Server & Data Center Cooling
Does Direct-to-Chip Cooling Always Require an External CDU?
Determine whether a separate CDU is needed by checking heat rejection, supply conditions, controls and ownership at the server cooling boundary.
Engineering Blog / Technical Articles
Liquid Cooling Engineering Blog
Practical articles for engineers, OEM teams and technical buyers evaluating server cooling, CPU and GPU modules, workstation integration, cold-plate machining, manufacturing and validation.
- APPLICATIONSServers, GPUs & workstations
- ENGINEERINGDesign, machining & testing
- ORDERNewest updates first
Latest Engineering Articles
Browse articles by topic, from cooling module design to manufacturing and testing.
All Articles6 articles
Newest updates first
Testing, Manufacturing & Reliability
Liquid Cooling Leak Tests vs Pressure Tests: What Does Each Prove?
Compare tightness and pressure-withstand evidence. Define methods, conditions, test boundaries and acceptance records for a liquid cooling module.
CNC Machining & Cold Plates
Why Cold Plate Design Needs a Heat Map, Not Just Total Watts
See why equal watts can need different cold plate designs. Prepare source footprints, load cases, contact geometry and fluid conditions for review.
OEM Liquid Cooling Engineering
Custom Liquid Cooling Requirements: What Is Fixed and What Can Change?
Separate fixed requirements, design choices and open assumptions in a liquid cooling RFQ. Assign owners, acceptance conditions and change controls.
CPU, GPU & Workstation Cooling
Air vs Liquid Cooling for Professional Workstations: When Is a Change Worthwhile?
Decide whether workstation liquid cooling solves a real workload limit. Compare sustained output, noise, enclosure fit and service needs using a fair test.
Server & Data Center Cooling
Closed-Loop vs External-Loop Server Cooling: Who Owns Heat Rejection?
Compare server cooling heat paths, node interfaces and ownership. Define inlet conditions, supplier boundaries and acceptance before choosing a module.