I get it, Raspberry Pi prices have gone through the roof, and what was once a cheap little single-board computer you could buy on a whim is now practically an investment. But, what about the cheaper alternatives?

It’s true that there are many alternatives to the Raspberry Pi that are better suited to certain jobs, and also cheaper. That’s not true across the board. Particularly, when we’re looking at products that are effectively (but not truly in the technical sense) clones of the Pi family and are meant to be alternative SBCs for the same use cases. Here, a lower initial price isn’t always the bargain it seems to be.

The sticker price doesn’t tell the whole story

Not every cost is obvious

Single-board computers have become far more competitive over the last few years. Companies like Orange Pi, Banana Pi, Radxa, Libre Computer, and FriendlyElec now offer boards with impressive specifications.

It’s not hard to find models provided by these companies that are not only a bit cheaper, but offer more powerful processors, more USB ports, or some other on-paper spec that exceeds that of the closest Raspberry Pi equivalent. If hard specs are all you care about, and price-to-performance guides your decisions, then one of these clones might indeed be right for you.

However, specs on paper don’t actually tell you what it’s like to live with one of these boards. The real cost of these boards isn’t the number on the price tag, it’s the time you spend getting them to do what you need.

Software support is where the Raspberry Pi earns its reputation

This baby can fit so many wares under the hood

Credit: Sydney Louw Butler/How-To Geek

It’s not an exaggeration to say that when you’re buying a Raspberry Pi, you’re not just getting the literal computer, but also access to its software ecosystem. Some of that comes from the official Raspberry Pi Foundation, but most of it comes from the massive community that has been built around the Raspberry Pi series over the years.

Sure, we can’t really blame a Pi clone for not coming with its own massive community and years of software contributions, but there’s no denying that this advantage exists.

You can also be much more confident that you’ll keep getting updates, maintenance, and more software in future thanks to the size of the Raspberry Pi ecosystem and the sheer inertia of its community. It’s entirely possible that a Pi clone will also get to this point, but it hasn’t happened yet and no one knows if it will. Either way, you can always switch to a Pi clone if it does reach that point in future.

Brand

Raspberry Pi

Storage

8GB

It’s only recommended for tech-savvy users, but the Raspberry Pi 5 is a tinkerer’s dream. Cheap, highly customizable, and with great onboard specs, it’s a solid base for your next mini PC.

Fixing problems is much harder on a clone

The devil you know is easier to deal with

Credit: Orange Pi

While plenty of people use SBCs as embedded systems (like my own LibreElec setup with an old CRT TV), for the most part, these computers are used by coders and tinkerers. Inevitably, you’re going to run into an issue, and with the sheer size of the Raspberry Pi community, you’re probably far from the first person to run into that specific roadblock.

Even if you’ve somehow done something that no one has before, it’s likely there will be at least a few people who can figure it out with you and get your project back on track, or help you achieve what you want to achieve. We’re leaning hard on the popularity and size of the community aspect again, I know, but the value of this is so immediate and obvious you can’t ignore it.

Smaller communities mean fewer tutorials, fewer troubleshooting guides, and fewer people testing new software releases. If you discover a strange bug, you may simply have to live with it, or spend hours digging through kernel logs trying to diagnose it yourself.

Accessories and projects don’t always work as expected

“Compatible” might be a stretch

Credit: Adam Davidson / How-To Geek

Thanks to its incumbent status, there are plenty of official and unofficial Raspberry Pi accessories out there. Often the real power of the Pi comes from the things you can connect to it via its GPIO header, or using the Pi “HAT” system. The same goes for more mundane accessories like cases, mounts, and other things that depend on the board being a certain size and shape.

Some Pi clones promise that they’ll be compatible with some of these accessories, so you can still take advantage of them, but if it turns out that the accessories you thought you could use won’t work with the Pi clone you bought, you’ll end up either buying a Raspberry Pi anyway or wasting hours and perhaps more money finding a way to make it work.

There are times when a clone actually makes sense

If you need a board with an integrated NPU for AI workloads, more PCIe connectivity, faster processors, or Android support, several Raspberry Pi alternatives outperform the official hardware. Expert Linux enthusiasts are also far more likely to benefit from the additional flexibility these boards provide.

There’s nothing inherently wrong with buying a Pi clone, but you need to be very clearn on what you’re buying and whether it will actually get the job done.