Recommended fees
| High priority | — | sat/vB |
| Medium priority | — | sat/vB |
| Low priority (1h) | — | sat/vB |
| Economy (24h) | — | sat/vB |
| Minimum relay | — | sat/vB |
Live state of the Bitcoin network: current block height, mempool fees, halving countdown, network hashrate, difficulty adjustment progress, recent blocks, and mining pool distribution. Data is refreshed every five minutes directly from mempool.space
Each metric on this page reflects the public Bitcoin blockchain in real time. Numbers update automatically while this page is open and no cookies or trackers are involved in the read path.
| High priority | — | sat/vB |
| Medium priority | — | sat/vB |
| Low priority (1h) | — | sat/vB |
| Economy (24h) | — | sat/vB |
| Minimum relay | — | sat/vB |
| Pending transactions | — | |
| Virtual size | — | MB |
| Total fees waiting | — | BTC |
| Current hashrate | — | EH/s |
| Current difficulty | — | T |
| Epoch progress | — | % |
| Blocks until retarget | — | |
| Projected change | — | % |
| Estimated retarget | ||
| Height | Size | Tx | Pool | Time |
|---|---|---|---|---|
| — | ||||
| Pool | Blocks | Share |
|---|---|---|
| — | ||
Concise answers to the most common questions about the Bitcoin network state shown above.
The mempool is the queue of Bitcoin transactions that have been broadcast to the network but not yet included in a block. Miners pick transactions from the mempool based on fee rate. When the mempool is full, fees rise; when it is empty, fees drop.
sat/vB is satoshis per virtual byte - the price you pay per unit of block space your transaction occupies. A higher sat/vB fee means a miner is more likely to include your transaction in the next block. Typical next-block fees range from a few sat/vB during quiet periods to hundreds during congestion.
Bitcoin halves the block subsidy every 210,000 blocks, roughly every four years. The next halving occurs at block 1,050,000. The countdown above estimates the date based on the current block height and the 10-minute average block time.
Hashrate is the total computational power miners contribute to securing Bitcoin, expressed in exahashes per second (EH/s). It is estimated from the rate at which blocks are being mined relative to the current difficulty. Mempool.space uses a three-day moving average for the figure shown here.
Bitcoin re-targets its mining difficulty every 2,016 blocks (about two weeks) so that blocks are produced roughly every 10 minutes on average. If miners are finding blocks faster, difficulty rises; if slower, difficulty falls. The percentage above is the projected change at the next retarget.
The underlying snapshot from mempool.space is refreshed every five minutes by a server-side cron. While this page is open in your browser, it polls the snapshot every 60 seconds and updates the numbers in place. No personal data is involved on the read path.