I've got a confession to make: my journey with Raspberry Pi has taken an unexpected turn. Despite the initial excitement, I've realized that when it comes to certain projects, sub-$150 mini PCs are the real heroes. Let's dive into why I made this switch and explore the projects where these mini PCs shine brighter than the Raspberry Pi.
The Raspberry Pi 5: A Powerful Tool, But...
I've been down the rabbit hole of tinkering with my Raspberry Pi Zero for years, creating all sorts of cool projects. The release of the Raspberry Pi 5 a few years back seemed like a game-changer, with its impressive hardware specs. However, as my projects evolved, I noticed a common thread: the Raspberry Pi struggled to keep up with my ambitious ideas.
The Windows 11 Dilemma
While the Raspberry Pi 5 supports many Linux distributions, it falls short when it comes to Microsoft's flagship OS, Windows 11. I wanted to explore how well Windows 11 would run on the RPi 5, especially considering the tools I often use, like Adobe's suite, PowerShell, and Visual Studio, are more accessible on Windows. But here's the catch: Windows 11 isn't officially supported on Raspberry Pi, leading me to try various workarounds. None of these methods, from bare-metal installations to containers, provided a smooth experience. In contrast, most mini-PCs I've worked with excel at running Windows 11, offering a seamless experience for applications and even nested VMs.
Home Assistant: When Things Get Complex
My Raspberry Pi 5 with 8GB of RAM served as a reliable Home Assistant hub for a while. But as my smart home expanded, with more devices and complex automations, the RPi started to show its limitations. Adding an SSD helped, but it couldn't keep up with the growing demands. An x86 mini-PC, slightly pricier than the RPi 5 + SSD combo, handles HASS workloads with ease. It can manage dozens of automations and add-ons, offering a smoother experience than the Raspberry Pi.
Proxmox: High Availability, Low Compatibility
Proxmox is my go-to server platform, and I wanted to set up a high-availability cluster. However, the Raspberry Pi, being Arm-based, isn't compatible with x86 LXC and VM images. Moreover, Proxmox doesn't have an Arm image, making it impossible to use the RPi as a standalone node. In contrast, my current high-availability Proxmox cluster consists of an N100 NAS-cum-mini-PC and an N150 x86 SBC, ensuring my services stay online even during experiments.
The Router Conundrum
I've experimented with various router OSes, starting with a Raspberry Pi-based OpenWRT firewall. While it was a great learning tool, it couldn't handle advanced routing, VPN encryption, or NAT traversal. Switching to an x86 system, like OPNsense, offered a more robust solution. Mini-PCs are better suited for the extra services I enable, and many come with dual NICs, eliminating the need for external adapters.
But Here's Where It Gets Controversial...
While mini-PCs excel in certain areas, the Raspberry Pi has its strengths too. Projects involving GPIO pins, sensors, and IoT peripherals work exceptionally well with Raspberry Pi boards. Additionally, for lightweight containers, the newer Raspberry Pi models are an excellent choice. So, the question remains: Which device is the right fit for your project?
And This Is the Part Most People Miss...
The choice between a Raspberry Pi and a mini-PC depends on your specific needs. While mini-PCs offer more power and compatibility, Raspberry Pis excel in certain niche areas. It's all about finding the right tool for the job.
So, what's your take? Do you agree that mini-PCs are the way to go for certain projects? Or do you think Raspberry Pis still have their place? Let's discuss in the comments!
