Capabilities
Liquid Cooling & Data Center Infrastructure
Coolant distribution, rack loops, and related infrastructure for liquid-cooled GPU deployments.
What we help with
High-density GPU racks often leave air cooling behind. We help you source coolant distribution units, manifolds, cold-plate or direct-to-chip loops, and the connections that interface with your facility water or a specified coolant plan.
We quote to the thermal design and platform you share. We do not assume a standard hall layout, and we do not publish a generic package as if one design fitted every site.
A useful inquiry names the server platform, the intended loop — in-rack, in-row, or otherwise — and whatever is already known about facility water or coolant. If those details are still open, say so; we would rather ask a clarifying question than guess.
Configurations we can quote
These are examples of configurations we can quote, not a catalogue of stock on hand. Availability is confirmed in the quotation. This site does not publish list prices.
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Coolant distribution units
CDUs sized to a rack or a row, quoted to the thermal load and placement you describe rather than as a one-size hall package.
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Manifolds, hoses, and quick-disconnects
The distribution hardware that carries coolant through a rack or a row, specified with the CDU rather than as an afterthought.
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Cold-plate and direct-to-chip loops
In-server loops specified to the server platform, so the plate, tubing, and disconnects match the node being cooled.
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Facility-water and coolant-plan interfaces
Components that meet your facility water or a specified coolant plan, quoted only against the interface conditions you can share.
Practical considerations
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Design first
A cooling quote follows the thermal design and the server platform, not a generic hall package offered as if it fitted every site.
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The loop around the CDU
Quick-disconnects, hose length, and manifold layout should be specified with the distribution unit, not after it has been chosen in isolation.
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Facility interface
Facility-water temperature, flow, and connection type matter as much as the in-rack loop. Share what you know, even if it is incomplete.
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Live-hall constraints
Retrofit work in a running hall needs those constraints stated in the inquiry — access windows, existing pipework, and what cannot be disturbed.
What to include in an inquiry
- The server platform and the rack density the loop must support
- Whether the intent is air, rear-door, or direct-to-chip cooling, if that is already decided
- Facility water temperature, flow, and connection assumptions — or a statement that these are still open
- CDU placement preference: in-rack, in-row, or end-of-row
- Number of racks, or a short thermal-design summary if you have one
- Destination country and any site-access constraints
- The timeline you are working toward, and whether the matching servers should be quoted together
Ready to specify a configuration?
Share the use case, the target build, quantity, destination country, and timeline. We will take it from the inquiry.