TRACK. COMPARE. UNDERSTAND.
Bitcoin Cash Mining Difficulty
Follow Bitcoin Cash mining difficulty, network adjustments, and the metrics influencing BCH block production.
UNDERSTAND THE
BITCOIN CASH NETWORK
Track changing mining conditions and the context behind network adjustments.
Adjustment model ASERT
Latest complete UTC-day estimate
Latest complete UTC day: Oct 14, 2026
84.03% of the 144-block daily target
Mining difficulty history
How Bitcoin Cash's proof-of-work difficulty has changed over time.
Network hashrate history
The estimated computing power securing Bitcoin Cash over time.
Recent block difficulty changes
Percentage changes between recently mined blocks under ASERT.
ASERT difficulty schedule
Bitcoin Cash continuously targets a ten-minute average using ASERT.
- Current block
- 972,926
- Blocks in latest day
- 121
- Target block time
- 10 minutes
- Adjustment model
- ASERT · every block
How to Read the Bitcoin Cash Mining Difficulty Tracker
Bitcoin Cash mining difficulty tells you how much Proof-of-Work is required for miners to produce a valid BCH block. But the number is more useful when viewed alongside network hashrate, block time and recent block production.
The tracker above brings those measurements together. Current difficulty shows the mining target in effect, while the hashrate estimate provides an indication of how much SHA-256 computing power is supporting the network. Average block time and daily block pace help show whether blocks have recently been arriving faster or slower than Bitcoin Cash’s target.
Bitcoin Cash aims for an average block interval of approximately 10 minutes, equivalent to about 144 blocks per day. Individual blocks can arrive seconds apart or take considerably longer, so short-term deviations are normal. The longer-term pace is more informative than any single block.Why Bitcoin Cash Difficulty Works Differently From Bitcoin
Bitcoin Cash and Bitcoin both use SHA-256 Proof-of-Work, but their current difficulty adjustment systems are different.
Bitcoin adjusts difficulty at fixed 2,016-block intervals. Bitcoin Cash instead uses ASERT, short for Absolutely Scheduled Exponentially Rising Targets.
ASERT has been Bitcoin Cash’s difficulty adjustment algorithm since November 2020. Rather than waiting for a fixed multi-week retarget, it calculates the target for each new block against an expected schedule.
This distinction matters when reading the charts above: Bitcoin Cash difficulty can change from one block to the next.
The purpose is not to force every block to arrive exactly 10 minutes after the previous one. Block discovery is inherently unpredictable. Instead, ASERT continually guides the network back toward an average block interval of 10 minutes as mining power changes.What ASERT Is Actually Responding To
A common misconception is that Bitcoin Cash simply raises difficulty after a fast block and lowers it after a slow one.
ASERT is more sophisticated than that.
The algorithm compares the blockchain’s actual progress in both time and block height with an expected schedule anchored to an earlier point in the chain. If block production moves ahead of that schedule, the mining target gradually becomes harder. If the chain falls behind, it becomes easier.
The mainnet implementation uses a two-day half-life. In simplified terms, being two days ahead of the expected schedule corresponds to a doubling in difficulty, while being two days behind corresponds to a halving.
The adjustment is exponential and continuous, which allows Bitcoin Cash to respond to sustained changes in available hashrate without relying on abrupt periodic retargets.
This is why the Recent Block Difficulty Changes chart above can show frequent small adjustments rather than one large change every few weeks.Why Does Bitcoin Cash Hashrate Change?
Bitcoin Cash competes for SHA-256 mining hardware with other compatible networks, most notably Bitcoin.
Miners or mining pools can redirect computing power between SHA-256 chains depending on factors such as expected revenue, coin prices, block rewards, fees, mining difficulty and operational costs.
When more computing power moves onto Bitcoin Cash, blocks may initially be produced faster relative to the network’s schedule. ASERT progressively increases difficulty in response. When hashrate leaves, the opposite can occur.
That relationship is one reason Bitcoin Cash benefits from a difficulty system capable of responding continuously rather than waiting for a long fixed adjustment period.Why the hashrate number is an estimate
It is also important to understand that network hashrate cannot be directly observed in the same way as block height.
Hashrate is estimated from information such as mining difficulty and the rate at which blocks have actually been produced. Because block discovery involves randomness, very short measurement periods can produce noisy estimates.
CoinSaga therefore shows a recent hashrate estimate alongside block-time and daily-production data. Looking at these measurements together gives more context than treating a single hashrate reading as an exact count of active mining hardware.What Does the Daily Block Pace Tell You?
At a target interval of 10 minutes, Bitcoin Cash would produce approximately:
6 blocks per hour × 24 hours = 144 blocks per day
Actual production will rarely equal exactly 144.
For example, a day with 150 blocks does not mean the network’s protocol has changed to a faster target. Likewise, producing 138 blocks does not mean something is necessarily wrong with the network.
The daily block pace is best treated as a simple way to see whether recent production has been ahead of or behind the expected schedule.
ASERT is designed to compensate for sustained deviations over time while allowing normal statistical variation between individual blocks.Difficulty, Hashrate and BCH Mining Economics
For miners, increasing difficulty generally means that the same amount of hashrate represents a smaller share of the effective competition for new blocks.
But difficulty alone does not determine whether mining BCH is profitable.
Mining economics also depend on:
- BCH market price;
- electricity costs;
- ASIC efficiency;
- network hashrate;
- transaction fees;
- pool fees; and
- the current block subsidy.
The block subsidy is especially important because it changes according to Bitcoin Cash’s halving schedule.
Bitcoin Cash currently awards 3.125 BCH per block as its block subsidy. At the next halving, the subsidy will fall to 1.5625 BCH per block.
You can follow the current block height, estimated halving date and remaining blocks with CoinSaga’s Bitcoin Cash Halving Countdown.
The halving and difficulty adjustment should not be confused. ASERT regulates the mining target, while the halving changes how much new BCH is issued per block. Together with price, fees and hashrate, both can affect mining economics.
What to Watch on This Page
There is no single Bitcoin Cash mining statistic that tells the whole story.
For a clearer picture of current network conditions, compare:
Difficulty — how demanding the current Proof-of-Work target is.
Hashrate — an estimate of the computational power securing the network.
Average block time — whether recent blocks have collectively arrived faster or slower than the 10-minute target.
Daily block pace — how actual block production compares with the roughly 144 blocks expected per day.
Recent difficulty changes — how ASERT is adjusting the target as the chain moves relative to its schedule.
Viewed together, these measurements make it easier to understand what is happening on the Bitcoin Cash mining network than any single headline number.