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Computing cabinets - Gaia

Liquid cooled computing cabinet with integrated power distribution, safety features, and centralized management software

Gaia is a self‑contained, liquid‑cooled computing cabinet engineered for high‑density industrial computing systems. Its integrated heat exchanger minimizes footprint and reduces total cost of ownership, delivering reliable cooling in environments where air cooling is insufficient.

With nominal cooling capacities of 25 kW and 50 kW, Gaia supports extensive loads, including full configurations of Zeus rack servers or customer‑specific hardware. It maintains stable thermal conditions through a sealed internal airflow combined with liquid cooling, making it ideal for semiconductor fabs and other thermally constrained industrial settings.

A built‑in power distribution unit, mains switching, overload protection, and optional 200 V / 400 V variants ensure safe and compliant operation. The cabinet is designed around stringent industrial safety practices, including Emergency Machine Off (EMO) integration and multiple malfunction‑detection sensors.

Gaia supports fast deployment and easy maintenance, with modular components, hot‑swappable fans and sensors, and complete integration with Prodrive Centralized Management for diagnostics, fleet monitoring, and mixed hardware management.

  • High-capacity cooling

    Hybrid water-to-air cooling system with performance up to 50kW

  • Industrial-grade safety and reliability

    EMO support, malfunction sensors, robust components, and hot‑swappable modules

  • Integrated power distribution

    Built‑in mains switching, overload protection, and 80 A / 160 A PDU options for 200 V or 400 V configurations

  • Centralized management software

    Unified monitoring, diagnostics, and fleet‑level control through Prodrive Centralized Management.

  • Customizable off-the-shelf

    Standard configurations available and customer‑specific hardware/software integration options for OEMs

Benefits

  • High density in limited footprint

    Gaia’s liquid‑cooled design supports dense compute clusters without requiring external air‑conditioning infrastructure.

  • Reduced operational cost

    Closed‑loop cooling minimizes heat loss, reduces energy consumption, and lowers facility‑level cooling demands.

  • Reliable 24/7 industrial operation

    Lifecycle‑controlled components, safety mechanisms, and hot‑swap fans ensure continuous system uptime and predictable long‑term operation.

  • Simplified serviceability and monitoring

    Prodrive Centralized Management enhances visibility across all servers and cabinet components, accelerating troubleshooting and reducing downtime.

Application areas

  • High-density industrial computing clusters

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  • Research and simulation environments

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  • OEM integrated systems

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Markets & industries

  • Semiconductor

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    Image processing and defect classification

  • Industrial Equipment OEMs

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    Provides safe, reliable compute infrastructure that can be embedded into machinery or production ecosystems.

  • High-tech research laboratories

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    Stable cooling and high‑power compute suitable for AI/ML, HPC, and algorithm development.

Technical specifications

Gaia 50kW
Height 42 Rack Units
Width 19” (EIA and IEC compliant)
Depth 790 mm
Cable Ducts 7x front-to-rear
Dimensions
Height 2000mm
Width 800mm
Depth 1200mm
Cooling
Type Closed-loop, water-based
Power Dissipation 25kW / 50kW (to coolant)
Coolant Consumption Up to 80l/min
Fans 6x Hot-swappable
Airflow 7500m3/h
Integrated Power Distribution
Mains 200/208V phase-phase 50/60Hz / 400V phase-phase 50/60Hz
PDU Up to 48x C13 or 40x C19 fused outlets
Rated current per phase up to 160A
Cabinet Management
I/O 5x GbE
1x DP output
2x USB2.0
Interfaces Web interface, IPMI, Redfish
Sensors Coolant Flow and Temperature
Smoke sensor
4x Air Temperature
3x Humidity
3x Leakage Detect
2x Door Open/Closed
Safety
Safety Features EMO front and back
Leakage detection
Normally closed shut off valves
Overtemperature protection
Compliance
Standards SEMI S2/S8/F47
Safety UL/CSA/NEN-EN-IEC-62368-1
EMC EN 55032/55035, CISPR/KN 32/35

Let’s find the right fit!

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