The Cirrus MK1 is a compact immersion-cooled workstation developed by ENERMAX that utilizes a two-phase liquid immersion cooling system. In collaboration with technology partners Daikin and Shinohara Electric, the system is engineered to deliver up to 3,300 watts of cooling capacity while maintaining a Power Usage Effectiveness (PUE) as low as 1.02. This cooling solution is designed to manage the thermal load generated by high-performance computing tasks such as artificial intelligence development, 3D design, and rendering applications, thereby ensuring stable operating conditions even during prolonged periods of intensive use.
In addition to its advanced cooling methodology, the Cirrus MK1 focuses on reducing overall energy consumption and carbon emissions. The design integrates the immersion cooling system within a compact workstation form factor, contributing to a reduction in energy overhead relative to conventional cooling approaches. This approach aligns with ENERMAX’s commitment to sustainability, offering a solution that balances high computational performance with environmentally responsible design practices.
Compact High-Performance Workstations
ENERMAX Unveiled the Cirrus MK1 at Computex 2025
Trend Themes
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Immersion-cooled Computing — Immersion-cooled computing is revolutionizing workstation design by significantly enhancing thermal management efficiencies, enabling stable operation of high-performance tasks such as AI development.
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Sustainable High-performance Computing — The push towards sustainable high-performance computing is creating systems like the Cirrus MK1, which deliver powerful processing capabilities with lower energy consumption and carbon emissions.
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Compact Form Factor Workstations — Compact form factor workstations are innovating the computing landscape by integrating advanced cooling technologies into smaller, more efficient designs without compromising on performance.
Industry Implications
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Artificial Intelligence Development — AI development is benefiting from high-performance workstations capable of handling intense processing loads through advanced cooling systems, thus supporting more complex computational tasks.
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3D Design and Rendering — The 3D design and rendering industry is experiencing transformative changes as compact workstations offer enhanced graphics and processing power while maintaining energy efficiency.
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Sustainable Technology Manufacturing — Sustainable technology manufacturing is evolving to include efficiently cooled workstations that adhere to environmental standards while delivering high computing power.