This list contains all essential abbreviations, portmanteaus, and other important lingo used by computer liquid cooling community. With unmatched thermal performance, water cooling is the only solution that allows successful heat removal from critical components in a modern-day PC. Compared to air, water transfers heat more efficiently, which is why liquid cooling is the only way to keep your overclocked hardware under control and enjoy the quiet.
Plus, only liquid cooling can help you turn your PC into a visual masterpiece. Our product portfolio is unmatched in design, quality, and aesthetics. EK is more than a brand. We are liquid cooling pioneers and leading experts in the field. Whatever you need, you can rely on our Customer Support — before, during, and after purchase. We are here to help you enjoy your liquid cooling experience and make it a breeze.
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Easy-To-Use Cooling Configurator. Worldwide Shipping. Brand New. Build Your Dream PC. Configure Your Loop. Thanks EK! Media Corner. Read More. How Liquid Cooling Works? Liquid cooling glossary This list contains all essential abbreviations, portmanteaus, and other important lingo used by computer liquid cooling community. Air Cooling vs. Liquid Cooling One of the biggest enemies of all desktop computers is heat.
Experience the Power of Liquid Cooling. Discover EK. Like a car engine, if the chip gets too hot, it will fail. Most computers dispel heat with heat sinks and fans. Heat sinks are basically pieces of metal that provide lots of surface area for the air to touch. The microchip warms the heat sink, the heat sink warms the air, and the fan moves the warm air out of the PC case. This system works most of the time, but sometimes, electronic components produce more heat than simple air circulation can dispel.
High-end chips with lots of transistors can overwhelm an air-cooling system. So can chips that have been overclocked , or manually set to work faster than their default speeds. That's where water cooling comes in. Water has a higher thermal conductivity than air — it can move heat faster than air can.
Water also has a higher specific heat capacity. It can absorb more heat before it starts to feel hot. There are two reasons why a computer might need the increased thermal conductivity and heat capacity of water:. In other words, there are two reasons why you might need to cool a computer with a liquid instead of air:. Continuously exceeding manufacturer specs can void component warranties and lead to long-term reliability issues, even with extra cooling. A liquid-cooling system for a PC is a lot like a cooling system for a car.
Coolant flows through channels in a car's engine block, and the rest of the cooling system incorporates :. Many electronic components do not tolerate direct contact with liquid. So instead of using channels to pump liquid directly through microchips as in a car engine, a liquid-cooled PC uses water blocks. A water block is a piece of heat-conductive metal, like copper or aluminum, that's filled with hollow tubes and channels. The bottom of the water block is a flat piece of metal that sits directly on top of the chip being cooled.
Thermal paste between the chip and the block improves the heat transfer between the two surfaces. The chip heats the block, and the water absorbs the heat as it flows through all the channels. Many central processing unit CPU water blocks are universal, but some graphics processing unit GPU water blocks only work with specific chips. You can also find water blocks designed to cool other high-temperature chipsets, like the northbridge heatsink, which connects your CPU to your memory.
Usually, small bolts and washers attach the water block to the necessary printed circuit board PCB , such as the motherboard or video card. A liquid cooling pump for a PC is usually a centrifugal pump , much like you'd find in a car's cooling system. Some PC liquid-cooling pumps are submersible, and you can place them directly inside the PC's coolant reservoir.
Others need to be kept dry. If you're thinking about using a submersible pump, make sure its exterior doesn't get hot enough to heat all the fluid in the reservoir. The pump is one of the most important parts of the PC's cooling system. Its flow rate determines how quickly the coolant moves through the tubes and blocks.
If the water moves too quickly, it doesn't have time to absorb heat before moving on. If it moves too slowly, too much heat can build up around sensitive components. The complexity of the system affects the overall flow rate — the more resistance the fluid encounters within the blocks and radiator, the slower the overall flow rate. The pump also has to be strong enough to move the liquid from the lowest point in the system to the highest.
This is known as head pressure or vertical pressure, and it's especially important when liquid cooling tall server towers. The PC's radiator can be designed specifically for liquid-cooling systems, or it can be the heater core from a car. Heater cores dispel lots of heat — they provide the warm air for a car's heating system in the winter.
However, they're not usually as attractive as radiators that are designed for use with a liquid-cooling system. Not every liquid-cooled system PC has a fan, but most use one to help the radiator dispel heat faster. Similarly, not every system has a separate reservoir. In a liquid-cooled PC, the tubing presents a special challenge.
It has to be flexible enough to connect components that may be at odd angles to one another. But it can't be prone to kinking — a kinked hose can severely restrict the flow of fluid through the system. In a simple liquid-cooled system PC, a tube connects the pump to the inlet of a water block. Separate tubes run from the water block's outlet to the radiator and the radiator to the reservoir, which often sits in one of the computer's CD-ROM bays. The final tube connects the reservoir back to the pump.
For systems with multiple water blocks, tubes connect one block's outlet to the next block's inlet, connecting the blocks in series like a daisy chain. The final component of a PC liquid-cooling system is the liquid itself.
