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Linux is a powerful operating system that offers a variety of advantages over Windows. Its open-source nature means that it is free to use, and its security measures are much stronger than those of Windows. In addition, Linux is much more customizable than Windows, and users can easily add their own applications.
Mini PCs with Linux are becoming increasingly popular due to their flexibility and affordability. They offer a range of advantages, from being more energy efficient than traditional PCs to being able to run more software than Windows, to providing a more secure operating system.
The good news is that there are many mini PCs that can support dual systems or even multiple systems that allow users to run Linux applications and programs directly on their Windows operating system.
Explore GEEKOM Mini PCs that are compatible with Linux and designed for a range of applications, from programming and development to home servers, everyday computing and more.
The GEEKOM IT13 is an excellent Linux-compatible mini PC for users who want a balance of performance, efficiency, and expandability. With up to 64GB of RAM, up to 5TB of storage, and support for multiple operating systems, including Linux, it is well-suited for programming, professional work, everyday computing, and multitasking.
If you need a more affordable option for everyday use, the GEEKOM A5 Pro is a versatile choice, while the GEEKOM A7 Max is better suited to users who need higher performance for demanding workloads.
For most developers, a Linux mini PC with a modern processor and at least 16GB of RAM handles coding, compiling, containers and running local environments comfortably. The GEEKOM IT13 is a strong all-round choice for programming on Linux thanks to its performance and expandability, while heavier workloads — large builds, multiple VMs or container stacks — benefit from 32GB or more. You can find more guidance in our best mini PCs for coding guide.
Yes — a cluster of mini PCs is one of the most popular uses for Linux mini PCs. Because they’re compact, low-power and run Linux natively, several units can be networked together to run Kubernetes (K3s), Proxmox or a home lab for learning distributed computing, self-hosting, or testing deployments without the cost and noise of rack servers. For a cluster, look for models with enough RAM and fast networking across each node; GEEKOM’s Linux-compatible mini PCs come in configurations from 16GB up to 64GB of RAM, so you can size each node to your workload.
For most Linux users, 16GB of RAM is the ideal choice. It provides smooth performance for everyday computing, programming, web browsing, office work, and multitasking. For more demanding workloads such as virtual machines, software development, content creation, or professional applications, 32GB or more is recommended.
GEEKOM offers Linux-compatible Mini PCs with different memory configurations to suit different needs. Depending on the model, you can choose configurations from 16GB and upgrade to 64GB or even 128GB of RAM for greater flexibility and long-term performance.
In short: 16GB is enough for most users, while 32GB+ is recommended for demanding workloads.
Linux can feel faster than Windows on some devices, particularly when using a lightweight Linux distribution with fewer background processes and lower system resource requirements. This can result in faster startup times, smoother multitasking, and better performance on hardware with limited resources.
However, overall performance depends on the hardware, Linux distribution, software, and workload. Windows may perform better for certain applications and games that are specifically optimised for it, while Linux can be an excellent choice for programming, development, servers, and users who want greater control over their system.
For users looking for a compact and efficient Linux setup, a GEEKOM Mini PC combines modern processors, fast memory and storage, and compact hardware with the flexibility to install a Linux distribution that fits your needs.
In short, Linux isn’t always faster than Windows, but its lightweight and customisable environment can provide a fast and efficient experience on the right hardware.
