Liquid Cooling vs Air Cooling – What is the better cooling solution for PC enthusiasts and gamers?

Read our take on liquid cooling vs air cooling if you’re looking for the best thermal performance for overclocking while enhancing the overall look of your rig.

When should you choose air or liquid cooling?

When choosing between air and liquid cooling depends on your specific needs. Air cooling is more cost-effective and simple, and uses fans to dissipate heat.

Liquid cooling offers superior thermal performance, and it’s the right choice if you’re looking for overclocking and getting the best performance results. Liquid cooling is better for more demanding tasks.

This kind of cooling involves a closed-loop system with a pump circulating coolant for efficient heat transfer. Liquid cooling is favored by both hardcore gamers and enthusiasts for its sleek aesthetics and high thermal load handling.

Why choose Air cooling?

You should choose air cooling for your computer if you’re looking for a cost-effective and reliable solution. It’s easy to install, requires minimal maintenance, and is suitable for standard usage.

Pros of air cooling:

  • Cost-effective: An air cooling solution is generally more affordable than liquid cooling.
  • Reliability: Air coolers have fewer components and therefore more reliable.
  • Ease of installation: Installing air coolers is straightforward and user-friendly.

Cons of air cooling:

  • Limited cooling capacity: Air cooling may have limitations in handling extremely high thermal loads compared to liquid cooling.
  • The physical size: Air coolers are often bulkier and bigger than other solutions and may occupy more space in your case.
  • Noise: Some air coolers can generate more noise compared to certain liquid cooling setups.

Why choose Liquid cooling?

You should choose liquid cooling for your computer if you demand superior thermal performance to maximize your experience during intensive tasks like hardcore gaming or overclocking.

Pros of liquid cooling:

  • Performance: Liquid cooling systems offer more efficient heat dissipation which makes them more powerful than air cooling systems.
  • Aesthetics: Liquid cooling setups often provide a sleek and visually appealing look – and we like to show off our beautiful systems in home.
  • Lower noise: Liquid cooling are often quieter than air cooling solutions which contributes to a more peaceful experience.

Cons of liquid cooling:

  • The price: Liquid cooling systems are typically more expensive than their air-cooled counterparts.
  • Maintenance: While modern cooling systems are designed for minimal maintenance, some might require occasional attention to secure proper functioning and longevity.
  • The installation: Installing liquid cooling setups are harder than air cooling and requires attention to avoid leaks or incorrect installation.

You can find all our installation guides here.

Are Water Cooling and Liquid Cooling the same?

Yes, water cooling and liquid cooling are terms often used interchangeably to describe the same thing. Both refer to cooling systems that use a liquid to dissipate heat from computer components. Liquid cooling systems can include various coolants, not limited to one specific kind of liquid.

The differences between Liquid Cooling and Air Cooling

Your computer’s cooling system is one of the most important components of its overall performance. The type of cooling system you choose can have a significant impact on your computer’s overall performance, as well as its lifespan.

There are two primary types of cooling systems for computers: air cooling and liquid cooling. Air cooling systems use fans to circulate air around the components of your computer, while liquid cooling systems use a liquid to transfer heat away from your components.

But how do we decide on which solution is the best? We try to answer this by taking a closer look at the main differences on performance, overclocking capabilities and aesthetics and decide on the true winner between liquid cooling vs air cooling.

Liquid cooling provides performance advantages and good looks

PC enthusiasts demand top performance from any system, whether it’s a budget build or an expensive monster rig. Almost equally important are eye-catching aesthetics so builders can show off their creations as an extension of their self-expression.

liquid cooling vs air cooling

It is hard to overstate the significance of this trend. Clear window side panels are immensely popular with PC enthusiasts and eSports systems. So, a cooler purchase is about both performance and presentation. This is one of the areas our AIOs have an advantage over bulk air coolers.

