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6 Surefire Reasons Why You Should Switch to Watercooled PCs Now



6 Surefire Reasons Why You Should Switch to Watercooled PCs Now

Every PC user knows that gentle (or in some cases not so gentle) hum produced by the small cooling fans that prevent the hardware from overheating. Traditional air-cooling fans have long been the optimal solution for transferring heat away from the hardworking chips. Still, those who use high-end hardware and demand the best possible performance should definitely consider switching to watercooled PCs.

Water cooling solutions are a great alternative to the trusty old air-cooling fan as they offer numerous benefits to both the end user and the computer hardware itself. Watercooled PCs deliver more power and performance because water provides unparalleled heat-transferring capabilities, especially when compared to air.

Modern GPUs and CPUs pack billions of transistors consisting of microscopic components that pass electricity between one another, allowing you to play your favorite games, create content, finish your work-related tasks, or simply enjoy leisure time on the web. But this constant electrical activity comes with an unwanted passenger – heat.

The study conducted by the US Air Force Avionics Integrity Program shows that more than 50% of failures in electronics result from high temperatures. And this is where the advantages of a liquid cooled computer system come into play.  

6 Strong and Cool Reasons You Should Switch to Watercooled PCs

Now that we’ve covered the introduction and provided some context let’s tackle the most tangible benefits of using Watercooled PCs.

1. Consistent and Reliable High-Level of Performance

Computer chips are only as powerful as the cooling solution that keeps their temps in the green. Water-cooling solutions ensure that the components critical for your PC’s performance (like CPU, GPU, VRM, etc.) always have enough headroom to perform optimally but also to allow them to reach their true performance potential. And we all know that performance is the main feature of almost every computer (we’ll delve into the aesthetics later in the article).

2. Higher Cooling Efficiency and Prolonged Life Span 

As we already mentioned, water transfers heat much more effectively than air, thanks to its higher levels of thermal conductivity. This means that water cooling liquid can more easily diffuse the heat from your computer components, allowing your hardware to operate at consistently lowered temperatures, with the fan typically coming into play only when the chips overheat.

Additionally, liquid cooled computer hardware lasts longer as it experiences less wear and tear during computational processes.

3. More Overclocking Power 

The overclocking process accounts for increasing the clock rate of a CPU to exceed that certified by the manufacturer and enable it to reach higher processing speeds. Typically, the operating voltage also increases during this procedure so the component’s operational stability at accelerated speeds can be maintained. The downside of overclocking is that this process can damage your computer if the procedure isn’t conducted correctly due to the increased heat generated by the CPU.

Watercooled PCs mitigate this issue as liquid cooling solutions excel at keeping the overclocked hardware adequately cooled, thus preventing your expensive computer from damage caused by overheating.

4. Reduced Noise 

Not only does a liquid cooled computer system provide improved performance and looks, but it also runs more quietly because the water is doing all the heavy lifting of removing the heat away from the chips. The fan is therefore capable of operating at a lower RPM, so you won’t have to worry about loud fan noise affecting your focus while playing your favorite game or finishing your daily tasks.

5. Available to Anyone  

Gone are the days when liquid-cooling was reserved only for industry-grade computers, seasoned modders, and gamers. 

Thanks to the latest innovations within the landscape of watercooled PCs, building water cooling loops has recently reached higher levels of budget- and user-friendliness. New standards like the EK-Matrix7 allow for an easier and more intuitive loop-building process where even novice-level PC builders can find their way around assembling high-performing liquid-cooled builds.

This can be particularly beneficial to those who need their computer to perform more strenuous tasks like rendering and streaming, as you don’t have to worry about potential overheating and damage that can not only destroy your hardware but also wipe out hours of hard work put into the task.

6. A Liquid Cooled Computer System Simply Looks Much Cooler 

Although the subject of aesthetics can be quite a subjective one, we can probably all agree that watercooled PCs provide unparalleled looks. An additional benefit here is a much higher degree of customizability, allowing for substantially wider options of colors, designs, and materials that enable the user to reach unprecedented levels of designs, personalization, and aesthetics.

Summing Up

When we compare air-cooling and liquid-cooling solutions, we realize that the latter comes out victorious in all possible aspects. Even the maintenance is only slightly more complicated, which is a small price to pay for all the benefits that watercooled PCs unlock. And with the latest innovation in user-friendliness in terms of assembly and installation, switching to watercooled PCs should be a no-brainer.

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