Today’s trending product, the Air Cooler. As we know, many people want to use it and buy it. According to our last survey, we found that most people want to know: Why Air Cooler and Liquid Cooler CPU…So we will deeply analyze this question.
First of all, What does a CPU cooler do? And if you knows, jump to the next heading.
A CPU cooler is a heatsink and fan that dissipates heat from your computer’s central processing unit (CPU) to the air. A processor generates more heat than any other part of your computer, as it operates at around 100 degrees Celsius. It needs to be cooled because its temperature has a direct impact on performance and overall stability. The installation of an aftermarket cooling solution can help improve system stability by preventing crashes caused by overheating issues.
- The Difference: Air Cooler vs Liquid Cooler CPU
- Heat Sink vs Heat Pipe Comparison:
- The price of Liquid Cooler CPU:
- The price of an Air Cooler CPU:
- Air Cooler vs Liquid Cooler PC: Pros and Cons
- For those who don’t know about CPU coolers.
- What is a CPU cooler?
- What is Liquid Cooler CPU?
- How does a water cooling PC work?
- What is the best CPU liquid cooler?
- Is water cooling better than fan cooling?
- Frequently Asked Questions
- Summary: Liquid Cooler CPU vs Air Cooler:
The primary job of a CPU cooler is to stop your processor from overheating, which may lead to permanent damage or a shorter hardware lifespan due to increased wear and tear. An active cooler performs this task by drawing cool air into the device via an intake fan. The air passes over the heat sink, a series of metal fins designed to dissipate thermal energy as effectively as possible. The fan then blows the heated air out of your computer case through an exhaust vent, allowing cooler air from outside the PC to be drawn in and circulated through the device’s interior components.
Preventing processor overheating:
Many cooling fans will come with a “thermal probe” that attaches to your CPU’s heat plate – this measures ambient temperatures and automatically adjusts fan speeds according to changes in load levels experienced by your CPU. As such, if you find that the performance of your system fluctuates at random times – even when you’re not doing anything strenuous – this is likely a sign that your Processor is experiencing thermal runaway.
This is when an increase in heat generated by your processor causes it to run faster, which results in the production of even higher temperatures, and so on. Suppose you don’t install a CPU cooler or upgrade your existing one soon (or overclock your CPU). In that case, this will eventually result in either permanent hardware damage or premature shutdown before any serious damage occurs.
The Difference: Air Cooler vs Liquid Cooler CPU
Both types of CPU cooling units have benefits and drawbacks – depending on your situation, one might be better suited to you than the other. To find out which is the best CPU cooler for you, take a look at our guide below!
Heat Sink vs Heat Pipe Comparison:
The main difference between these two technologies is that heat pipes are designed with high-end industrial applications in mind, while heat sinks are more commonly associated with home users/DIY hobbyists who are building their first PCs. You should also know that each type has its own pros and cons:
For starters, a fan attached to a metal heatsink will blow hot air away from the PC case and out into your room, but it doesn’t guarantee that other components won’t still overheat (especially if there’s a lack of airflow inside your computer). Heat pipes work in a similar way to heat sinks, but they have an added advantage because even though the fan will still blow hot air from the processor out into your room, steadier thermal conduction is achieved by having a copper base that contacts this component closely.
This means that you don’t need to worry about other components overheating while using this type, but it does cost more than a heat sink because heat pipes are usually placed directly over the CPU and/or GPU before being attached to a water cooling unit. On top of that, many people who buy these types also install a heatsink too just for good measure – although each serves its own purpose.
The benefit of doing this is that all components will be cooled efficiently (if your water cooling unit can’t reduce the temperature of some areas enough, then you should attach another fan or heatsink to it). Nevertheless, this isn’t always necessary as some liquid cooling solutions come with attached heat pipes which exit via the radiator; these are self-contained and don’t require maintenance.
The price of Liquid Cooler CPU:
The price of liquid coolers can vary greatly depending on the configuration. Those with two 120mm fans typically cost around $50 or more, whereas models with a single fan usually range from $30 to $40 USD. However, if you want an overclocking-oriented model that can dissipate up to 500W of heat, then expect to pay anywhere from $150 to 300 USD or more!
