How long do graphics cards last (average gpu lifespan gaming)
The average lifespan of a graphics card is around 5 years. However, this can vary depending on how often the card is used and how well it is taken care of. A card that is used for gaming purposes will typically last shorter than one that is only used for general computing tasks. Taking proper care of your graphics card can help extend its lifespan.
How to extend graphics card uptime – risks for the GPUs
The graphics card is the heart of the brain, which is the CPU. They work in tandem to give you all those nice gaming FPS and fast renders.
But like your heart, graphics processors can’t run at their peak capacity for very long. So it’s important to keep an eye on it so that it lasts as long as possible.
Let’s take a look at all the potential ways your GPU could meet an unfortunate end, and then find out what we can do to make sure that doesn’t happen.
Lightning strikes your computer’s video card
How long do graphics cards last (average gpu lifespan) ?
Physically average lifespan of graphics cards last around 3-5 years with regular use and proper care. More if the graphics card is work extra hard and is well taken care of.
In terms of performance, a good mid-range graphics processor today will only last for 3 years at medium to high performance levels.
And unless you’re only doing graphically non-intensive tasks, its performance level will decline more and more over time – and faster than you might think!
What can cause damage to your graphics card
If your GPU is running up to 80-90+ degrees 24/7, you can make shorter gpu lifespan significantly.
Typically, graphics processors can tolerate high temperatures normally. When performing graphically intensive tasks such as high image quality games or rendering, GPUs can easily reach 80-90 degrees, although they tend to hold at 60-80 degrees if not properly ventilated, cooled, and cleaned, so keep your gpu in this temperature.
Problems only start to occur when you force the GPUs to experience these temperatures for hours every day because of things like u cant protect your gpu from a crypto miner.
Just like you need rest after a hard workout, GPUs also need some downtime. But because they don’t realize this, they can work until they’re completely out of commission.
How to solve this problem: managing heat buildup, after solving the card will perform better for gaming
Make sure your GPU has adequate airflow, is cleaned periodically (at least every 3 months, or more often if you live in a dusty place), and is not running to its limit 24/7.
High temperatures when you’re running graphics-intensive applications are fine, but something like crypto-mining or graphics rendering heavy scenes 24/7 for long periods of time can degrade the GPU, especially the thermal paste and fans.
Typically, AMD graphics cards heat up slightly more than NVIDIA graphics cards. Thus, an AMD card temperature of 90 to 110 degrees under heavy load is not much cause for concern.
However, regardless of your graphics card brand, you should try to keep them around 80 degrees or lower for optimal performance and lifespan.
Overclocking can be a bit of a scary subject, and rightly so. If something isn’t done right, it can ruin your GPU forever. And most brands don’t cover the damage caused by overclocking, so you end up with a very expensive paperweight.
For example, if you overclock the GPU beyond what the manufacturer thinks is safe, you have a better chance of “frying the GPU.”
Having said all that, I should add that most GPU overclocking programs these days don’t let you do anything drastic that can destroy the GPU, although it can do so in other ways, such as overheating the GPU by running it at a higher clock speed than intended.
Overclocking your GPU using MSI Afterburner
Nevertheless, if you follow a good overclocking guide and do everything slowly and steadily, you can get good performance for free without damaging anything.
But if you try to bypass the limitations, the chances of failure increase dramatically.
How to solve the problem: sensible overclocking or no overclocking
Overclocking can give you more performance, but low or no overclocking will reduce the chance that your GPU will suddenly fail.
Powerful overclocks run your GPU and make hotter, so if you can’t control or poorly manage the heat, it can also lead to premature failure.
So my advice is to only overclock if you have the margin to do so – if the temperatures fluctuate around gpu temperature 60-80 degrees even under heavy load – and you can adequately cool the GPU.
If you can’t do that, I recommend not to bother with overclocking.
Although you can overclock your GPU to get a little bit more, if you see that it gets very hot and you have no other solution for cooling it, this will have a negative effect on its long term performance.
The most unpleasant cause of GPU failure of all possible causes is luck.
