Teraflux technology has taken energy consumption in Bitcoin mining to a new level.

According to the latest announcement of Auradine’s mining equipment, the Teraflux models deliver the best energy efficiency in the industry. According to The Block analyses, the energy consumption in new generation devices is limited to 9.8 joules/terahash, significantly reducing miners’ total costs and providing valuable calculations regarding water prices.

Technical specifications and cooling options

The Teraflux series includes models operating with various cooling systems. The company offers user versions for air-cooled, water-cooled, and immersion (liquid immersion) methods. The most powerful modification reaches a computing capacity of 900 terahash/second, greatly increasing processing power.

The advantage of using water cooling systems, especially in regions with high water prices, is the device’s ability to systematically control temperature, optimizing energy usage. This approach directly impacts miners’ economic outcomes.

Auradine’s global competition strategy

These products, fully developed and manufactured in the USA, increase confidence among foreign supply chain companies and investors. Auradine has received over $300 million in investments, supporting its expanded manufacturing plans and strengthening its position in global markets.

Regarding the company’s next steps, prototypes are scheduled for testing in Q2 2026, with large-scale deliveries beginning in Q3. Additionally, the FluxVision management platform will be enhanced with new features to further improve miners’ operational efficiency.

Energy efficiency - a new standard for mining capability

The announcement of the 9.8 J/TH figure comes at a time when energy consumption plays a crucial role in calculating miners’ profitability. Miners operating in regions with high water and electricity costs can significantly reduce their total expenses using this model.

Auradine’s strategy, based on advanced technical features, is setting new industry standards with high efficiency during periods of intensive energy resource consumption.