HomeTricks240mm Vs 280mm AIO| A Better Bet for the Right CPU Cooler

240mm Vs 280mm AIO| A Better Bet for the Right CPU Cooler

If you’re shopping for an all-in-one CPU cooler, you’re undoubtedly asking what the difference is between a 240mm and a 280mm AIO cooler. The 240mm AIO is smaller in size but has less cooling power. 280mm, on the other hand, takes up a little more space but cools the CPU faster.

All-in-one water coolers are becoming increasingly popular, thanks in part to the recent arrival of a slew of new models that outperform the competition. As a result, there is a growing need for understanding and comparing gadgets in order to select the best one.

So, which of the 240mm vs 280mm aio is a better fit for you? Both sizes of AIO coolers are common on the market. Which one you should choose is determined on how you intend to use your CPU.

Dive inside to find out.

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Comparing 240mm Vs 280mm AIO

Factors240mm AIO280mm AIO
Radiator Dimension123mm x 275mm x 30mm143mm x 315mm x 30mm
Radiator Size240mm280mm
Fan Size2 Fan Slots (120 mm)2 Fan Slots (140 mm)
Fan Dimension120mm x 120mm x 26 mm140mm x 140mm x 26mm
Fan RPM500 – 2,000 RPM500 – 1,800 RPM
Fan Air Flow65-75 CFM95-100 CFM
Fan Noise21 – 36 dB(A)21 – 38 dB(A)

The following criteria may be used to compare 280mm AIO with 240mm AIO:

  • Radiator Dimension
  • Fan Dimension
  • Fan Size
  • Fan RPM
  • Fan Air Flow
  • Fan Noise
  • RGB
  • Tube Material
  • Price

240mm Radiator Vs 280mm Radiator

When it comes to cooling capacities, radiators are the most crucial component; hence, the larger the radiator, the better the performance. When comparing the 240 and 280 radiators, it is evident that the 280 radiator is superior.

In practise, two models with comparable specifications make no visible difference in terms of lowering the temperature of your computer. What is the distinction between these two radiators?

Comparing the FPI

The first aspect to evaluate is the core’s FPI (Fins per inch). They are zig-zag core components that boost the heat absorption of metal.

Because it may improve surface area and cooling capacity by altering the core, a higher FPI results in a more effective radiator.

By providing more surface area for heat dissipation, a cooler with a higher FPI can outperform a cooler with a lower FPI. The issue is that, while high FPI fans are noisier, they also produce more heat.

Another possibility is to utilise a thicker radiator, which will increase the surface area of the core. You may reduce noise by utilising less FPI with a large radiator.

The contrast in Cooling Fans