Liquid Cooling for High-Performance Computing
Sustain performance at higher compute densities
AMAX Designs Liquid-Cooled Solutions for Demanding HPC Environments
AMAX designs and deploys liquid-cooled HPC infrastructure for scientific computing, engineering simulation, semiconductor workloads, research, and other compute-intensive environments. From cold plates and coolant distribution units to rack design, controls, and facility connections, each solution is engineered around the workload, site conditions, and operating requirements.
Cooling Architecture
Direct-to-Chip Liquid Cooling
Cold plates transfer heat directly from CPUs, GPUs, accelerators, and other high-power components into the liquid loop. This approach supports dense HPC nodes while reducing the heat released into the room.
Rack-Level Coolant Distribution
In-rack and in-row coolant distribution units manage flow, pressure, temperature, and heat exchange between facility water and the technology cooling loop. Manifolds and quick-disconnect assemblies support orderly distribution and service access across the rack.
Liquid-to-liquid, liquid-to-air, and hybrid cooling
AMAX supports multiple heat-rejection approaches based on facility readiness. Liquid-to-liquid systems connect to a facility water loop, liquid-to-air systems reject heat into the room, and hybrid designs address mixed air-cooled and liquid-cooled equipment.
Enclosed industrial cooling systems
For factory, laboratory, and semiconductor environments, AMAX develops enclosed liquid-cooled cabinets with mechanical protection, monitoring, safety controls, and service access suited to the installation site.
Engineered Beyond the Cooling Loop
Liquid cooling is only one part of a successful HPC deployment. AMAX integrates thermal, mechanical, electrical, monitoring, validation, and deployment requirements into the complete system.
Thermal and Hydraulic Design
- Component and rack heat-load analysis
- Coolant selection and material compatibility review
- Flow, pressure, and temperature planning
- Manifold, hose, valve, and quick-disconnect selection
- Condensation and dew-point considerations
Rack and System Engineering
- CPU, GPU, accelerator, memory, storage, and network configuration
- Rack layout, cabling, power distribution, and service clearance
- CDU placement and facility connection planning
- Mixed air-and-liquid cooling support
- Mechanical design for installation and transportation requirements
Monitoring and Protection
- Leak detection and containment provisions
- Flow, pressure, and temperature monitoring
- Alarm, warning, and controlled-shutdown functions
- Rack and component health visibility
- Controls designed for operational response and maintenance
Validation and Deployment Support
- Site and facility-readiness assessment
- Factory assembly and rack-level testing
- Cooling-loop flushing, filling, and commissioning support
- Thermal and workload validation
- Documentation, training, and lifecycle services
AMAX Rack Liquid Cooling Solutions
Built for high-power GPU clusters, AI factories, and rack-scale computing, AMAX LiquidCool solutions combine thermal engineering, intelligent monitoring, and industrial-grade reliability to support production AI deployments.
Compute Density
- Up to 64 Computing Nodes or 80 Data Center GPUs
Thermal Efficiency
- 100% Heat Capture
- Cooling customization supports Liquid to Air, Liquid to Liquid & Hybrid
Operational Reliability
- Industrial grade components
- Component to rack level monitoring & warning system with emergency shutdown
- Fully designed for leak detection, warning & 110% collection system
- Designed for Seismic Zone 0-4
Validate Liquid-Cooled Racks Before Deployment
AMAX HostMax™ provides a production-adjacent environment for bringing up and testing liquid-cooled GPU and HPC racks under operating conditions before shipment or site deployment. Engineering teams can assess hardware stability, software compatibility, cooling performance, monitoring, and workload readiness while systems remain close to the manufacturing floor.
Plan Your HPC Liquid Cooling Deployment
Whether you are upgrading an existing cluster, preparing a facility for higher rack densities, or developing a new liquid-cooled HPC platform, AMAX can help define and deliver the system around your workload and site.