Check the recorded Bitcoin block height alongside estimated hashrate and difficulty adjustment. Each component keeps its own update time because the underlying observations may arrive separately.

Understand the network figures

Block height identifies a block's position in the chain. Estimated hashrate describes the rate of mining work inferred from observed blocks. It is shown in exahashes per second, or EH/s; one EH/s equals one quintillion hashes per second. The estimate can change even when no miner has announced a change in capacity.

Bitcoin adjusts mining difficulty after each 2,016-block period. The displayed change is an estimate for the next adjustment, and the remaining block count comes from the saved difficulty observation. The estimate can move as additional blocks are mined.

Read the halving block count

The subsidy-halving interval is 210,000 blocks. We derive the next halving height and the remaining block count from the recorded height. For example, a height of 900,000 would leave 150,000 blocks until height 1,050,000. This example illustrates the rule and is separate from the recorded dashboard.

Block production does not follow an exact calendar, so a remaining-block figure is more direct than a precise promised date. This page preserves the last successful observations when a newer component is unavailable. Compare their individual update times before interpreting them as one simultaneous network snapshot.

Limits of these figures

Hashrate and future difficulty are estimates, not direct measurements of every mining machine.
A halving changes the block subsidy; it does not itself determine transaction fees or the Bitcoin price.

Sources and method

mempool.space network and mining data

Method reviewed 23 October 2026. Market and network data are informational. Quotes, transaction inclusion and protocol balances can change between updates.