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In a data center, every watt saved in cooling is a watt added to compute. While infrastructure (chillers, CRACs) gets […]

Applying thermal paste might seem simple, but doing it wrong can raise CPU temperatures by 10-20°C. Forget the myths and

5G’s promise of speed and capacity comes from high-frequency mmWave bands and dense antenna arrays (Massive MIMO). This creates a

An electric vehicle’s performance and lifespan are governed by the temperature of its battery pack. Keeping thousands of lithium-ion cells

LEDs are efficient, but the energy they don’t turn into light becomes heat at the tiny semiconductor junction. If this

Choosing the right thermal paste is a small but critical step in any PC build or CPU cooler upgrade. With

Upgrading your GPU’s thermal interface is one of the most effective ways to reduce temperatures, noise, and thermal throttling. However,

Is your laptop fan constantly roaring, or does it throttle under load? Over time, the stock thermal paste dries out

Faced with an uneven surface or components of different heights? Both thermal putty and gap pads are designed to conform,

In the quantum world, heat is not carried solely by atomic vibrations (phonons). It can also be transported by collective excitations

The traditional trial-and-error method of developing Thermal Interface Materials (TIMs) is slow and costly. The future lies in predictive computational design.

The quest for the perfect Thermal Interface Material (TIM) is a quest for perfect filler dispersion and connection. Today’s composites