Mineable Cryptocurrencies in 2026: The Highest-Hashrate Coins by Network Data
Mining profitability depends on more than a coin’s market price. A miner must also consider the mining algorithm, total network hashrate, block reward, block interval, network difficulty, hardware compatibility, electricity cost and pool conditions. This comparison uses Minector’s internal network data to introduce 15 mineable cryptocurrencies and rank them by reported network hashrate.
Network hashrate measures the computing power competing to produce blocks. In general, a higher hashrate means a stronger and more competitive network. Difficulty is another important indicator: when difficulty is higher, an individual miner usually has a smaller share of the total opportunity unless the miner operates substantial, efficient hardware.
Mineable Coins Ranked by Network Hashrate
The table below includes the algorithm, network hashrate, block reward, block time, difficulty and current price supplied for each coin. Prices are shown in US dollars and represent the provided data snapshot, not a guaranteed trading price.
| Coin | Algorithm | Network hashrate | Block reward | Block time | Difficulty | Price (USD) |
|---|---|---|---|---|---|---|
| Bitcoin (BTC) | SHA256 | 883692893319160000000.000000 | 3.12500000 | 600.00 seconds | 148364561003870.000000 | 69222.00000000 |
| Fractal Bitcoin (FB) | SHA256 | 459812007071940000000.000000 | 125.00000000 | 600.00 seconds | 2778886964.000000 | 0.27100000 |
| Pearl (PRL) | Pearl | 92861974757817000000.000000 | 2175.31659499 | 167.00 seconds | 58650135.762298 | 1.36000000 |
| Bitcoin Cash (BCH) | SHA256 | 4051320070983500000.000000 | 3.12500000 | 600.00 seconds | 503469078579.510000 | 219.22000000 |
| modelOS (MDL) | pearl-pow | 2619001539085200000.000000 | 83.97337757 | 600.00 seconds | 127455566195.000000 | 0.00099900 |
| Kaspa (KAS) | KHeavyHash | 326001718228770000.000000 | 19.44543650 | 1.00 second | 32472865620558000.000000 | 0.02814361 |
| Bitcoin SV (BSV) | SHA256 | 210288314936390000.000000 | 3.12500000 | 600.00 seconds | 31213123546.176000 | 15.80932951 |
| Quai Sha (QUAI-SHA) | SHA256 | 89256590608709000.000000 | 2803.79747310 | 600.00 seconds | 96730746861137000.000000 | 0.00667000 |
| Nervos Network (CKB) | Eaglesong | 65693234243877000.000000 | 585.79310310 | 10.00 seconds | 755654675010820000.000000 | 0.00092120 |
| eCash (XEC) | SHA256 | 48097394894160000.000000 | 1812500.00000000 | 600.00 seconds | 6234537881.661200 | 0.00000550 |
| Zkas (ZKAS) | KHeavyHash | 38455753117831000.000000 | 37.79763149 | 1.00 second | 38455753117831000.000000 | 0.00180000 |
| Digibyte (DGB-SHA) | SHA256 | 33402013879133000.000000 | 1983.44212840 | 600.00 seconds | 702282673.000000 | 0.00304000 |
| Bitcoin II (BC2) | SHA256 | 12402504054095000.000000 | 50.00000000 | 600.00 seconds | 2572670021.784100 | 0.08317061 |
| Bitcoin Cash II (BCH2) | SHA256 | 6346241606707000.000000 | 50.00000000 | 600.00 seconds | 852009413.167290 | 0.02520000 |
| Alephium (ALPH) | Blake3 | 5498617325987600.000000 | 9.17233966 | 64.00 seconds | 178039720709730.000000 | 0.02600017 |
What the Network Data Means for Miners
Hashrate and competition
Bitcoin has the highest reported network hashrate in this dataset at 883692893319160000000.000000, followed by Fractal Bitcoin at 459812007071940000000.000000. Both use SHA256, but the size of their networks does not automatically make them the best choice for every SHA256 miner. It indicates that a large amount of computing power is already competing for their block rewards.
Bitcoin Cash, modelOS, Kaspa and Bitcoin SV also have substantial reported network hashrates. A miner should compare the network’s total hashrate with the hashrate of the planned equipment. The larger the network, the smaller the miner’s proportional contribution may be, particularly when the available hardware is modest.
