To maintain computer components within allowable operating temperature limits, computer cooling is essential to remove waste heat created by computer components. These cooling components allow stored heat energy to move away from crucial functioning parts without destroying the hardware. The CPU, like any other powerful piece of PC hardware, creates heat when in use and must be properly cooled to attain peak performance. A CPU can be cooled in many ways, although most desktops and laptops employ air or liquid-based coolers.
Heat is transferred from the CPU's IHS (Integrated Heat Spreader). It passes through the thermal paste, and into a conductive base plate, which is commonly constructed of copper or aluminium, in a CPU air cooler. The thermal energy is transferred from the baseplate to the associated heat pipes. That heat is then transferred to a fan, where it is blown away from the cooler and finally away from the PC, either by liquid or heat pipe. The efficiency of the air cooler for PC depends on a variety of parameters, including the materials used in construction (copper is more conductive than aluminium, for example, while aluminium is less expensive) and the size and number of fans linked to the CPU heatsink.
A fan for the CPU is used for active cooling from within. Heated air is expelled, and cooler air is drawn into the case from the outside which is then moved onto a heatsink to cool a specific component. In computers, both axial and centrifugal CPU cooling fans are employed. Check out CPU fan prices on TheItDepot for affordable choices.
Air and liquid CPU coolers work on the same principle and accomplish the same thing: they absorb heat from the CPU and disperse it away from the hardware. Despite having identical underlying physics, the two approaches achieve heat redistribution in completely different ways. If you want a near-silent operation with the most efficient cooling, a liquid cooler for PC is the way to go. Air cooling is an obvious option if you're searching for a solution with more entry-level cost and straightforward installation if you are fine with adjusting to a compromised performance.
Yes, it is necessary to use CPU cooling. Its purpose is to move the heat created by the CPU away from the CPU, allowing it to function within its thermal limits. At least, if you're talking about a desktop processor like an i5, i7 or i9. These devices can easily dissipate 100W, and like a 100W light bulb, they'll grow extremely hot very quickly and destroy themselves and your gaming setup in a second or less if they're not sufficiently cooled.
Picking a proper CPU cooler for your processor helps make sure that it operates at appropriate temperatures. Before choosing the best CPU cooler, check out these six different factors to consider when buying a cooler for your system:
1. Budget: You don't want to compromise on your cooler and wind up with something that isn't up to the task of cooling the CPU you've chosen, nor do you want to overspend money that could have been spent on other important components. When deciding on a budget, it's crucial to know how much a cooling system costs and what you can receive for each pricing point.
2. Usage: You can either get by with an entry-level cooler or stick with the standard cooler that comes with the CPU if your budget is too limited to afford an entry-level cooler. If you want to get the most performance out of your processor, you'll need to improve your cooling. Decide whether you want to overclock your CPU and push it to high performance levels, or whether normal performance would be enough. Choose your cooler according to your performance expectations.
3. Air cooling vs liquid cooling: Air vs. liquid cooling is a huge decision for system designers, and each cooling technique has its own set of advantages and disadvantages. So, before picking on one, do your homework.
4. TDP Rating: The TDP rating also known as Thermal Design Power of a cooler is one of the most essential variables in assessing whether it is suitable for your system. If you buy a CPU air cooler with a lower TDP rating than your processor, it won't be able to keep your processor cool enough.
5. CPU Socket: While most CPU cooler manufacturers design their coolers to accommodate most CPU sockets (typically by selling multiple brackets for several popular sockets), there are certain CPU coolers that are exclusively compatible with a single CPU socket. Make sure the CPU cooler you're considering buying is compatible with the motherboard/processor combo you already have or intend to purchase.
6. Sizing: Along with compatibility with your motherboard's socket, you'll want to be sure to buy a CPU fan that is suitable for height, weight, and radiator size.
Buy CPU cooler - liquid & air cooler online in India at lowest prices from TheITDepot. We have the latest generation CPU coolers from popular brands such as DeepCool, Adata, ANTEsports, Cooler Master, Corsair, etc. You can also pair it with a gaming CPU cabinet or a computer cabinet that comes in various size ranges, designs, and colours for RGB CPU coolers which include baffles and fans to help with cooling and reduce recycling, and bypass airflow. Check out this table of liquid cooling systems for PC price in India:
|Nzxt Kraken X63 280mm AIO Liquid Cooler with RGB (RL-KRX63-01)||10780/-|
|Cooler Master MasterLiquid ML360L ARGB V2 Liquid Cooler (MLW-D36M-A18PA-R2)||9000/-|
|Noctua NH-D15 CPU Cooler||8240/-|
|Corsair iCUE H150i ELITE CAPELLIX Liquid CPU Cooler (CW-9060048-WW)||15365/-|
|Antec SYMPHONY 240 ARGB All-in-One Liquid Cooler||7175/-|
|MSI MAG CoreLiquid 360R V2 Liquid Cooler||9790/-|
|DeepCool AK400 High Performance CPU Cooler - Black (R-AK400-BKNNMN-G-1)||2230/-|
|EKWB EK-AIO 360 D-RGB 360mm CPU Liquid Cooler||12585/-|
|Fractal Design Lumen S24 RGB (FD-W-L1-S2402)||12030/-|
|DeepCool LE500 All-in-one Liquid CPU Cooler (R-LE500-BKLNMC-G-1)||5265/-|