Many people use distilled water, since tap water contains contaminants that can cloud the system or clog the channels in the water blocks and radiator. Specialized additives can add color to the fluid, making it more visually appealing when used in a clear case.
They can also lower the freezing point or surface tension of the water, making it a more effective coolant. Finally, some additives have antimicrobial or anti-corrosion ingredients, which can increase the life of the system. If you decide to install a liquid-cooling system in your computer, it's a good idea to let the pump circulate the fluid for a while so you can check for leaks.
Keep your computer turned off during this test period so you'll be less likely to damage your hardware if a leak does occur. Once you're sure that everything is watertight, boot up the computer. You can check the temperature of your components in your computer's BIOS menu or by using a third-party application that monitors temperature. If necessary, you can also apply smaller heat sinks to RAM chips and other higher-temperature components in your system.
If you like the idea of liquid cooling but don't want to research individual components, you can buy a ready-to-use unit or kit. Self-contained units can plug directly into a computer's expansion slots or power supply and provide liquid cooling to one specific chip. Kits include all the parts you need and instructions for assembling them; just make sure the parts included are compatible with your computer's hardware.
Some companies also sell high-end PCs with liquid cooling factory-installed. Check out the links that follow to learn more about PCs, thermodynamics, liquid-cooled computers and related topics. If you want to cool your PC's parts even more than a liquid-cooling system will allow, you can use Peltier devices in place of standard water blocks. A Peltier device is a thermoelectric device. When you apply electricity to it, heat moves from one side to the other. In other words, one side of the Peltier device gets very cold while the other gets very hot.
The cold side of the Peltier device can cool a microchip, while water from the liquid-cooling system draws the heat away from the hot side. Some people prefer systems that use these devices because they cool a PC's components well below ambient temperature.
However, they do require extra precautions.
The most complicated bit is making the decision to use one or the other. And this is what we will look at next. One of the great joys of using fans to cool your system is that in many cases, you really do not have to do anything to create a decent cooling configuration. If the case of your system is not available, there is a good chance that your manufacturer has already installed exactly what you need.
That is an inlet fan on the front that drives the outside air straight to your hard drives. Graphics cards and computer processors almost always come with powerful fans. You will be able to tell because they sound like a plane taking off when they start working. These together with box ventilators form the Holy Trifecta of a air cooling system in a typical desktop PC.
You can certainly buy bigger, better and more efficient fans if you want a quieter performance. Or even fans that light up if you like something like that. Sure you have to pay for it, but you will still spend less than what you would spend on a typical water cooling system. First, fans are not as efficient as water cooling systems. This can be a problem with processors with heavy clusters or with very rugged devices with multiple graphics cards.
At a certain point of heat, your air cooling fan will just blow around hot air and have no impact on cooling your machine. This is rarely an issue for water cooling systems. Noise noise and more noise. After all, fans are loud. In computers, water cooling is a method used to reduce the temperature of computer processors and sometimes other components such as graphic cards.
Basically, this system cools down your hot overheating machine by using water instead of air as a cooling method. Processor speeds have increased dramatically in recent years. As a result, the heat given off by the processors have also increased. As have the noises associated with cooling down appliances, for example processor fans. A major disadvantage of water cooling is the relatively high cost. Especially if you want to create a custom configuration.
One of the main advantages of having a strong liquid cooling configuration is that you can be more specific about which components you want to cool unlike what is possible while using fans. A water cooling system is far better than air cooling because water can conduct heat about 30 times faster than air. A water cooling system allows the processor to operate at higher speeds while dramatically reducing system noise.
Some industry experts predict that water cooling systems will become the standard for personal computers in the near future. Switching from air-to-liquid cooling is a personal milestone in building a computer. It feels amazing when you configure your system and get it operating perfectly! Even if you do not use your equipment hard enough to need a higher cooling system, a cheaper, more autonomous water cooling circuit can help reduce the sound of your PC. Water cooling is much quieter than a box full of fans.
There is also the problem of space. Liquid cooling takes up much less space. In a liquid-cooled configuration, quality matters. Do not buy cheap parts to save a few dollars, and soak your expensive PC components in glowing coolants. The EK-KIT P is the latest liquid water cooling system for all users looking for the best value-for-money-cooling-kit on the market. One size does not suit everyone when it comes to water cooling, but most people can get by with fans.
Contents Cooling Methods Explained 1. Air Cooling 2. Leave a Reply Cancel reply Your email address will not be published. Search for:. Depending on the type that you chose, you can access air conditioners that heat and cool your room. Compared to central heating systems, water cooling systems pc units are able to heat a room more efficiently. Depending on your heating and cooling needs, you can always find a unit that will effectively meet your demand at Alibaba.
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Shop a wide selection of Water Cooling Systems at androider-games.ru Free shipping and free returns on eligible items. Hard drive liquid CPU coolers absorb the heat away from the component. The water liquid cooling technique can drive heat away from remote components of the hard. Water is nature's best source for cooling, and it is just as effective when it comes to the latest technology. PC Case Gear can help you harness the power.