MicroBT Ushers in a New Era with Energy-Efficient Whatsminer M60 Series
![MicroBT Ushers in a New Era with Energy-Efficient Whatsminer M60 Series](https://ultramining.com/news/wp-content/uploads/2023/10/ultramining.com_microbt_ushers_in_a_new_era_with_energy-efficie_9e352a06-791a-4852-95ac-c8189da4d1ea-860x340.png)
MicroBT has unveiled its latest line of Whatsminer M60 miners. This new series marks a significant leap in energy efficiency, entering a new era with 1X J/T. The first ASIC miners in the M60 series come with a range of features designed to optimize both performance and energy use, according to ultramining.
Whatsminer M60 with air cooling offers a hash rate of 150-170 Th/s and an efficiency of 19.9 J/T. Consequently, it provides a powerful yet energy-efficient solution for SHA-256 algorithm mining. Whatsminer M60S, also air-cooled, pushes the envelope further with a hash rate of 170-186 Th/s and an efficiency of 18.5 J/T. Therefore, it stands as an even more efficient option for miners.
For those seeking water-cooled solutions, Whatsminer M63 comes into play. It boasts a hash rate of 334-366 Th/s and an efficiency of 19.9 J/T. Whatsminer M63S, another water-cooled model, offers a hash rate of 360-390 Th/s and an efficiency of 18.5 J/T. Both models represent a significant advancement in water-cooled mining technology.
In addition, MicroBT has introduced Whatsminer M66 and M66S for immersion cooling. These models offer hash rates of 240-276 Th/s and 270-298 Th/s, respectively. Their efficiency stands at 19.9 J/T for the M66 and 18.5 J/T for the M66S. As a result, they provide a groundbreaking option for those interested in immersion cooling techniques.
This new lineup from MicroBT is set to redefine the standards of crypto mining. With a focus on energy efficiency, these models offer a range of cooling options to suit various operational needs. In summary, the Whatsminer M60 series is poised to become a game-changer in the mining industry, offering unprecedented performance without compromising on energy use.