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Abu Dhabi, December 9, 2024 – MicroBT Whatsminer, a global leader in Bitcoin mining hardware and advanced ASIC technology, has reaffirmed its commitment to innovation and efficiency with the launch of its cutting-edge WhatsMiner M6XS++ series. Unveiled at the Bitcoin MENA 2024 Conference in Abu Dhabi, UAE, this next-generation mining solution is set to redefine crypto mining performance, energy efficiency, and profitability. The M6XS++ series highlights MicroBT’s dedication to empowering the blockchain industry with powerful tools optimized for Bitcoin and cryptocurrency mining.
At the Bitcoin MENA 2024 Conference, Dr. Zuoxing Yang, Founder and CEO of MicroBT, delivered an inspiring keynote titled “Lead Great and Green Mining Forward.” In his address, Dr. Yang unveiled groundbreaking advancements in solar-powered cryptocurrency mining technology, emphasizing the integration of renewable energy in Bitcoin mining operations. He also showcased the innovative heat recovery capabilities of the latest hydro-cooling mining systems, designed to maximize energy efficiency while minimizing environmental impact. Additionally, he introduced the highly anticipated new WhatsMiner models, engineered to deliver unparalleled performance and profitability for Bitcoin and cryptocurrency miners worldwide.
The cryptocurrency mining industry is at a pivotal turning point, with green mining leading the charge toward a more sustainable future. Dr. Zuoxing Yang highlighted the revolutionary potential of solar-powered mining, projecting that by 2025, electricity costs for solar-driven crypto mining could drop to as low as 3.4 cents USD per kWh, significantly enhancing profitability and sustainability.
He also showcased WhatsMiner’s pioneering high-temperature water outlet hydro-cooling technology, which redefines energy efficiency in Bitcoin and cryptocurrency mining. This innovative system not only reduces the cooling demands of mining operations but also repurposes heat for advanced applications, such as industrial steam production, seawater desalination, and heating solutions. By integrating renewable energy and heat recovery solutions, MicroBT is solidifying its leadership in green blockchain technology and reshaping the future of sustainable Bitcoin mining.
Dr. Yang also introduced the latest generation of WhatsMiner products, setting a new benchmark for performance and efficiency in cryptocurrency mining. The air-cooled Whatsminer M60S++ delivers an impressive hashrate of up to 226 TH/s with a power efficiency of 15.5 J/T, making it an ideal solution for miners seeking a balance between power and cost-efficiency.
For operations requiring advanced cooling technologies, the hydro-cooled Whatsminer M63S++ stands out with a groundbreaking hashrate of up to 478 TH/s, maintaining the same industry-leading power efficiency of 15.5 J/T. This model is designed to optimize mining performance in large-scale operations while supporting sustainable practices through innovative heat management.
Meanwhile, the immersion-cooled Whatsminer M66S++ offers a remarkable hashrate of up to 356 TH/s, also with a power efficiency of 15.5 J/T. Perfect for high-density mining environments, this model leverages state-of-the-art immersion cooling to enhance system stability and extend hardware lifespan.
With these new models, MicroBT continues to lead the cryptocurrency mining hardware market, delivering solutions that combine cutting-edge technology with unmatched energy efficiency for Bitcoin and blockchain mining.
The WhatsMiner series also introduces the air-cooled M61S+, delivering a robust hashrate of up to 236 TH/s with a power efficiency of 17 J/T, catering to miners seeking reliable performance with optimal energy usage. For more advanced operations, the hydro-cooled M64S+ and M65S+ models feature exceptional hashrates of up to 236 TH/s and 440 TH/s, respectively, both maintaining a power efficiency of 17 J/T.
A standout feature of the M64S+ and M65S+ is their innovative thermal design, allowing outlet water temperatures to reach up to 80°C. This breakthrough not only enhances cooling efficiency but also supports advanced heat recovery applications, such as powering industrial processes, enabling sustainable heating systems, and contributing to energy recycling initiatives.
