![]() ![]() ![]() You can see the command and the resources used (CPU% and MEM%). In a terminal, my favorite tool is “htop”, which is an improved version of “top”. You’ll quickly see if your CPU and memory are overused, and which apps or services are using the most of them. For example, on Raspberry Pi OS, you can open the main menu and find the Task Manager under Accessories: If you have a desktop environment, you should have an app to find this quickly. You can do this easily by displaying the process list when you find that your Raspberry Pi is slow. The next step is to look for apps that require the most memory or CPU resources. Check the process list to identify the greedy onesĪll apps and services are not created equal. DietPi is really close to Raspberry Pi OS, so you shouldn’t be lost. That’s the best way to start with a fast OS. It won’t install anything you don’t choose. Tip: Using a lightweight operating system like DietPi allows you to select the apps you want during the installation. ![]() If you don’t know how to uninstall apps on Raspberry Pi, click on this link to read my detailed tutorial about this. You can do this with a package manager like Synaptic, or the command line: The first thing to do to make your Raspberry Pi run faster is to list the installed applications and services and remove the ones you don’t need anymore. After a few weeks or months, your Raspberry Pi may spend much of its resources on services you don’t use. In the long run, this can drastically decrease the Raspberry Pi performance, as it has to run not only the apps you are using but also apps still in the background.įor example, if you try to install Webmin one day, Pi-H o le another day, and a few other services like that, they will continue to run on your system even if you don’t use them anymore. If you are anything like me, you may like installing and testing new apps on your Raspberry Pi. Try to apply a few of them (or all at once) and see which results you can get. These are simple tips you can apply to get the most of your Raspberry Pi, whatever the model you use. If you are lost in all these new words and abbreviations, request my free Raspberry Pi glossary here (PDF format)! The first third of the book teaches you the basics, but the following chapters include projects you can try on your own. It’s a 30-day challenge, where you learn one new thing every day until you become a Raspberry Pi expert. If you are looking to quickly progress on Raspberry Pi, you can check out my e-book here. Then we’ll check the performance’s improvement we can get by applying them. In this article, I will start by giving you the tips you are looking for and explain why they will make a difference. It can be optimized by using better components, using overclocking, installing a 64-bit OS, or removing useless apps and services. The hardware, operating system, and installed applications are the most common reasons for a slow Raspberry Pi. We’ll see how to easily optimize the Raspberry Pi performances. I don’t spend much time trying to optimize mine, but I will share a few great tips I know with you in this article. Raspberry Pi is not the fastest computer, but recent models are powerful enough to be used in many situations. ![]()
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