With the rapid development of 5G, artificial intelligence, and high-performance computing technologies, the power density of electronic devices continues to rise, making heat dissipation a critical ...

Not every product released in the world of technology is large and expensive. And even when that isn’t the case, those products can still improve your overall system. SilverStone’s new M.2 SSD thermal ...

MH&W International has introduced Keratherm U 90 thermal interface material for use where contamination concerns prohibit the use of silicone-based thermal pads, but where high levels of thermal ...

For use where contamination concerns prohibit the use of silicone-based thermal pads, Keratherm U 90, a silicone-free thermal interface material, provides high levels of thermal conductivity. The ...

Thermal conductivity (k) is the ability of a material to to transfer heat. Thermal conductivity measuring systems fall into two categories, static and transient. Static or steady state techniques ...

The trend in end-equipment design is to optimize the module profile for sizing. This introduces a migration from metal heat sinks to PCB copper plane-based thermal management. Today’s modules use ...

This article examines the materials and design approaches for controlling EV battery heat, with a focus on custom thermal interface pads and heat spreaders. By improving heat conduction between cells ...

Once, chip designers could take packaging for granted. No more. With the introduction of low-k dielectric materials and silicon thermal densities that could fry an egg, packaging experts are joining ...

The ability to engineer the thermal conductivity of materials allows us to control the flow of heat and derive novel functionalities such as thermal rectification, thermal switching and thermal ...