Blog

Learn how PC fan static pressure curves work, why maximum CFM can mislead, and what independent tests reveal about radiator airflow and cooling performance.

Maximum CFM and maximum static pressure describe two opposite ends of fan performance. A P-Q curve shows what happens between them—and that middle ground is where radiators, filters, mesh panels, and real PC cooling actually operate.

How CPU cooler mounting pressure affects CPU cooling, contact quality, thermal paste spread, CPU temperature, and AIO performance.

Coolant temperature vs CPU temperature for fan control: learn which sensor gives smoother AIO fan curves, lower noise, and better radiator control.

CPU package temperature vs core temperature explained for AIO users. Learn which CPU temperature matters, how thermal throttling works, and what to monitor on modern Intel and AMD processors.

240mm vs 360mm AIO: learn when a 240mm cooler is the smarter choice for gaming, airflow, noise, fitment, cost, and real CPU heat loads.

GPU-focused airflow is reshaping PC case design as 360W, 450W, and 575W graphics cards demand direct intake, lower temperatures, and smarter cooling paths.

GPU clearance changes when a front radiator is installed. Learn how to subtract radiator and fan thickness, measure real GPU length clearance, and avoid expensive PC case compatibility mistakes.