MicroBT WhatsMiner M53S++ (320Th)

The MicroBT WhatsMiner M53S++ (320Th) is a high-capacity hydro-cooled SHA-256 ASIC miner built for industrial-scale Bitcoin mining. Delivering a powerful 320 TH/s hashrate with a wall power consumption of approximately 7040W, the M53S++ achieves 22 J/Th efficiency, providing a solid balance between output performance and operational stability for professional mining farms.

Engineered for continuous heavy-duty operation, the M53S++ integrates advanced hydro cooling technology, ensuring superior thermal management compared to traditional air-cooled systems. Liquid cooling allows for quieter performance — operating at approximately 50 dB — while maintaining consistent hash rates even under demanding workloads. This makes it particularly well-suited for large mining facilities focused on high-density deployments and controlled thermal environments.

With dimensions of 86 × 482 × 663 mm and a weight of around 27.5 kg, the unit is designed for structured rack integration within professional data center setups. Operating on AC 380–480V industrial voltage, it is optimized for high-power mining infrastructures and large-scale operations.

The miner supports Ethernet connectivity for stable network communication and operates efficiently within a 5°C to 45°C temperature range, with humidity tolerance between 5% and 95%, offering flexibility across various industrial environments.

Key Advantages

⚡ 320 TH/s SHA-256 performance for strong Bitcoin mining capacity
💧 Hydro cooling system for improved thermal stability and quieter operation
🔌 Industrial AC 380–480V support for professional mining facilities
🌡️ Wide operating temperature and humidity range
📡 Reliable Ethernet connectivity for uninterrupted mining
🏭 Designed for scalable, high-output farm deployment

Released in April 2023, the WhatsMiner M53S++ (320Th) remains a dependable hydro-cooled solution for miners seeking stable long-term performance, quiet operation, and scalable infrastructure compatibility in competitive Bitcoin mining environments.