BTC: Mining Yield at 1 PH/s — Claimed Reward — 7 Days

Bitcoin Mining Yield at 1 PH/s — Claimed Reward — 7 Days was 0.000427 BTC on 7 Nov 2026 (latest daily value).

BTC claimed coinbase reward normalized to 1 PH/s operated for one UTC day, using the trailing 7 completed UTC days.

Why use it. Compare gross reward value per unit of estimated network work over a 7-day window. How to read it. Claimed rewards include fees once; scheduled or unclaimed rewards are not added. This is a network-wide retrospective normalization, not an identified miner payout. Open or median-time-past-unsealed windows are undefined; sealed values remain provisional until the contributing inputs reach six-block finality. Read actual native coverage and source clocks. This fixed-work normalization can exceed total early-network rewards; it does not forecast a realizable payout. No electricity, hardware or pool costs enter this BTC calculation, so it does not measure USD revenue or operating profit. Chart smoothing is a separate transform.

Calculation. Sum actual claimed coinbase BTC over the window and divide by 1,000 times the sum of daily H. The factor 1,000 converts EH/s to PH/s for the one-day scenario. Use 7 adjacent UTC days including the displayed day, with full warmup before the visible range. This is a ratio of window totals, not an average of daily yields. For each day, estimate H in EH/s as the sum of retained block difficulty multiplied by 2^32, divided by 86,400 and 10^18. Retained difficulty/work facts are approximate; Decimal cannot recover their lost source precision. Use locally validated canonical coinbase, fee, issuance, difficulty and block-count facts, assigning blocks, including genesis, by header UTC day. Each day requires all five stored inputs at the same accepted source height and exact reward = fees + signed issuance. Missing or incompatible inputs leave a gap; stored empty days can contribute zero, but zero total work is undefined. Guarded sums and division use 40-significant-digit Decimal arithmetic with half-even rounding. No market-price or external price observation enters this result.