Summary
- Avoid running extremely demanding workloads 24/7 to minimize the risk of component degradation.
- Ensure adequate cooling and airflow to prevent overheating. Also, clean your PC regularly to keep it dust-free.
- Use a quality PSU and surge protection to ensure clean and reliable power, safeguarding PC components from power failure.
- Minimize physical contact with your components to extend the lifespan of your PC.
No matter the advancements in manufacturing processes or the price tag of your PC components, everything is bound to fail someday. While some components usually last much longer than others (think 20 years vs. 5 years), you're always at the mercy of luck when it comes to component lifespan.
Hence, it doesn't hurt to abide by certain best practices as far as PC maintenance is concerned. You not only maximize the chances of a long and incident-free experience with your components, but can also demand a bit extra when you eventually decide to sell them off. So, here are 6 simple (and mostly free) tips you can use to extend the life of your PC components.
6 things I do every month to maintain my PC
Here's a list of the six maintenance tasks I perform every month to extend the longevity of my system
6 Avoid prolonged stress
Steer clear of mining and overclocking, if possible
Let's be clear, your PC components are engineered to be used. There's no point in building a powerful PC and not using it for what it's capable of. However, there are workloads, and then there are workloads. Gaming, video editing, streaming, and 3D modeling are some perfectly harmless workloads for most systems, provided you have adequate hardware to support them.
And then there are the most punishing PC workloads such as cryptocurrency mining, AI and ML tasks, synthetic benchmarks, and even overclocking. Of course, if done responsibly by undervolting the GPU or only running these workloads occasionally, you're not really putting your hardware at any greater risk of failure than during gaming.
You should also avoid overclocking your CPU and GPU if the gains aren't significant.
However, try to avoid running these workloads 24/7 on your PC, as it can stress your CPU, GPU, and storage drives to the point of failure over time.
You can prolong its lifespan by always keeping 15-20% of your SSD space free, so that no particular cell gets worn out more than others.
Speaking of storage, you should also aim to minimize the number of write cycles on your SSD. Every SSD has a limited lifespan, and wearing out the flash memory is a real thing. You can prolong its lifespan by always keeping 15-20% of your SSD space free, so that no particular cell gets worn out more than others.
You should also avoid overclocking your CPU and GPU if the gains aren't significant, or if your components are already powerful enough for your needs.
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If you want your laptop to last longer, you'll need to make some changes to your usage habits
5 Avoid overheating
Heat is the mortal enemy of your components
You probably are already well aware that all PC components produce heat, and this heat needs to be managed. Under normal conditions, your CPU cooler, GPU fans, case fans, and SSD heatsinks together take care of this crucial job. When something is not functioning properly, however, things can get toasty. For instance, if you block your laptop's air intake vents, it can lead to higher CPU, GPU, and SSD temperatures.
If you don't address the underlying issues, this can degrade your components over time, and lead to eventual failure.
Not having enough airflow in your desktop case or simply running an overclocked CPU for sustained periods can also cause your PC to overheat. If you don't address the underlying issues, this can degrade your components over time, and lead to eventual failure. Hence, never discount the value of adequate airflow, a decent CPU cooler, optimized fan curves, effective thermal paste, and SSD heatsinks (for high-performance drives).
How to stop your computer from overheating
An overheating computer can really dampen performance. Luckily, it's easy to fix with this simple guide.
4 Keep them dust-free
Dust is heat's sidekick
Heat is what actually kills your PC components over time, but dust is something that can make it easier for heat to deliver the killing blow. Dust and grime deposits on any of your PC components should raise alarm bells in your head. I'm not arguing for obsessive PC cleaning every week or month, but once every few months, you should give your PC a deep clean.
In extreme cases, dust can cause temperatures to rise to fatal levels.
Whether it's cleaning the heatsink of your CPU and GPU coolers, case fans, dust filters, radiators, or even motherboard and SSDs, make sure you don't surrender them to dust. In extreme cases, dust can cause temperatures to rise to fatal levels, slowly damaging and eventually killing your PC components.
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3 Use a quality PSU
Clean and reliable power is non-negotiable
We've covered heat and dust, but power delivery is another major consideration when it comes to potential component killers. Without a reliable power supply, you're endangering your precious components. If you do not have a capable PSU, intermittent power spikes and fluctuations can cause system shutdowns and, worse, component failure.
You might save a few dollars in the short term, but end up losing thousands in the long term if you put your trust in an off-brand unit.
Considering the power requirements of modern CPUs and GPUs, it's all the more necessary not to skimp out on your PSU. You might save a few dollars in the short term, but end up losing thousands in the long term if you put your trust in an off-brand unit. Make sure you're sticking with reliable brands, and with a unit that's ideally ranked high on the PSU tier list and well-reviewed by multiple outlets.
How do I select the right PSU for my PC?
Choosing the right PSU for your PC will save you a lot of wasted time and money
2 Use surge protection
Power failure can kill your components
A quality PSU is necessary to deliver power to each of your PC components, but what about the power to the PSU itself? Modern PSUs are engineered with surge protection in mind, but there are cases where having an additional safety net can save your PC. Surge protectors can cut off power in case of a surge, limiting the damage to themselves.
Think of surge protection as insurance that might save you 9 out of 10 times. You can use a UPS with built-in surge protection.
An extreme power surge might tear through the surge protector, PSU, and everything else, but think of surge protection as insurance that might save you 9 out of 10 times. You can use a UPS with built-in surge protection, or use a surge protector power strip with the necessary Joule rating and clamping voltage.
Best UPS in 2024
These uninterruptible power supplies will keep you online through outages.
1 Avoid unnecessary contact
Hear me out
This might sound weird, but the less you interact with your PC components physically, the less the chances are of you accidentally damaging anything. Of course, you need to have your hands in there when building the PC for the first time, and a few times during the year when cleaning the PC, but avoid fiddling with the components if everything is working fine.
You might accidentally bend some motherboard connectors or fan blades when rummaging inside your case.
Enthusiasts aside, most users don't need to touch their PC's internals any more than is absolutely necessary. You might accidentally bend some motherboard connectors or fan blades when rummaging inside your case. In the worst cases, you might end up denting the AIO radiators or GPU internals if you dismantle them when not necessary. Bending the contacts and pins is another concern when handling the CPU.
Outside of troubleshooting and cases where you know what you're doing, let things remain as-is.
Hence, to prolong the life of your components, minimize the contact you have with them. Outside of troubleshooting and cases where you know what you're doing, let things remain as-is.
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The power is in your hands
The lifespan of a CPU, motherboard, or power supply is vastly different from that of an SSD or graphics card. Some components can last over 10 years without any issues, while others can fail in less than 3 years. However, you can still do your best to extend the lifespan of your PC components by keeping them clean, cool, and safe.
The better your PC maintenance ethic, the higher the chances of things going your way. So, do your best to adhere to these practices, and you'd hopefully be rewarded with a long-lasting PC.