Intelligence database
250 records connecting suppliers, equipment, technologies, projects, and places, 246 of them carrying enough evidence to publish. Aliases, former names, and duty points are searchable.
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Two-phase cold-plate cooling, sold as rack and multi-rack systems under the NeuCool name.
A liquid cooling specialist that makes the parts inside the rack: cold plates, manifolds, and the units that feed them.
One of the longest-established immersion cooling companies, supplying the tanks, the fluid, and the controls together.
Makes both kinds of liquid cooling: the distribution equipment for cold plates, and tanks for immersion.
A liquid cooling specialist for supercomputing sites, supplying both the rack equipment and the chillers behind it.
An energy management and automation group that now sells cooling from the chip all the way out to the chiller.
A Barcelona company that started in immersion cooling and now also supplies cold-plate systems and whole modular facilities.
Sells almost every part of a data center's cooling chain, from the coolant distribution unit at the rack to the chillers outside.
Uses a fluid that boils on the chip, in a sealed loop, so no water goes near the electronics.
An in-rack two-phase direct-to-chip cooling system demonstrated in co-innovation and high-density data-center environments.
A row-sized coolant distribution unit rated at 2 MW, in a cabinet about 750 by 1200 mm.
A coolant distribution platform built from blocks under one set of controls, tested in combinations up to 14 MW.
A metal plate sits directly on each processor, and liquid pumped through it carries the heat out of the rack.
Whole servers sit in a tank of oil-like fluid that does not conduct electricity. The fluid warms up and carries the heat away without ever boiling.
The liquid on the cold plate is meant to boil. Turning to vapor is what carries the processor's heat away.
Small metal blocks that bolt onto a processor and carry its heat away in liquid.
The unit that stands between the building's water and the servers, controlling how much coolant flows, how cold it is, and how clean it stays.
The tank itself, plus everything needed to run submerged servers: power, networking, lifting gear, and fluid handling.
A water-cooled coil built into the back door of a rack, cooling the hot air as it leaves.
DarkNX agreed to deploy Accelsius NeuCool across a planned 300 MW AI data-center campus in Ontario.
Accelsius deployed its NeuCool IR80 two-phase direct-to-chip system at Equinix's DC15 Co-Innovation Facility in Ashburn.
Submer announced a 56 MW owned and operated liquid-cooled data center in Barcelona as a showcase for its facility platform.
The Texas Advanced Computing Center uses GRC ICEraQ Series 10 immersion systems for part of its Lonestar6 supercomputer.
The planned campus pairs NeuCool two-phase chip cooling with Johnson Controls facility chillers.
A water treatment company now owns one of the largest makers of cold plates and coolant distribution units. The deal closed on 2 July 2026.
A sidecar rack takes heat from a liquid-cooled rack next to it and dumps it into the hot aisle, so an existing air-cooled hall needs no new pipework.
After testing several modules together, LiquidStack has put its building-block coolant distribution platform on general sale.
A Taiwanese power-electronics manufacturer is buying roughly 25% of the Warsaw liquid-cooling maker DCX, at a stated total transaction value of about US$176 million.
The second Blaine, Minnesota site is expected to begin production in the first half of 2027 and employ more than 200 people.
Nvidia's Rubin generation is designed to be cooled by liquid arriving at 45 degrees Celsius, warm enough that many sites can drop the chiller.