What does Chilldyne do in data center cooling?
A direct-liquid-cooling company known for negative-pressure coolant delivery intended to reduce leak risk around electronics.
Company profile • Company
Chilldyne
A direct-liquid-cooling company known for negative-pressure coolant delivery intended to reduce leak risk around electronics.
negative pressuredirect-to-chipCDUHPC
Company brief
What Chilldyne does
A direct-liquid-cooling company known for negative-pressure coolant delivery intended to reduce leak risk around electronics. This profile tracks its cooling technologies, equipment, products, projects, and source-backed company activity.
Visit company website- Headquarters
- Carlsbad, California, United States
- Founded
- Not disclosed
- Ownership
- Private
- Market listing
- Not publicly listed
Connected records
Cooling technologies
Connected records
Equipment categories
Equipment category
Coolant distribution units
CDUs control flow, pressure, temperature, water quality, and heat exchange between facility and technology cooling loops.
5 tracked suppliers
Equipment category
Cold plates
Processor-mounted heat exchangers that move GPU, CPU, memory, or power-electronics heat into a liquid loop.
5 tracked suppliers
Equipment category
Liquid cooling manifolds
Rack and row headers distribute coolant between CDUs and individual servers or cold plates.
4 tracked suppliers
Evidence ledger
Primary sources
Profiles distinguish company-reported claims from confirmed operating data. Open the original materials before relying on a specification.
- 01Chilldyne — official website
Chilldyne
Direct answers
Frequently asked questions
Concise answers generated from the structured record and its cited evidence.
Which cooling technologies does Chilldyne support?
Chilldyne is connected to Direct To Chip in the DataCenterChill database. Confirm support for a specific server, fluid, and operating condition with the company.
Where is Chilldyne headquartered?
Chilldyne is headquartered in Carlsbad, California, United States. This profile was last source-checked on August 8, 2026.