Best Computer Fans

Any PC CPU, whether a laptop or a desktop one, dissipates some heat during its operation. The amount of heat dissipated varies significantly depending on the CPU architecture, performance and operation mode. To address this issue the industry engineers developed several types of CPU cooling systems. Let us take a look at the two most popular types of CPU cooling systems - air and water coolers. The air cooling advantages over the water one are that it is simple to install and does not require much maintenance as it does not use any liquid that may leak in case of faulty piping. Speaking of the cooling performance, modern air cooling models are on par with water cooling systems but the former often produces more noise. On the other hand, the main advantages of water cooling are quiet operation and very high performance, as they are aimed mainly at cooling overclocked CPUs and CPUs with a high TDP. However, keep in mind that the high performance of water cooling systems comes at a high cost. Considering this, you should take the TDP of your CPU when deciding in favor of a certain cooling system as insufficient cooling performance may result in damaging your hardware.

When building a powerful gaming PC it is crucial to choose highly functional and high-quality peripherals to get the full experience. Our review may come in handy when picking a gaming keyboard for your gaming PC.

As many of you know PCs generate heat during the operation, but not everyone knows what components that heat comes from. CPU is one of the most power-hungry components that transforms a great deal of the electric energy consumed into a heat making the CPU one of the hottest PC components. The heat issue persists due to the silicon-based architecture of all modern microchips making the heat dissipation problem the most urgent in computer chips. This is also the case for GPUs, which set new performance records with each new generation getting more transistors placed on the same area owing to finer lithography (manufacturing process) used. Thus, the reduction of CPUs and GPUs energy consumption available with finer manufacturing processes is brought to nought by higher transistor amount. That is why such components are usually equipped with cooling devices, which are comprised of a metal bonding pad, a heat sink and a fan or a pump and tubing. With that, the higher heat dissipation rate of a component increases a risk of its failure and makes the use of a cooling system with adequate performance a must.

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Today there are many ideas of effective cooling systems that don’t require much maintenance and don’t cost much. There are many cooling system concepts proposed by users circulating the Internet. One of the most popular of such concepts is a system is the use of mineral oil as a coolant. For example, the Green Revolution Cooling company suggests submerging server systems in oil entirely after making their HDDs leakproof as these components can not endure submersion in their original condition. Thus, using such method of cooling allows reducing the consumption of energy spent on cooling by roughly 50 %. The Intel company is known to have an experience of experimenting with the oil cooling by having been cooling their Xenon CPU-based server hardware in oil reservoirs for about a year. The company experience proved the assumption of a dramatic reduction of energy required for the cooling. On the other hand, individual users that have tested the oil cooling on their home rigs state that such systems run even more silent than liquid cooling systems. All we can do now is hope of seeing a large-scale manufacture of oil cooling systems for home PCs soon to experience their effectiveness on our own.

You can improve an overall user experience and boost system performance not only by using higher clock rates of your CPU or upgrading it along with the CPU cooler but by installing an SSD in your system. Our topical review of SSD drives can be used as a guide fir choosing the model that suits your needs best.

As PC components operate in a comparatively small enclosure of the case they may get hot at high loads. In this situation, it is recommended to check the temperatures of the most power-hungry components time after time or monitor them continuously in order to prevent their overheating and failure. The matter is you need to know the optimal temperatures of specific components to compare to current temperature values. With regard to a CPU, the modern models can run safely at 40-65 °C for a long time. When it comes to GPUs and other components of entry-level and mid-tier video cards, they are capable of a stable operation at 50-60 °C while some top-tier gaming models can run at up to 90 °C temperatures. As for the storage devices, for example, HDDs, these devices are very sensitive to high temperatures with an optimal operation temperature being within the 30-45°C range. Thus, having your HDD hit the 50 °C limit is a reason for a serious concern and brings an urgency of deciding on a better HDD cooling or a data backup solution. Speaking about other PC components and peripherals, as a rule, they are not equipped with any temperature sensors, so you will hardly get any temperature readings from them as it is not necessary in most cases. However, even those rugged peripherals may fail in conditions of inadequate air circulation and hot air venting that is why it is recommended to use the cooling systems for main PC components that provide additional cooling for the nearby parts and maintain a good overall ventilation inside a PC case.

Playing modern fast-paced and dynamic games requires a fast response to quickly changing game environment, which considerable share is the sound. That is why having a quality gaming headset is a must for a gamer nowadays. Please, read our review on the headsets to pick the best model.

As we all know, using an active cooling on any PC component results in some noise that is why learning methods of bringing the noise to the minimum is very handy. The first method is to upholster the inner surface of the case side panels with a special noise isolating foam material that prevents the noise generated by the PC cooling systems from coming outside. To minimize the noise produced by an HDD you need to place it inside an insulating cover. If you decided to build a PC by your own we also recommend considering a PC case model with low-noise chassis and power supply unit fans (as they turn out to be the noisiest ones in some systems). Another alternative is using special muffling pads or/and insulating mounting washers to reduce the case vibrations. With this measures taken and the CPU cooler with adequate noise parameters installed, the noise from your PC may be hardly audible. The noiseless operation of your PC will definitely be appreciated by the members of your family or colleagues.

If you are interested in assembling a cutting-edge gaming PC we recommend starting from the motherboard, which parameters are fundamental for its performance and functionality. To get the best motherboard option requires a consideration of many crucial motherboard parameters, which are described in detail in or review that also provides you with the best models to choose from.