Bitmain Antminer S23 XP Hyd 600 TH/s Hydro Bitcoin Miner

600 TH/s of SHA-256 hashrate at 5,340W, an efficiency of 8.9 J/TH. That makes it the most efficient miner in the S23 family and the first in the range to go below 9 J/TH, ahead of the S23 Hydro 580TH and S23 Hyd 3U at 9.5 J/TH, the S23E Hyd 2U at 10 J/TH, the air cooled S23 at 11 J/TH and the S23 Immersion at 12 J/TH. Bitmain quotes hashrate and power with the usual tolerance bands, so treat both as ratings rather than fixed values and confirm against the documentation shipped with your batch.

380 to 415V three phase industrial power, the same requirement as every other model in the S23 range. It is not a single phase machine and it cannot run on residential or light commercial supply: at 5,340W continuous it needs proper three phase distribution with correctly rated breakers and cabling. If a listing anywhere states a lower input range such as 110V, that figure is wrong for this class of hardware and should not be used for planning. Have a qualified electrician confirm your site before the units arrive, and size the circuit on measured draw once the first machines are running.

A closed loop hydro system, not air cooling. The unit connects to an external coolant distribution unit with pumps, plumbing and heat rejection through a dry cooler or heat exchanger sized for the thermal load, which at 5,340W is roughly 18,200 BTU per hour per machine. Bitmain's hydro range runs on water, deionised water or water glycol, with inlet temperature, flow rate and pressure held inside the published window, and the S23 family generally expects inlet coolant above 20 degrees Celsius at startup. If you do not already have a loop, budget for the CDU, plumbing and heat rejection alongside the hardware, or ask about hosting where that infrastructure already exists.

It leads on efficiency and sits mid range on output per chassis. At 600 TH/s and 8.9 J/TH it beats the S23 Hydro 580TH (580 TH/s, 9.5 J/TH), the S23 Hyd 3U (1,160 TH/s, 9.5 J/TH), the S23E Hyd 2U (865 TH/s, 10 J/TH), the air cooled S23 318TH (11 J/TH) and the S23 Immersion 442TH (12 J/TH) on energy per terahash. The 3U still produces almost twice the hashrate from one chassis and the 2U still packs the most hashrate into a 42U rack, so the choice depends on your binding constraint: pick the XP Hyd when electricity is the limiting cost, the 3U when management endpoints matter, and the 2U when rack space is what you are short of.

Because efficiency is the one specification that compounds. Every point of J/TH multiplies across the machine's full output running continuously, then across every unit in the fleet and every year of the deployment, so a difference that looks small on a spec sheet becomes the largest line in an operating budget at scale. Moving from 10 J/TH hardware to 8.9 J/TH cuts energy per terahash by roughly 11 percent for the same work, and against older 12 to 15 J/TH hydro units the gap is far wider. That is why efficiency rather than purchase price usually decides long run economics on high power deployments, and why operators upgrading fleets look at J/TH before anything else.

Around 50 dB, because hydro cooling removes the high speed fans that generate almost all ASIC noise. That is conversation level rather than the 75 dB of an air cooled Bitcoin miner, so the machine itself is quiet. The external cooling plant is the real acoustic source: pumps typically run 45 to 55 dB and dry coolers 55 to 70 dB depending on design and airflow, which is why professional hydro sites separate the plant room from the miner room. Total deployment noise is therefore a function of how you lay out the cooling infrastructure rather than of the miner. It belongs in a data centre, a dedicated mining facility or a hosting site with three phase power and a loop, not in a home or office.

Any SHA-256 proof of work cryptocurrency. Bitcoin is the primary target, with Bitcoin Cash, Bitcoin SV and Fractal Bitcoin as practical alternatives plus smaller SHA-256 chains. It cannot mine Scrypt coins such as Litecoin, KHeavyHash coins such as Kaspa, Equihash coins such as Zcash, or anything outside SHA-256. Pool selection happens in the standard Antminer web interface over Ethernet and the machine is agnostic about which SHA-256 pool it points at, so you can move between pools without touching the hardware.

Returns depend on the Bitcoin price, network difficulty and your electricity rate, not on any fixed figure, and published daily numbers go stale within days. What the XP Hyd changes is the efficiency side of that equation: at 8.9 J/TH it converts more of every kilowatt into hashrate than anything else in the S23 range, so it holds margin longer than less efficient hardware as difficulty rises. Power cost is still the dominant lever at 5,340W continuous, so the machine performs best on low industrial or hosted rates. Run your own rate through the live calculator before ordering, and if you are comparing against other S23 models, compare on energy per terahash rather than headline hashrate.

Deployment is industrial. Confirm three phase service with correctly rated protection, commission the hydro loop with pumps, coolant and heat rejection before energising anything, connect the coolant lines through isolation valves and verify zero leaks, then connect power and Ethernet, find the miner on your network, set the pool and wallet, and confirm hashrate settles into the rated band. Maintenance is hydro maintenance: inspect fittings for leaks, test coolant quality on a schedule, replace or filter coolant as the chemistry and system size dictate, check pump and dry cooler flow rates quarterly, and change inline filters when pressure differential exceeds specification. Hashboard failure rates run lower on hydro than on air because the chips hold consistent temperatures.

Bitmain's factory warranty applies to the complete machine, covering manufacturing defects and hardware failures under normal operation within the specified environmental ranges, with the exact term confirmed at order. Typical exclusions on hydro hardware include coolant quality neglect, leaks caused by improper fitting installation, damage during loop maintenance, power surge damage and unauthorised firmware changes, so keep coolant testing and maintenance records. MillionMiner ships worldwide DDP with customs clearance, duties and taxes handled, so the checkout figure is the final landed cost. Hosting is available in managed US facilities with three phase power and hydro infrastructure already in place, which removes the facility CapEx and applies negotiated industrial power rates. Because batch timing on a new release moves, confirm availability and delivery window through the quote process.