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Supermicro

Supermicro Liquid-Cooled Infrastructure

Direct liquid-cooled GPU infrastructure for maximum density and energy efficiency.

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We help you choose, source, and procure the right infrastructure — no obligation.

Configuration at a Glance

CoolingDirect-to-chip liquid cooling (D2C)

GPU CapacityHigh-density data-center GPUs

Facility RequirementCoolant distribution unit (CDU) + plumbing

EfficiencyReduced cooling energy vs air

Tailored per engagement. Full technical overview below.

Overview

Supermicro Liquid-Cooled Infrastructure addresses the heat and power challenges of the densest GPU deployments through direct-to-chip liquid cooling. Nexus Compute helps organizations plan and source these systems — including the facility-side cooling requirements — for large, energy-efficient AI build-outs.

Who This Solution Is For

Organizations deploying the densest GPU configurations

Teams focused on energy efficiency and cooling cost

Large AI build-outs constrained by power or heat

Data center operators modernizing for AI workloads

Business Benefits

Maximum density

Liquid cooling removes heat at the source, enabling far higher GPU density per rack than air cooling.

Lower cooling cost

Direct liquid cooling is markedly more energy-efficient, reducing operating expense at scale.

Quieter, cooler facilities

Heat is carried away by liquid rather than dumped into the room, easing facility cooling load.

Planned end to end

We coordinate both the systems and the facility-side cooling requirements.

Typical Business Use Cases

Dense GPU clusters for large-model training

Energy-efficient large-scale AI infrastructure

Power- or heat-constrained data center modernization

High-density inference platforms

Industry Applications

AI & Machine LearningGovernment & Public SectorEducation & ResearchFinancial Services

Technical Overview

Direct-to-chip liquid-cooled GPU systems and racks with associated coolant distribution requirements, supporting the highest-power data-center GPUs at high density. Engagement includes facility cooling planning.

Cooling	Direct-to-chip liquid cooling (D2C)
GPU Capacity	High-density data-center GPUs
Facility Requirement	Coolant distribution unit (CDU) + plumbing
Efficiency	Reduced cooling energy vs air
Networking	InfiniBand / high-speed Ethernet
Engagement	Systems + facility cooling planning
Scale	Rack- to row-scale (configurable)

Specifications are indicative and configured to each engagement. Request a quote for a configuration tailored to your requirements.

Frequently Asked Questions

What facility changes does liquid cooling require?

Direct liquid cooling needs a coolant distribution unit and rack plumbing with leak detection. We assess your facility and include the requirements in the plan.

Is liquid cooling reliable?

Modern direct-to-chip systems are mature and widely deployed in large AI facilities, with leak detection and serviceable couplings. We advise on operational best practices.

When is it worth it?

For dense, high-power GPU deployments run continuously, the density and energy savings typically justify the facility investment. We model it for your case.

Procurement Assistance

Source the Supermicro Liquid-Cooled Infrastructure with Nexus Compute

Tell us your requirements and a procurement specialist will help you specify, source, and quote the right configuration — typically within two business days. No obligation.

Request Quote Speak to an Infrastructure Specialist