Whatsminer M30S++ 108 TH/s

Whatsminer M30S++ 108 TH/s
The Whatsminer M30S++ 108 TH/s is an ASIC miner developed by MicroBT, designed primarily for bitcoin and other SHA-256 algorithm-based cryptocurrency mining. With a rated hashrate of 108 terahashes per second (±5%), this mining device delivers robust computational power suitable for intensive crypto mining operations. The power consumption of the unit is approximately 3350 watts (±10%), reflecting an energy efficiency of about 31 joules per terahash (J/TH), which places it among the more efficient bitcoin mining hardware currently available.

The advantage of a digital miner over the ASIC miner Whatsminer M30S++ 108 TH/s
GoMining's digital miners offer access to real bitcoin mining hardware without the need to purchase, install, or maintain any physical equipment. Each miner is backed by industrial-grade ASIC miners hosted across several professionally managed data centers. This setup eliminates the typical challenges of owning crypto mining hardware—such as electricity costs, noise, heat, and regular maintenance.
Users can manage their miners through GoMining's simple and intuitive app, with features for tracking performance, upgrading mining power, or selling assets at any time. The platform is designed to be accessible and scalable, removing the technical and financial barriers often associated with setting up a mining rig or operating a traditional mining device.
GoMining provides one of the lowest and most effortless entry points into the industry—starting from ~$26. With multiple data centers powered by significant computational power, the platform benefits from some of the lowest electricity rates available. By leveraging state-of-the-art technology, mining hardware, and keeping operational expenses low, GoMining is able to deliver a more efficient and competitive mining experience than traditional cryptocurrency mining equipment or other other platforms with higher overheads. This solution offers flexibility, ease of use, and consistent access to mining rewards—without the complexity of running physical mining machines.