AIO cooling on a gaming PC

How Different Technologies Help Your PC Stay Cool

As chips change into sooner and extra highly effective, so does the rise of their energy consumption. Sadly, this enhance in watt capability comes with a corresponding rise in generated warmth. And when chips get too scorching, they may throttle thermally. As a result of if not, they’re going to overheat and die.

However how are GPU and CPU makers in a position to maintain the warmth down? What applied sciences do they use to take advantage of out of latest silicon? At the moment, let’s take a look at the totally different cooling methods PC makers use so we will drive our computer systems to their most potential.

Maximizing Desktop Efficiency

Laptop lovers all the time look to desktop PCs when they need uncooked energy and efficiency. That is as a result of pc circumstances aren’t restricted by house and portability considerations. Whereas some desktop PCs are designed to be small and moveable, most different desktops maximize house and airflow, letting you put in massive and complex cooling methods.

Followers and Heatsinks

An Intel Pentium 4 Processor With a Fan and Heatsink

Lengthy earlier than high-performance chips consumed tons of of watts of energy, virtually all computer systems used followers and heatsinks to chill their methods. At first look, the heatsink appears to be instantly hooked up to the processor.

Nonetheless, there’s normally a skinny layer of thermal paste between the heatsink and the processor that helps conduct warmth effectively away from the chip. The fan then forces air to move between the vanes of the heatsink, cooling it, which in flip cools the processor.


Though water-cooled methods are steadily gaining reputation, particularly amongst high-performance and over-clocked chips, most pc methods at present nonetheless use followers and heatsinks. That is as a result of they’re inexpensive, straightforward to arrange and set up, and there isn’t any threat of damaging your pc’s delicate electronics in case of fan failure.

Liquid Cooling

Because the identify suggests, this cooling approach makes use of a liquid coolant to manage your PC’s temperature. It normally consists of a water block hooked up to the CPU or GPU chip, a radiator, a water pump, and a few pipes or hoses to cycle the coolant. This method is usually simpler at taking away warmth out of your PC, permitting you to push your pc to its limits.

There are two methods to arrange a liquid-cooled pc—the primary is thru the usage of an all-in-one (AIO), and the opposite is thru a customized loop. The previous consists of every thing you want proper within the package deal, making it straightforward to put in and proof against leaks. Nonetheless, it normally solely means that you can cool the processor.

If you wish to cool your GPU and CPU utilizing one radiator, you may must construct a customized loop. Custom-made methods provide you with extra leeway in designing your cooling system, permitting you to create distinctive designs. Nonetheless, they are usually pricier, a bit extra fragile, and require some extra upkeep over AIO coolers.

Large Passive Options


The third desktop cooling choice makes use of massive heatsinks that make the most of the pure movement and convection of air to chill your system. Since these models do not use followers, they must be gigantic, generally going to twice or thrice the dimensions energetic coolers.

These designs are made so you’ll be able to run utterly silent computer systems. These methods should not have the slight whirring sound that followers make once you flip in your PC. This makes them excellent for individuals who want full silence when engaged on their computer systems, like recording artists.

Nonetheless, since there isn’t any energetic cooling, these cooling heatsinks are typically for low to medium efficiency chips solely. You need to additionally count on these chips to run a bit hotter than fan-powered options.

Associated: What Is TDP and How Does It Relate to Cooling?

How Laptops Hold Cool

Cooling a pc when you’ll be able to work with lots of house is one factor, however cooling a skinny slab of metallic and plastic the place all of the parts are smooshed up collectively is a completely totally different ball recreation.

You’ll be able to’t slap on an bizarre fan and heatsink answer to a transportable pc, rather more an AIO or passive heatsink. That is why laptops and cellular units use totally different cooling applied sciences altogether.

Warmth Pipes

heat pipes

One of many first options developed for cooling laptops is warmth pipes. That is how warmth pipes work, in keeping with Celsia, a heatsink producer.

The warmth pipes are constructed with a skinny layer of wick-like construction utilized to their inside partitions to soak up the coolant. It’s then crammed with a cooling liquid, like water, and vacuum sealed. This course of ensures that the coolant is evenly distributed all through the pipe.

