H × 2,592,000 × uptime / (D × 2³²))) × 100%

Pool estimate; solo payouts are irregular and usually zero. Hardware, maintenance and taxes excluded.

Estimated fees: average of the last 144 blocks.

An estimate, not a return guarantee.

P = (1 − exp(−H × 2,592,000 × uptime / (D × 2³²))) × 100%

Pool estimate; solo payouts are irregular and usually zero. Hardware, maintenance and taxes excluded.

Estimated fees: average of the last 144 blocks.

An estimate, not a return guarantee.

P = (1 − exp(−H × 2,592,000 × uptime / (D × 2³²))) × 100%

Pool estimate; solo payouts are irregular and usually zero. Hardware, maintenance and taxes excluded.

Estimated fees: average of the last 144 blocks.

An estimate, not a return guarantee.

P = (1 − exp(−H × 2,592,000 × uptime / (D × 2³²))) × 100%

Pool estimate; solo payouts are irregular and usually zero. Hardware, maintenance and taxes excluded.

Estimated fees: average of the last 144 blocks.

An estimate, not a return guarantee.

P = (1 − exp(−H × 2,592,000 × uptime / (D × 2³²))) × 100%

Pool estimate; solo payouts are irregular and usually zero. Hardware, maintenance and taxes excluded.

Estimated fees: average of the last 144 blocks.

An estimate, not a return guarantee.

P = (1 − exp(−H × 2,592,000 × uptime / (D × 2³²))) × 100%

Pool estimate; solo payouts are irregular and usually zero. Hardware, maintenance and taxes excluded.

Estimated fees: average of the last 144 blocks.

An estimate, not a return guarantee.

P = (1 − exp(−H × 2,592,000 × uptime / (D × 2³²))) × 100%

Pool estimate; solo payouts are irregular and usually zero. Hardware, maintenance and taxes excluded.

Estimated fees: average of the last 144 blocks.

An estimate, not a return guarantee.

P = (1 − exp(−H × 2,592,000 × uptime / (D × 2³²))) × 100%

Pool estimate; solo payouts are irregular and usually zero. Hardware, maintenance and taxes excluded.

Estimated fees: average of the last 144 blocks.

An estimate, not a return guarantee.

P = (1 − exp(−H × 2,592,000 × uptime / (D × 2³²))) × 100%

Pool estimate; solo payouts are irregular and usually zero. Hardware, maintenance and taxes excluded.

Estimated fees: average of the last 144 blocks.

An estimate, not a return guarantee.

P = (1 − exp(−H × 2,592,000 × uptime / (D × 2³²))) × 100%

Pool estimate; solo payouts are irregular and usually zero. Hardware, maintenance and taxes excluded.

Estimated fees: average of the last 144 blocks.

An estimate, not a return guarantee.

P = (1 − exp(−H × 2,592,000 × uptime / (D × 2³²))) × 100%

Pool estimate; solo payouts are irregular and usually zero. Hardware, maintenance and taxes excluded.

Estimated fees: average of the last 144 blocks.

An estimate, not a return guarantee.

P = (1 − exp(−H × 2,592,000 × uptime / (D × 2³²))) × 100%

Pool estimate; solo payouts are irregular and usually zero. Hardware, maintenance and taxes excluded.

Estimated fees: average of the last 144 blocks.

An estimate, not a return guarantee.

P = (1 − exp(−H × 2,592,000 × uptime / (D × 2³²))) × 100%

Pool estimate; solo payouts are irregular and usually zero. Hardware, maintenance and taxes excluded.

Estimated fees: average of the last 144 blocks.

An estimate, not a return guarantee.

P = (1 − exp(−H × 2,592,000 × uptime / (D × 2³²))) × 100%

Pool estimate; solo payouts are irregular and usually zero. Hardware, maintenance and taxes excluded.

Estimated fees: average of the last 144 blocks.

An estimate, not a return guarantee.

P = (1 − exp(−H × 2,592,000 × uptime / (D × 2³²))) × 100%

Pool estimate; solo payouts are irregular and usually zero. Hardware, maintenance and taxes excluded.

Estimated fees: average of the last 144 blocks.

An estimate, not a return guarantee.

P = (1 − exp(−H × 2,592,000 × uptime / (D × 2³²))) × 100%

Pool estimate; solo payouts are irregular and usually zero. Hardware, maintenance and taxes excluded.

Estimated fees: average of the last 144 blocks.

An estimate, not a return guarantee.

P = (1 − exp(−H × 2,592,000 × uptime / (D × 2³²))) × 100%

Pool estimate; solo payouts are irregular and usually zero. Hardware, maintenance and taxes excluded.

Estimated fees: average of the last 144 blocks.

An estimate, not a return guarantee.

P = (1 − exp(−H × 2,592,000 × uptime / (D × 2³²))) × 100%

Pool estimate; solo payouts are irregular and usually zero. Hardware, maintenance and taxes excluded.

Estimated fees: average of the last 144 blocks.

An estimate, not a return guarantee.

P = (1 − exp(−H × 2,592,000 × uptime / (D × 2³²))) × 100%

Pool estimate; solo payouts are irregular and usually zero. Hardware, maintenance and taxes excluded.

Network average: one block every ~10 minutes. Timing is random.

Chance of at least one block in 30 days; constant difficulty and selected uptime. Not a promised payout.

BTC subsidy + estimated transaction fees, less selected pool fee. Actual block reward varies.

Estimated fees: average of the last 144 blocks.

An estimate, not a return guarantee.

P = (1 − exp(−H × 2,592,000 × uptime / (D × 2³²))) × 100%

Pool estimate; solo payouts are irregular and usually zero. Hardware, maintenance and taxes excluded.

Network average: one block every ~10 minutes. Timing is random.

Chance of at least one block in 30 days; constant difficulty and selected uptime. Not a promised payout.

BTC subsidy + estimated transaction fees, less selected pool fee. Actual block reward varies.

Estimated fees: average of the last 144 blocks.

An estimate, not a return guarantee.

P = (1 − exp(−H × 2,592,000 × uptime / (D × 2³²))) × 100%

Pool estimate; solo payouts are irregular and usually zero. Hardware, maintenance and taxes excluded.

Network average: one block every ~10 minutes. Timing is random.

Chance of at least one block in 30 days; constant difficulty and selected uptime. Not a promised payout.

BTC subsidy + estimated transaction fees, less selected pool fee. Actual block reward varies.

Estimated fees: average of the last 144 blocks.

An estimate, not a return guarantee.

P = (1 − exp(−H × 2,592,000 × uptime / (D × 2³²))) × 100%

Pool estimate; solo payouts are irregular and usually zero. Hardware, maintenance and taxes excluded.

Network average: one block every ~10 minutes. Timing is random.

Chance of at least one block in 30 days; constant difficulty and selected uptime. Not a promised payout.

BTC subsidy + estimated transaction fees, less selected pool fee. Actual block reward varies.

Estimated fees: average of the last 144 blocks.

An estimate, not a return guarantee.

P = (1 − exp(−H × 2,592,000 × uptime / (D × 2³²))) × 100%