Difficulty and expected share
Difficulty describes how challenging it is for miners to find a valid block under the network’s rules. Bitcoin’s listed difficulty is 148364561003870.000000, while Nervos Network lists 755654675010820000.000000. These figures are not directly comparable across different algorithms or implementations, but they are useful indicators within the relevant network.
Higher difficulty generally means more competition for each unit of mining hardware. Lower difficulty can improve a miner’s relative chance of finding blocks, but it may also accompany a smaller network, lower liquidity, lower price, or less established ecosystem. Difficulty should therefore be assessed together with reward value and market conditions.
Rewards, block times and price
Block rewards vary widely. Bitcoin and Bitcoin Cash each list a block reward of 3.12500000, while eCash lists 1812500.00000000 and Quai Sha lists 2803.79747310. The number of units alone does not determine profitability because each unit has a different market price.
Block time also affects how often rewards are issued. Kaspa and Zkas list a 1.00-second block time, Nervos Network lists 10.00 seconds, and Pearl lists 167.00 seconds. Bitcoin, Fractal Bitcoin, Bitcoin Cash, modelOS, Bitcoin SV, Quai Sha, eCash, Digibyte, Bitcoin II and Bitcoin Cash II each list 600.00 seconds, while Alephium lists 64.00 seconds.
A faster block interval may produce more frequent block events, but it does not by itself guarantee higher mining income. The reward schedule, network hashrate, difficulty, pool payout method, coin price and operating costs remain essential parts of the analysis.
How to Choose Between These Coins
Start with hardware compatibility. SHA256 coins can be considered by suitable SHA256 ASIC miners, while KHeavyHash, Eaglesong, Blake3, Pearl and pearl-pow use different algorithms and may require different equipment. A miner should confirm that the hardware supports the exact algorithm before comparing returns.
Next, review network competition. A coin with a high market price may still be difficult to mine profitably if its network hashrate and difficulty are high. Conversely, a coin with a lower price may provide a different opportunity if its reward structure and competition align better with the miner’s equipment, although market liquidity and price volatility create additional risks.
- Electricity cost: Energy is often the largest recurring expense, so efficiency and local power pricing are critical.
- Hardware efficiency: Compare the machine’s algorithm-specific performance and power draw with current network conditions.
- Pool fees and payouts: Pool charges, minimum payouts and payout frequency affect realized results.
- Price and liquidity: A listed price does not guarantee that rewards can be sold at that exact level or volume.
- Network stability: Examine software maturity, chain activity and the reliability of available mining infrastructure.
Profitability calculators are useful for scenario testing, but their results change as prices, difficulty, network hashrate and electricity costs move. Treat calculator outputs as estimates rather than guaranteed earnings. General mining information should not be interpreted as financial, legal or tax advice.
Conclusion
The highest-hashrate mineable coin in this dataset is Bitcoin, followed by Fractal Bitcoin and Pearl. However, the largest network is not automatically the most suitable target for every miner. High hashrate and high difficulty usually mean stronger competition, while reward value, block timing, hardware compatibility, energy cost and price must be considered together.
Miners can use this data as a starting point for comparing algorithms and network conditions. The most practical choice is the coin that matches the available hardware and operating budget while offering an acceptable balance of competition, reward economics, liquidity and operational risk.
Frequently Asked Questions
Which coin has the highest network hashrate in this comparison?
Bitcoin has the highest reported network hashrate at 883692893319160000000.000000. Fractal Bitcoin is second at 459812007071940000000.000000.
Does a higher block reward mean higher profitability?
Not necessarily. Block rewards use different coin units, and those units have different prices. Profitability also depends on network hashrate, difficulty, block time, pool fees, hardware performance and electricity cost.
Why does higher difficulty matter to a miner?
Higher difficulty generally means that finding a valid block requires more computational work. If a miner’s hashrate does not increase along with network difficulty, the miner’s expected share of rewards can decrease.
Can any mining machine mine every coin listed here?
No. The coins use several algorithms, including SHA256, Pearl, pearl-pow, KHeavyHash, Eaglesong and Blake3. Mining hardware must support the specific algorithm used by the selected network.