When one finish of the warmth pipe is heated, the coolant absorbed within the interior layer evaporates and travels to the cooler finish of the warmth pipe. The coolant vapor then condenses and is reabsorbed within the wick construction. The liquified coolant then travels via the wick again to the heated part by way of capillary motion.

Associated: DIY Methods to Hold Your Laptop computer Cool

These warmth pipes are normally linked to the chip by way of a conductive base plate, with a thermal interface materials between the 2 to assist conduct the warmth. Nonetheless, as processors grew to become extra scorching and highly effective, this utility quickly grew to become inadequate. Some producers solved this by having warmth pipes that instantly contact the chip, but it surely’s not as environment friendly at cooling the whole floor of the chip. That is as a result of the pipes do not get in contact with the entire floor of the processor.

Vapor Chamber


That is the answer to the warmth pipe’s restricted contact patch concern. Vapor chambers are basically warmth pipes flattened and contoured to observe the form of the heat-generating half. So whether or not it is a flat quadrangle or has totally different bumps and dips, vapor chambers keep involved with its complete floor for environment friendly warmth switch.

In keeping with Celsia, vapor chambers improve cooling efficiency by 20 to 30%. Meaning laptops can now have thinner cooling options with out decreasing their efficiency, permitting producers to create high-performance skinny and light-weight laptops.

Water-Cooled Laptops?


Whereas most of us would assume it is unimaginable or impractical to water cool a laptop computer, some producers did not assume so. Some producers supply high-performance laptops that you should use with water cooling. These normally contain a secondary dock that requires a few connections to the pc. Water-cooled laptops supply a bump in efficiency, however they’re an especially area of interest product. That is as a result of it is inconvenient to must plug and unplug the system each time you progress your laptop computer.

It’s important to be additional cautious that there isn’t any water left within the system when transferring it, because it might leak and harm your machine. Moreover, the water-cooling module is cumbersome, making it impractical for such a transportable pc.

Chip-to-Heatsink Interfaces

CPU heatsink with a black background

The chip’s warmth spreader and the vapor chamber or copper base of your heatsink are constituted of arduous metals. Meaning there are certain to be microscopic air gaps between the 2, which dramatically lessens cooling efficiency.

That is why you need to set up both a thermal pad, thermal paste, or liquid metallic between the 2 surfaces to assist conduct the warmth.

Thermal Pads

These pads are the simplest to use answer for conducting warmth. That is as a result of these are stable, squishy supplies that you just lay on the floor of the chip you have to cool. Nonetheless, since they’re nonetheless stable, they’re much less efficient at bridging all of the air gaps between your cooler and processor.

Thermal Paste


That is typically the popular answer by extra pc lovers. That is as a result of they’re efficient at retaining your chip and cooler involved whereas remaining inexpensive. Moreover, thermal paste is normally non-conductive, so even when you by accident let a few of it contact parts of your motherboard, you are unlikely to run into issues.

Liquid Metallic

Because the identify suggests, this materials makes use of metallic to conduct warmth successfully. Since metallic is extremely conductive, it does a wonderful job at retaining your chips cool. Nonetheless, its major draw back is that it is costly, generally as much as 50% pricier. Moreover, since metallic is conductive, when you by accident let a few of it spill to your chip or board and you do not clear it up, you may run into points.

This materials is greatest left for professionals and consultants who know what they’re doing round computer systems.

Associated: The right way to Re-Paste Your CPU

Extra Efficiency, Extra Warmth, Extra Cooling

As pc chips change into highly effective, requiring extra power to run, their warmth output will enhance. That is why it is essential to have an environment friendly cooling answer if you wish to push your {hardware} to its restrict.

However, you do not want the perfect cooling system accessible when you’re not going to be pushing your {hardware} arduous. For many customers, the inventory heatsink and fan configuration that comes together with your processor and GPU would suffice.

And in case you have a laptop computer, you need not fear about these items. That is as a result of the producer may have put in the perfect cooling system in your pc, contemplating its efficiency, portability, and value.

The right way to Stop Laptop Overheating and Hold Your PC Cool

An overheating pc can result in {hardware} harm. Use these tricks to maintain your PC cool and keep a protected temperature.

Learn Subsequent

About The Creator

Leave a Comment

Your email address will not be published. Required fields are marked *