Thermal Testing of Electronic Components: Methods & Equipment
Thermal testing exposes electronic components to controlled temperatures to confirm they work correctly and stay reliable across their operating range. Because temperature shapes how electronics perform and how long they last, thermal testing is a cornerstone of semiconductor characterization, qualification, and reliability screening. This guide explains why it is done, the main methods — from […]
Coolant Distribution Units (CDU): The Heart of Liquid Cooling
A coolant distribution unit, or CDU, is the system that manages and delivers liquid coolant to the hardware being cooled — and it has quietly become one of the most important components in modern liquid cooling. As data centers move to direct-to-chip cooling for AI hardware, the CDU is what separates the clean technology coolant […]
Cold Plate Cooling: Liquid Cooling for High-Power Electronics
A cold plate brings liquid cooling directly to a heat source. It is a metal plate with internal channels: coolant flows through it, the device sits on top, and the heat is conducted into the fluid and carried away. As electronics push to higher and higher power densities, air cooling runs out of room — […]
Semiconductor Cooling Solutions: From Test to Production
Semiconductors generate heat whenever they operate, and temperature shapes nearly everything about how they behave — their speed, their leakage, their accuracy, and their lifespan. Effective cooling is therefore central to both making chips and proving they work. This guide explains why semiconductor cooling matters, the methods used from the device level to the system […]
Closed-Loop Cooling Systems: Principles & Industrial Uses
A closed-loop cooling system removes heat by recirculating a sealed coolant in a continuous circuit, rather than drawing on a fresh water supply or evaporating water to the air. Keeping the fluid sealed makes the cooling cleaner, more stable, and far less wasteful of water — which is why closed loops are the standard for […]
Burn-In Testing: What It Is & Thermal Requirements
Burn-in testing is a reliability screen used in electronics manufacturing: devices are run at an elevated temperature, usually under electrical load, so that any units with hidden defects fail during the test instead of in the field. What remains are components that have already survived their riskiest early period. This guide explains why burn-in works, […]
Data Center Cooling: Liquid Cooling Solutions Guide
Data center cooling removes the enormous heat that servers and IT equipment produce, keeping them within safe temperatures and the facility running efficiently. It has become one of the most important — and fastest-changing — parts of data center design, as soaring AI and GPU power densities push traditional air cooling past its limits and […]