Miners
How to compare Bitcoin miners
The overview lists current ASIC miners from manufacturers such as Bitmain, MicroBT (Whatsminer) and Bitdeer with their hashrate, power draw, efficiency and list price. Efficiency is calculated from the stated hashrate and the maximum power draw of the power supply, so all models are compared on the same basis.
Enter your electricity price to see the estimated daily revenue and profit of every model at today's hashprice. Filter by device type or cooling type (air, water or immersion) and open a miner to see its full specifications.
Questions
What does J/TH mean?
Joules per terahash (J/TH) describes how much energy a miner needs for one terahash of work. Lower is better: a miner with 15 J/TH needs only half the electricity of a 30 J/TH machine for the same hashrate.
Which Bitcoin miner is the most efficient?
Sort the table by J/TH to see the most efficient models at the top. Water-cooled and immersion-cooled models usually reach the best efficiency, but they need additional cooling infrastructure.
What is the difference between air, water and immersion cooling?
Air-cooled miners use fans and run in a well-ventilated room. Hydro miners are cooled by a water circuit, and immersion miners are submerged in a dielectric fluid. Liquid cooling is quieter, more efficient and makes it easier to reuse the heat.
How is the daily profit calculated?
The daily revenue is the miner's hashrate multiplied by the current hashprice. The profit subtracts the electricity cost, which is the maximum power draw over 24 hours multiplied by your electricity price.