Enabled with RGB support, our CPU liquid coolers provide a striking and diminutive flare to help turn your PC into a high-performing work of art. This extends to our legacy GPU cooling as well, which has been a point of pride thanks to the emergence of horizontal mounting brackets supported in some PC cases.

Liquid Cooling enables overclocking headroom

Reasonable clock rates can be sustained almost indefinitely by properly cooling CPU and GPU processors, while more aggressive cooling equates to more headroom for overclocking.

Overclocking increases the base clock rate frequency, resulting in faster CPU processing and higher performance in any software that is CPU dependent – from Adobe Premiere pro to CS:GO video gaming. Overclocking the GPU does the same to increase performance of GPU-bound applications such as many modern video games like Apex Legends.

liquid cooling vs air cooling

Moreover, adequate cooling of these components will prevent CPU and/or GPU throttling. Throttling is when a processor’s clock speed is reduced or scaled back automatically to reduce the amount of heat being produced.

It impedes productivity for professionals and negatively impacts the immersive gaming experience for players. Therefore, adequate cooling is essential to both work and play on any PC system. Here liquid cooling generally outperforms most air cooling solutions.

Liquid versus air cooling – which performs best?

Given the heat capacity of water versus air, water cooling can act as a buffer to delay the ramp up of case fans resulting in an even heat curve and ultimately a quieter computing experience. And liquid cooling limits thermal throttling of the CPU due to heat spikes associated with air cooling.

liquid cooling asetek

Air cooling, which entails heat sinks and fans, is best for those on very limited budgets. Air cooling is less expensive and therefore has a higher performance per $ (the amount of cooling you get for every $ spent). Air cooling does have its limitations, however.

Aggressively high overclock speeds are not possible. Assessing components around the CPU socket can be very difficult with large bulky air coolers. The added weight has also been known to bend and warp motherboards over time.

Sealed loop liquid cooling offers a simple, elegant, and easy-to-use solution that is highly effective at drawing heat away from the die and dissipate it through the radiator. The radiator fans draw thermal energy out of the case to help manage ambient temps. This aids liquid cooling to provide the performance benefits of heat dissipation and greatly reduces temperature spikes. Plus, we see a fan curve that is steadier than that with air cooling, thereby limiting the possibility of noise associated with fan ramp-ups.

The radiator, or heat exchanger (HEX), in a liquid cooler, can dissipate more heat than is possible with an air cooler. Because the radiator has a larger surface area than the heat sink, therefore a greater ability to extract heat from the case.

An additional benefit of liquid cooling is that the radiator can be positioned in a variety of places within a case to best exhaust the ambient hot air. With liquid cooling, one gets a steady flow of heat dissipation along with an efficient means to expel the extra heat from the system, compared to air cooling.


Enthusiasts and gamers generally make liquid cooling AIOs the centerpiece of their systems as they are much more attractive than air-coolers. The CPU pump block aesthetics are key since the CPU socket is seen center stage when one looks through the case window.

liquid cooling vs air cooling

With upgraded aesthetics like ASUS ROG Aura Sync RGB lighting, custom cap branding, and braided sleeves, Asetek-based AIO coolers provide enthusiasts and gamers a premium look to go along with premium thermal performance.


For high-end CPUs intended for overclocking, all-in-one liquid cooling makes the most sense over air coolers. Asetek invented the sealed-loop liquid cooler and continues to be the technology of choice for premium AIOs on the market today, from the likes of ASUS ROG, Dell-Alienware, NZXT, EVGA, Thermaltake, and more.

air cooling vs liquid cooling

For even more on this topic, read the article ‘Air vs. Liquid Cooling: Let’s Talk GPU Cooling‘.

Why Asetek Liquid Cooling?

Asetek provides advanced performance and reliable liquid cooling solutions for CPU cooling.

  • CPU Cooling Solutions
    Our CPU coolers provide you the cooling you need even for highly overclocked CPUs
  • GPU Cooling Solutions
    Our legacy GPU coolers were designed for improved acoustic and greater overclocking potential over stock air cooling solutions

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