The price of an Air Cooler CPU:
As for the air cooler, it can also vary considerably depending on the model. Each of them is classified differently. If you want an entry-level or moderate performance model, expect to pay around $20 to $50. However, if you’re looking for a high-end enthusiast model that performs as well as a liquid cooler, it will cost around $100 to $400 or more!
Air Cooler vs Liquid Cooler PC: Pros and Cons
It’s also worth mentioning that building a computer with an air cooler isn’t difficult because they’re designed for first time users – however, this varies depending on the motherboard because some motherboards do not provide sufficient space between the CPU socket and surrounding components, so if you have a limited amount of room in your case then an air cooler would be preferable.
Overclocking is also easier with an air cooler because there are no fiddly connections or tubes that over-tightening screws can damage, but these types of coolers are not as effective as liquid cooling systems because they’re usually larger and spread the heat out in a less efficient manner.
On the other hand, however, water coolers have the advantage of providing better thermal dissipation (especially if you use submersible pumps), which means your components will run cooler even if you decide to overclock them; this is what makes them perfect for enthusiast users who want to squeeze every drop of performance from their PC without worrying about stability issues.
You should also know that these types of coolers require very little maintenance – all you need to do is change the coolant every few years/months (depending on how often you use your PC), and depending on the brand, they’re also very quiet when in operation.
For those who don’t know about CPU coolers.
What is a CPU cooler?
A CPU cooler is a small, usually passive heat sink and fan designed to cool a computer’s Central Processing Unit (CPU). High-end CPUs can generate large amounts of heat, requiring additional cooling systems such as water cooling or even liquid nitrogen. Most standard processors run at temperatures around 95 degrees Celsius and function without active cooling up to a certain temperature (cTDP) (usually somewhere between 45 and 65 degrees Celsius). However, if you plan on overclocking your system, you must install an aftermarket cooler before increasing voltage any further.
What is Liquid Cooler CPU?
The liquid cooler is an open loop, a fluid cooler that is usually used for personal computers to cool CPUs. In most cases, it uses water or a mixture of distilled water and anti-fungicide/anti-bacterial chemicals. According to the National Association of Home Builders, this type of cooling was introduced into the industry in the 1980s and gained in popularity during the 1990s until its peak.
Liquid coolers fell out of favor when higher-performing fans with heat sinks became more affordable. It began getting attention again when PC cases started being made from aluminum because aluminum conducts away from heat sources faster than steel, allowing liquid coolers to pull heat from components such as CPUs.
How does a water cooling PC work?
A water cooling PC consists of a water pump, tubing, a radiator and a fan. The fan cools the radiator, which is why PC water cooling can work to great effect as well as help you save money on your electric bill.
In addition to the basic concepts involved in conventional PC cooling, how water cooling PC works uses its own unique principles: moving parts from vacuum tube technology into another form of liquid-cooling called a closed-loop system. This design may seem complicated, but it is relatively simple and consists of only two major components – a chiller/heat exchanger that lives outside the computer case – then there’s a water block that sits directly over the processor socket area on the motherboard. In terms of performance, it will hold its own against other top-of-the line cooling solutions.
Compared to water cooling PC systems, the closed-loop system has some advantages, such as not requiring any filling of fluids and, therefore, can be easily installed by anyone who knows how to install a typical microprocessor. The cost is also lower than that of some types of high-end cooling systems.
Water cooling PC works like this: water is pumped from a garden hose connection (outside) and usually leads through a filter and heat exchanger before entering the chiller/heat exchanger where it collects heat; then, after collecting heat, it flows back to the radiator which blows air over the tubes carrying the heated liquid – at this time, water absorbs more heat before exiting via another heat exchanger and pump and is finally returned to the beginning of the loop and starts all over again.
It’s pretty simple how does water cooling PC works – but there can be complicating factors such as if you experience a leak or your condenser has problems, it will turn it into a nightmare, especially if you do not know what to do. And so you must learn some basic skills on how to use this process properly for maximum benefit – then simply follow these steps:
- Establish which type of computer case allows your installation – custom cases are best where space is at hand.
