These are important factors to consider as well. Personally, I end up changing my thermal paste once every years. While I know this may not be necessary, I usually do a deep PC clean around the same time. It only takes me a few extra minutes to do this extra step and it keeps my PC running at an optimal state. Despite our best efforts, sometimes we can apply thermal paste incorrectly.
This can provide insufficient coverage on the CPU block leading to its cores overheating. When you apply thermal paste, it is important to install it correctly as incorrect applications may lead to future problems.
Again, take a look to see whether or not your CPU is running hotter than it should be. More specifically, take a look at the individual core temperatures. If this is the case you should remove the CPU heatsink and old compound, reapplying new thermal paste. In the end, this should resolve the issue. Any time you remove or even loosen your CPUs heat sink, you need to replace the thermal paste. If you do not, air bubbles and particles have the potential to get trapped. While this may not sound like too big of an issue, it can have a big impact on your computer.
This can lead to the CPU running far hotter than it needs to be, potentially overheating. There is a lot of debate behind this whether certain thermal pastes provide improved performance.
This is where the thermal paste comes in. The thermal paste reduces the heat immediately even before the cooler goes to work. If your CPU temperatures are consistently high, your thermal paste might dry up faster. When other people or even websites factor this in, thermal paste longevity becomes incredibly inconsistent. People may say it can last for only 2 years while others experience up to a decade without reapplying thermal paste.
But as a general rule, if your CPU is getting worked hard, your thermal paste can dry up faster than usual. The same logic as before but with more emphasis on the proper airflow of your PC build.
Generally, you would want your PC in an air-conditioned room that is also away from direct sunlight. This will keep your PC tower cool as much as possible. You would also want your PC to be on top of something. It could either be a desk, a PC stand, or anything that can lift it off the floor.
This is because your PC will vacuum all the dust on the floor if it is left on the floor. It ruins the airflow and could also potentially damage your other components. Thermal paste is made out of a polymerizable liquid matrix and some electrically insulating conductive fillers. For this liquid matrix, there are a lot of materials that can be used to make the thermal paste.
The best thermal pastes for computers are almost made entirely out of liquid metal. Each of the brands has different mixtures for their thermal paste and all have different thermal conductivity. Some brands might be cooler but have a shorter lifespan and vice versa. Your goal should be to follow certain precautions and maintenance, so there is a slim chance worrying about replacing thermal paste on GPU or CPU anytime soon.
If you do follow these maintenance tasks religiously, the CPU or GPU would remain at the required cool temperature and suffer less performance issues. This also means you'd spend less money and time troubleshooting your system. You might think that the answer to the dilemma of how often should you replace thermal paste lies only on the components inside your PC.
This is an assumption that could lead to a lot of headache. Understand that processors like the GPU and CPU produce extraordinary levels of heat, which is why they are designed to pair with some kind of cooling system.
This cooling system, which is often a fan placed right beside them, or even around the CPU case, keeps the processor from overheating. As such, you should make sure that this fan or any other cooling system remains clean. Imagine a traditional fan and how quick it is to absorb dirt or dust. Now imagine the fan inside your PC sucking in all the dust from your room.
Even the environment outside your computer affects the performance of its cooling system. And once this fan or cooler gets blocked by dirt, all hell will break loose and it could be the start of your GPU or CPU's heating problem. This is the easiest maintenance of all: clean your room, office, or any area where your computer or laptop is located.
Clean it regularly. However, one environmental factor that you have no control over is the climate. Are you living in a country or region with hot climates?
It may simply be due to your PC case. The generic case that comes with computer packages usually don't have many bells and whistles that are available on advanced gaming rigs.
Sometimes, regular users are unaware that the case, its fans and how a CPU collects dust are three factors that could cause overheating. If you're buying or replacing your PC case, the most ideal ones are equipped with:.
If possible, stay away from cases made of tempered glass and other materials that could block airflow if not designed efficiently. This doesn't mean you can't have a PC case without dust filters and two or more fans. It is entirely possible to use it without overheating, as long as you are not using resources that contribute to increasing the system's temperature.
Most average computer users do not have to upgrade or change CPU until it dies on them and no longer runs. But in the case of gamers and heavy users graphic designers, programmers, and so on , this decision could based on any of these things:. Obviously, if either of your CPU or GPU no longer works at an optimal level, it directly affects your cooling system because damaged components generate more heat than they should.
Computer parts usually generate quite an amount of heat even during normal use. This is the reason even the most basic computer has a fan built into its case, and why gamers opt for advanced cooling systems for their set-ups. Try to cover your CPU's vent and you'll literally feel it working harder than it should. The reason for this is that the heat-generating components of your computer rely on proper airflow to work optimally.
This means that the case, fans and other cooling components must work together so that cooler air could be drawn from outside, while hot air generated inside the CPU is expelled.
0コメント