How Long Will a Raspberry Pi Last?


Well, every device has a reliable lifespan for functioning effectively and Raspberry Pi is no exception. Yes, Raspberry Pi’s do have a longer lifetime due to the small structure and minimal movements. But what is the average lifespan of Raspberry Pi that a user can expect?

Raspberry Pi boards themselves rarely face any failure. The average lifespan of a Raspberry Pi is around 7-10 years if not damaged by the user’s carelessness. The possible reasons behind Raspberry Pi failure can be power breakdowns, SD card failures, and ineligible environments.

Many factors affect the lifespan of Raspberry Pi. Read this article to learn how you can ensure a longer lifespan for your Raspberry Pi.

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How Long Will you Raspberry Pi Last?

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The longer lifespan of Raspberry Pi is not a big surprise, as they are designed in a way to work as embedded systems.

Raspberry Pi has no moving parts, which is what makes it last longer – sometimes even more than a decade. There are some conditions that you need to take care of in order to ensure your Raspberry Pi functions properly for a longer time.

The major components of Raspberry Pi include capacitors, Processor, Ram, and other semiconductors. Though not in a shorter period, these components will eventually fail over time.

The first one will be probably the storage medium as it is the only moving part on the board. If you are writing something on your SD card, then it will surely cross the wear leveling and cause crashes in the system.

What Causes Downfall Of a Raspberry Pi?

Here are some issues which if not addressed properly can cause the death of your Raspberry Pi. Let’s start:

1.    Over Heating

The heating temperature of Raspberry Pi can go as high as 85° Celsius, which can cause the decaying of the semi-conductors on the board.

Generally, many users leave their Raspberry Pi on all the time which is not advisable as sessions of more than 10 hours long can cause overheating, which will damage the board and reduce the lifespan.

On the other hand, plugging power sources in and out multiple times a day can cause the device to malfunction. So, it’s better to avoid an uneven supply of power sources.

To deal with overheating issues on your Raspberry Pi board, you can try different methods such as heat sinks, cooling fans, or even suspending your Pi in mineral oil.

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2.    Improper Power Supply

Using an unsupported power adapter can overheat and result in leakage in your Raspberry Pi components. Uneven vibrations, shocks, and continuous heating and cooling of Raspberry Pi can expand the solder joints, which can even result in a short circuit.

To avoid any such issues, you should always use the official power supply from RaspberryPI.org. Using a mobile charger or any other low-quality adapter is not recommended here.

The power input and output depend on the model of Raspberry Pi. You can visit this other article to check recommended input-output values.

3.    Inappropriate Environment

Working in an environment full of moisture can cause corrosion on the surface of the board. If not prevented, you will have to clean the board regularly, which can damage the socket connections.

Another thing to keep in mind is protecting your Raspberry Pi board from dust. It’s recommended to get a case for your model or keep it in a dustproof room. If your Pi is already covered with multiple layers of dust, then you can use a dry and soft brush to clean it gently.

4.    Messy Setup

This issue is overlooked by most users. I have seen a lot of Raspberry Pi setups just lying on tables with peripherals connecting in a puzzling way, making the desk look like a rag store. This results in frequent mishandling of the board which causes a breakdown in circuits.

You should always keep your Pi board in a specific place so that there is no need to set it up daily. Also, get an appropriate case for your Raspberry Pi if you have a carpet area or dusty environment at your workplace (the Argon Neo is a good choice, you can find my review here).

How Can I prevent My Raspberry Pi From Overheating?

There are multiple ways that can help you keep your Pi cooler. I will discuss two effective methods below.

1.    Using Heatsink

Heatsinks work on the principle of thermal conduction which enables them to administer heat from electronic devices. Using heatsinks is the easiest way to cool your Raspberry Pi board. The heatsinks aren’t very expensive and don’t consume any power. You will surely notice the decrease in temperature of your Pi board. However, this depends upon the size of the heatsink.

You can get heatsinks for  Raspberry Pi from Amazon. If you’ve never used them before, you might face issues while setting up the heat sinks on your Raspberry Pi. Here is a detailed guide on installing the heatsink on your Pi board.

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2.    Using CPU Cooler

CPU cooler fans can throw out warm air and cool down the CPU with cooler air at the same time. Using fans during longer projects can provide a suitable environment for Raspberry CPU to prevent overheating.

Depending upon the cooler fans, the sound of the CPU fan can annoy you if used for longer periods. You can check these cooler fans for Raspberry Pi on Amazon.

Some other useful methods to prevent Raspberry Pi from overheating.

There are times when your Raspberry Pi stops working due to other internal issues, and you start wondering if it is the end time of your device. And this might not be the reason every time unless your Raspberry Pi board has experienced some serious damages. Many times you have issues with other components such as Power supply, SD card, etc.

Here is an insightful read on how to find if your Raspberry Pi is defective.

How Can I Find If My Raspberry Pi Is Defective?

If you’ve experienced some issues with Raspberry Pi earlier, and it is not booting, then is a chance that your device is defective. However, there are very low chances of Raspberry Pi getting dead as they are passed through multiple manufacturing tests.

In order to check, you can compare the suspected device with another identical and working model of Pi. Remove all the peripherals including SD card, Ethernet cable, Power lead, HDMI cable, etc. Replace the Pi board with another one. Now connect the same peripherals again to check the issue.

If your Raspberry Pi boots properly, then your peripherals are probably working fine, but the Pi board you used earlier is defective.

For Raspberry Pi models A, A+, and Zero, a different method can be used to check if they are functioning properly. First, remove all the cables, power source, and SD cards from the Raspberry Pi suspected board.

Now, connect the Pi board with your Windows PC using a USB cable. For Pi models, A & A+ use USB-A to USB-A and use micro USB to USB-A in all-zero models to establish the connection.

If your device is fine, it will be detected with an alert sound. If not, then there are probably issues with your Raspberry Pi. You can locate your Raspberry Pi in the device manager as “BCM2708 Boot”.

I don’t think there is something to worry about if your Raspberry Pi is defective. The company performs a lot of stress tests on the boards and trusts the manufacturing process.

All the Raspberry Pi’s come up with a 12-month warranty. You can replace the Pi board unless you have squashed it by yourself.

For more details on how to fix a Raspberry Pi that won’t boot, check this tutorial.

Conclusion

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As you have read, Raspberry Pi’s can last for as long as 10 years, provided they are handled properly. Yes, Raspberry Pi faces issues that cause damage, but there are always solutions available to counter them. I have tried to explain the issues that can reduce the lifetime of your Pi board and how to deal with them accordingly.

You are welcome to check these related articles to take good care of your Raspberry Pi and avoid the most common issues:

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Patrick Fromaget

I'm the lead author and owner of RaspberryTips.com. My goal is to help you with your Raspberry Pi problems using detailed guides and tutorials. In real life, I'm a Linux system administrator with a web developer experience.

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