- Install tubing with proper fittings (and water blocks) onto computer components and plan out their positioning carefully and logically.
- The tubing must be routed so that there are no collisions or restrictions to avoid using too many fittings.
- The tubing from the heat exchanger goes into a fill port, at which time you can attach your garden hose and turn on the water supply.
- It’s important to use a high-quality block that allows for maximum flow rate as well as one that is compatible with available CPU sockets. In this case, a water cooling PC will do its job best if you choose a closed-loop system instead of a cheaper DIY alternative – this type of unit cannot fail because it doesn’t have any moving parts to wear out over time. And without the need for pumps and reservoirs, chances of leakage are very slim. As long as you do not over-tighten fittings and keep all connections tight, including the garden hose, the water cooling PC will work well for years and also help in extending the life of your computer hardware.
And that’s how does water cooling PC work: in a nutshell, this type of water cooling works by circulating heated liquid through tubing which is attached to fans which produce cool air – it can be set up easily without any hassle and will never fail if installed properly according to the instructions provided with each unit – so now you know what you need to do if you want to save money on your electric bill as well as improve your machine.
What is the best CPU liquid cooler?
Yes, this is a fairly simple question. But to find the best CPU cooler, it’s not so simple. First of all, you have to define what you mean by best. What is the most effective? The most silent? The easiest to install? The best looking? Or the most expensive?
Is water cooling better than fan cooling?
Fan cooling is cheaper, and you won’t have to deal with any leaks, but it’s also less effective as air coolers cannot easily dissipate as much heat as water coolers can. All in all, we would recommend air cooling for those who aren’t planning on overclocking their system and only want to use their computer for word processing or other basic tasks – gaming enthusiasts and those who perform CPU intensive work such as video editing will definitely want a liquid-cooling solution if they expect their PC should operate reliably over the long term.
Frequently Asked Questions
Is a liquid CPU cooler worth it?
A liquid CPU cooling system is not really new, but it allows for better thermal transfer, which results in lower operating temperatures. With higher operating temperatures comes a higher risk of component failures. If you are into overclocking, then it is definitely worth it, but if you are the kind that buys the stock CPU cooler, it is probably not worth the extra money.
Which type of cooler is best for CPU?
Air or water? Well, as a rule of thumb, air coolers are only good at low temperatures, whereas water coolers are good at high temperatures. So if you have a high-end processor that you will be overclocking and running at very high temperatures, you would want to go with a water cooler (i.e. Corsair Hydro H60, Noctua NH-D15). Water coolers also had more radiator volume, thus making them more efficient and better at dissipating the heat. On the other hand, if you want to install a cooler on a medium to the low-end processor, and you want it to be effective at low temperatures (say, below 85 Celsius), then you should go with an air cooler (i.e. Cooler Master Hyper 212 Evo, Noctua NH-U14S).
Should I use an AIO cooler or air cooler?
You should always go for an air cooler over an AIO cooler. The reason is that air coolers are a lot cheaper than AIO coolers. So you can save money if you go for an air cooler.
Summary: Liquid Cooler CPU vs Air Cooler:
So, all in all, air and liquid cooling units both have their own benefits and drawbacks – it really depends on what you personally want out of a computer because not everyone will need or want an extreme-performance system that can be overclocked.
As such, if you only play older games using integrated graphics, then it’s best to stick with an inexpensive heatsink so long as your case has enough airflow inside; by doing so, you won’t need to worry about performance bottlenecks related to high temperatures, and you won’t have to spend any extra cash on a liquid cooler that you don’t really need.
However, if your PC is using a high-end GPU, then an air cooler will not provide sufficient cooling – instead, it’s best to invest in a water cooling unit that will remove more heat from the processor and other components more effectively, especially if you plan on overclocking as well as playing games or performing CPU intensive tasks such as video editing.
In fact, even if you only play brand new titles with an air cooler by itself, some games are so demanding that they can still cause instability issues over time because of excess heat being generated from the CPU.