Myths about power consumption and temperature in Intel processors
Does Intel still consume more power and run hotter than AMD? Real data, comparisons, and myths about Intel processors explained without the fluff.
Does Intel still consume more power and run hotter than AMD? Real data, comparisons, and myths about Intel processors explained without the fluff.
What is passive cooling and how to apply it in PCs, homes and buildings to gain comfort, silence and energy efficiency.
PC Fan Size Guide: 40 to 220 mm, Flow vs Pressure, PWM/3-Pin Connectors and How to Position Them for Quieter Cooling.
A complete guide to avoiding CPU fan size incompatibilities, choosing the right form factor, and adjusting curves for better cooling.
Is liquid car antifreeze suitable for GPUs? Pros, risks, and real alternatives for a reliable, high-performance loop.
How to set up liquid cooling with dual radiators and redundant pumps: optimal routing, silence, and key tips for CPU and GPU.
Pros and cons of magnetic dust filters for PCs, where to place them, how to maintain them, and answers to questions about magnets, heat, and radiators.
Guide to using a thermal camera to safely detect hotspots on your PC, including key settings and mistakes to avoid. Improve performance and reliability.
Guide to checking power supply and CPU fan size compatibility: measurements, sockets, CFM, pressure, and noise, with practical tips.
Optimize airflow in ITX and microATX: fans, pressure, AIO, placement, and key models to lower temperatures.
Learn how to mount your heatsink backplate without damaging your motherboard: clear steps, pro tips, and mistakes to avoid. Improve contact, pressure, and temperatures.
Thermal pads for VRAM and VRM: pros, cons, thicknesses, and brands. Real-life cases, safe temperatures, and putty options.
Learn how many sensors your CPU has, what each one measures, safe ranges, and how to lower temperatures with effective tools and tweaks.
Static pressure or air flow? Learn how to choose PC and industrial fans with clear metrics, examples, and practical tips.
Microsoft Microfluidics: 3x more efficient, 65% less GPU power, and more density for AI data centers. Learn how it works and what it entails.
Why do devices get hot? Joule effect, losses, dissipation, and key tips for controlling temperature and preventing malfunctions.
Copper-diamond and nanofilms: how they improve dissipation in CPUs, AI, and data centers. Real-world data, challenges, and upcoming applications.
Causes of BSPDN overheating, the Intel patch, and what to expect from Panther Lake. Key points on heat, voltages, and stability.
Complete process for making a CPU cooler: materials, types, and methods, with practical guidance and performance keys.
Learn how to protect your PC and electronic devices during heat waves with key tips and simple tricks. Protect your equipment now!
Discover the best tricks to optimize airflow in your PC and easily reduce temperatures.
Discover the Noctua NH-P1, the passive heatsink that offers absolute silence and great performance for quiet PCs. Is it worth it for your rig?
What's the best AIO liquid cooler for an i9-13900K? Is it really necessary? We'll tell you everything you need to know.
What are the best Ryzen coolers for the AMD AM4 socket? We've got a list and explain everything you need to know.