WhatsMiner Immersion-Cooled Bitcoin Miners

WhatsMiner Immersion-Cooled Bitcoin Miners - Maximum Efficiency Through Dielectric Fluid Cooling

Product Overview

MicroBT's WhatsMiner immersion-cooled series represents the pinnacle of Bitcoin mining efficiency, utilizing dielectric fluid submersion to achieve the lowest J/T (Joules per Terahash) ratios in the WhatsMiner lineup. The M66S++ delivers an exceptional 348 TH/s at just 15.5 J/T efficiency—among the best performance metrics available in Bitcoin mining hardware.

Core Product Features

M66S++ Flagship Model

WhatsMiner M66S++: Top-tier immersion miner delivering 348 TH/s hashrate at 5394W power consumption, achieving industry-leading 15.5 J/T efficiency. Designed for professional immersion cooling deployments.

Technical Specifications

• Algorithm: SHA256 (Bitcoin, Bitcoin Cash, Bitcoin SV)
• Hashrate: 348 TH/s
• Power Consumption: 5394W
• Efficiency: 15.5 J/T
• Cooling: Single-phase dielectric fluid immersion
• Interface: Ethernet
• Operating Requirements: Compatible immersion cooling tank and heat exchanger system

Immersion Cooling Advantages

• Superior Thermal Management: Direct contact with dielectric fluid provides optimal chip cooling
• Extended Component Life: Elimination of dust and thermal cycling extends hardware longevity
• Maximum Overclocking Headroom: Enhanced cooling enables higher clock speeds
• Highest Density: Immersion tanks enable the most hashrate per square foot

Key Product Differentiators

Industry-Leading Efficiency: 15.5 J/T represents exceptional performance, reducing electricity costs per Bitcoin mined.

Maximum Hashrate: 348 TH/s per unit provides the highest output available in the WhatsMiner lineup.

Total Cost of Ownership: While immersion infrastructure requires upfront investment, superior efficiency and extended hardware life optimize long-term economics.

Professional Grade: Designed for sophisticated mining operations with immersion cooling expertise and infrastructure.

Ideal Use Cases

• Professional mining facilities with immersion infrastructure
• Operations optimizing for lowest electricity cost per hashrate
• Hot climate deployments where air cooling is challenging
• Facilities with heat recovery to liquid-coupled systems
• Miners seeking maximum hardware longevity and ROI
• New facility builds designed around immersion from the start