It’s very annoying, but it’s reality. Sometimes it’s just bad luck.
Most GPUs are thoroughly tested before they are sold to make sure they are as reliable as they can be, but not 100%.
And there’s not much you can do about it-the silicon on your GPU might just be substandard.
How to solve the problem: be lucky
A wise bald man once said that “You can make no mistakes and still lose.”. Every gpu become obsolete
Sometimes you get lucky; sometimes you just get a bad deal. Fortunately, you have a much better chance of getting lucky than of getting a bad deal, because the reputation for selling defective GPUs is bad for the manufacturer’s profits.
But, if it does happen, you can try to get a warranty replacement if the warranty is still valid, but if it’s an old GPU, there’s not much you can do but scrap it.
Faulty power supply
This is one of the most important parts of a PC, whether you bought it or built it.
A faulty or weak power supply can destroy literally everything in your PC, including the graphics processor, and if luck is not on your side, a fire caused by a faulty power supply can ruin more than just your computer.
Power supplies are relatively cheap and can be reused in many assemblies, but many PC vendors and first-time builders skimp on them.
How to fix the problem: Get a good power supply
Make sure that your power supply can actually power everything on your PC. Use an online power calculator, such as BeQuiet, to calculate the potential power consumption of your PC build.
Characteristics of high quality power supplies for your computer
Buy a power supply that can provide the estimated power consumption of + 200-300 watts, and make sure it’s a good quality power supply from a reputable brand.
Power surges are scary and absolutely deadly for any unprotected electronics they come in contact with.
And the same goes for everything on your PC. Some people assume that the power supply on your PC can work as a surge protector, but it doesn’t.
Your power supply doesn’t have full-fledged surge protection. If there is a massive surge, everything will “blow up.” Goodbye PC!
How to fix the problem: Get a good surge protector or UPS
Mains filters are relatively cheap and easy to get.
Also consider buying an uninterruptible power supply, which not only protects against power surges, but will also save work materials in the event of a power outage.
I’ve listed many physical causes of video card failure, but there is one, perhaps more common cause of graphics processor failure. And that is “doom by futility.”
No matter how powerful your graphics processor may currently be, its usefulness will diminish over time as software becomes more and more demanding.
Games, rendering engines, software, and anything else that uses the graphics processor will be optimized to use the latest and best available hardware.
Different types of software make this journey faster than others, but it’s a journey that everyone takes in the same direction.
And your desires can affect that journey, too.
Are you only using your graphics card for basic tasks like surfing the Internet, watching videos, etc.? Then your GPU will last you a long time before you run into a lack of processing power.
But, if you’re a working professional or enthusiast who craves the best of the best with all the gimmicks and everything else that new software has to offer, software insufficiency for your GPU will come much sooner than for anyone else.
Whether it’s poor performance, unavailable drivers, or lack of support for your GPU from the software.
How to fix the problem: manage expectations and understand the overall timeline
If you’re in the enthusiast category, a software deficiency can manifest itself in 2-3 years. Maybe sooner, maybe a little later.
Something like new gpu NVIDIA’s RTX technology could come along and shake things up so much that any GPU without the technology would be at a disadvantage.
For example, GPU rendering. Situations like this can lead to minor software failures much faster (1-2 years) than normal, depending on how fast and how much of the software you are using incorporates the new technology.
But, if you don’t care about being on the cutting edge, but just want a more moderate experience, the appearance of software insufficiency for you can range from 3 to 5 years.
And if you’re not interested in these fancy technologies at all and just want something for easy computing, software insufficiency will come in 5+ years.
Advice for gamers, users and pc builders:
- Check your gpu temperature and if temperature of your graphics card is higher than 80 degrees, you need to cool gpu.
- Replace your gpu and clean the dust.
- The lifespan of your GPU depends on your mindfulness of miner viruses, so check your computer with antivirus or your gpu’s lifespan will be shorter.
- If you want to play without lags, but you don’t have money for a new video card u can buy a used card, But buying a used graphics card is understand that card’s lifespan is gonna be shorter.
- So that the video card does not burn out, you need a good psu.