About fluidiQ by Magnalytix
We help teams understand the environment around immersed electronics. Our work brings together continuous electrical monitoring, laboratory testing, and research.
Contact our teamWho we are
fluidiQ brings Magnalytix’s electronics reliability experience to the fluids surrounding electronics in production immersion systems.
We study how those fluids—and the materials, residues, and operating conditions they encounter—affect the electrical environment around immersed hardware. Our work connects continuous monitoring with laboratory testing to help teams recognize changes, investigate their causes, and make informed decisions about fluid performance in service.
Our instruments, laboratory work, and research connect the questions you ask before deployment with the measurements you follow in service.
Immersion Canary follows electrical changes in representative test structures and measures the fluid’s volume resistivity. Those measurements help teams track conditions in single-phase and two-phase immersion systems over time.
Monitoring helps show when the electrical environment is changing. It works alongside laboratory analysis, which is needed to investigate the cause.
Meet Immersion CanaryWe help evaluate how immersion fluids, materials, and components work together. Our testing covers fluid validation, material compatibility, contamination, manufacturing residues, and fluid aging and oxidation.
We can develop a test plan around your application, from comparing candidate materials to investigating a specific reliability question.
Explore our testing capabilitiesOur research examines questions such as how fluid oxidation affects the electrical environment around immersed electronics. Controlled studies help us explore those questions under defined conditions.
We share technical work through presentations, research resources, and industry collaboration, with published findings and ongoing studies clearly identified.
Read our researchWho we work with
We support teams developing immersion fluids, designing tanks and cooling systems, supplying materials and components, and operating data centers. Each approaches immersion from a different angle, and the testing or monitoring needs to reflect that.
The starting point is the question you need to answer. You may be comparing fluids, checking material compatibility, investigating process residues, or trying to understand a change in electrical measurements. We help turn that question into a practical test plan, a monitoring approach, or a combination of both.
We contribute to shared resources and technical discussions that help the immersion community learn from one another.
The Open Compute Project brings people together to share work on computing infrastructure. Our participation includes the Material Compatibility Workstream, where fluid and material questions are part of the conversation about immersion cooling.
Through that work, fluidiQ helped build and continues to help maintain the open-source OCP Material Compatibility Database. It gives the community a shared resource for exploring material compatibility information and the references behind it.
Explore the compatibility databaseIn situ distillation as a closed-loop route to removing dissolved contamination from two-phase immersion fluid, and what that does for system performance.
A multi-fluid study of oxidation and the electrical reliability signals measured by Environmentally Induced Degradation (EID), scheduled for Wednesday, October 14 at 3:15 PM.
Share your immersion application and the question you need to answer. Our team can help you work through the next steps in monitoring, testing, or validation.
