Mining Calculator MicroBT Whatsminer M50S

MicroBT Whatsminer M50S is one of the key ASICs in MicroBT’s SHA-256 lineup, a direct and primary competitor to Bitmain. This model represents a prime example of the company’s engineering approach, focused on achieving a balance between performance, power consumption, and operational reliability. Released as a response to the dominance of the Antminer S19 series, the M50S has established a strong position in the industrial mining market.

The standard version of the Whatsminer M50S delivers a hashrate in the range of 126-130 TH/s with a power consumption of approximately 3276 W. This results in a power efficiency figure of about 26 joules per terahash (J/TH). At the time of its release, this parameter was one of the best on the market and ensured high competitiveness. However, in the context of newer generations emerging with efficiency of 15-20 J/TH, the economic viability of the M50S has shifted towards operators with access to electricity at below-market rates.

Structurally, the Whatsminer M50S is designed in the manufacturer’s traditional form factor. It is a monoblock device with an integrated power supply, enclosed in a durable metal casing. The cooling system is classic air cooling, with two powerful fans operating in a “push-pull” configuration to create a through-air flow. Consequently, the noise level during operation reaches 75-80 dB, which requires the equipment to be placed exclusively in prepared non-residential premises or specialized data centers.

In current market conditions, the MicroBT Whatsminer M50S has transitioned from a category of cutting-edge equipment to that of a reliable “workhorse.” Its main advantage is time-tested stability and a lower price in the secondary market compared to the latest generation flagships. This makes it an attractive asset for miners looking to minimize initial capital expenditures, or for those expanding existing farms with access to very cheap electricity. Acquiring this model requires careful economic calculation, where the key success factor will be the cost per kilowatt-hour.