Equipment category • Equipment category
Processor-mounted heat exchangers that move GPU, CPU, memory, or power-electronics heat into a liquid loop.
Role in the thermal chain
Cold-plate performance depends on internal channel geometry, mounting pressure, materials, flow rate, pressure drop, coolant, and the thermal interface to the package.
Buyer checklist
Connected records
A direct-liquid-cooling specialist supplying cold plates, coolant distribution units, manifolds, controls, and deployment services.
A thermal-management manufacturer producing cold plates, liquid loops, heat exchangers, and engineered cooling components.
A microconvective liquid-cooling company developing cold-plate and system-level solutions for dense processors and compute platforms.
A two-phase direct-to-chip thermal-management company developing rack and multi-rack systems under the NeuCool platform.
A two-phase direct-to-chip cooling company using a dielectric fluid in closed-loop systems designed for high-density compute.
Connected records
Connected records
A liquid loop moves heat from processor-mounted cold plates to a CDU and then to facility heat rejection.
A dielectric working fluid boils at a processor cold plate and condenses elsewhere in a sealed loop.
Evidence ledger
Profiles distinguish company-reported claims from confirmed operating data. Open the original materials before relying on a specification.
DataCenterChill research
Direct answers
Concise answers generated from the structured record and its cited evidence.
Transfer component heat directly into a technology cooling loop. Cold-plate performance depends on internal channel geometry, mounting pressure, materials, flow rate, pressure drop, coolant, and the thermal interface to the package.
Cold plates is commonly connected to Direct To Chip, Two Phase Direct To Chip.
Is the plate validated and warrantied for the exact server and processor? What heat load, flow rate, pressure drop, and coolant define the rating? Which quick disconnects and wetted materials are used?