The Raspberry Pi 5 is the prominent headline these days, and I get why. It’s faster, it feels more modern, and it has a momentum that makes every older board look like a compromise. Still, the Raspberry Pi I actually rely on day to day is the Raspberry Pi 4, and that choice has less to do with nostalgia than it does with outcomes. When I need something to stay online, behave predictably, and quietly do its job, the Pi 4 keeps earning its spot.

What surprised me is how often “good enough” turns into “exactly right” once you stop chasing the newest benchmark. The Pi 4 isn’t exciting hardware anymore, and that’s part of the appeal. Most of my projects don’t need a bragworthy CPU, they need a stable platform with known quirks and familiar fixes. The Pi 4 gives me that, and it does it without constantly asking to be the star of the show.

The Raspberry Pi 4 still fits

It’s the board I can trust daily

In fact, the Raspberry Pi 4 is still the best tool I own for boring, always-on jobs. In 2026, I care more about reliability than I do about squeezing out extra performance I’ll never use. When a device sits in a corner running services, the best compliment is that I forget it exists. The Pi 4 is old enough that its behavior is well understood, and that makes it easier to keep stable.

The Pi 4 also sits in a sweet spot for power, heat, and expectations. I don’t need active cooling gymnastics to keep it comfortable, and I’m not constantly tuning it like a tiny desktop replacement. It’s a small computer that acts like an appliance when you treat it like one. That mindset shift is the reason I’m still happy with it.

There’s also the practical reality that most Pi 4 projects have already been solved by someone else. If I run into a snag, there’s a long trail of forum posts, GitHub issues, and working configs that closely match my hardware. With newer boards, you sometimes end up as an early adopter without meaning to. The Pi 4 is mature enough that I can spend my time building the project instead of debugging the platform.

My workloads don’t need Raspberry Pi 5

Always-on services reward consistency

Most of what I run on a Pi is network and home lab plumbing, not interactive computing. DNS filtering, lightweight monitoring, simple automations, and small integrations don’t magically become better because the CPU is faster. These services benefit more from being predictable than they do from being powerful. The Pi 4 has enough headroom for the kind of quiet multitasking these jobs require.

The board’s I/O is still a significant factor in its effectiveness in this role. Gigabit Ethernet and USB 3.0 mean I’m not stuck with the “toy computer” bottlenecks older models had. If I want to attach storage, a dongle, or a reliable network adapter, I can do it without inventing a whole workaround. That flexibility matters more than peak performance when your goal is uptime.

I also like that the Pi 4 doesn’t tempt me into turning every project into a bigger one. When hardware has a lot of unused horsepower, it encourages scope creep, and scope creep is where weekend projects go to die. The Pi 4 gently pushes me toward lean services and simple stacks. In practice, that makes my setup easier to maintain and far less fragile.

The ecosystem is already paid for

Accessories and images are ready today

By 2026, my Pi 4 setup isn’t just a board, it’s an ecosystem I’ve already bought into. I have cases that fit, power supplies I trust, and storage options I know won’t randomly flake out. I’ve already learned which hats and adapters behave nicely, and which ones turn troubleshooting into a hobby. Reusing that gear isn’t just cheaper, it’s calmer.

Software support is another quiet advantage. The Pi 4 has received years of community attention, and many projects have stable defaults that assume Pi 4-class hardware. That reduces the number of surprises when I update, rebuild, or redeploy. When I’m running services I depend on, I want boring upgrades, not adventurous ones.

Even little things add up, like having known-good boot media and a stack of microSD cards that aren’t mysterious. I’ve been through the trial-and-error phase, and the Pi 4 is where the lessons landed. If I need to rebuild from scratch, I can do it quickly because the platform is familiar. That’s not glamorous, but it’s effective.

The counterargument is completely fair

Newer hardware solves real pain points

The best argument against the Pi 4 is also the simplest one: newer boards are faster and more capable. If you’re running heavier workloads, doing local AI tinkering, or pushing a lot of containers with real compute demands, the Pi 5 can absolutely justify itself. There are also quality-of-life improvements that make newer hardware feel smoother under load. If you want your Pi to act like a tiny desktop, it’s reasonable to pick the board designed to do more.

There’s also a time cost to clinging to older hardware if it forces compromises. If you’re constantly waiting on builds, bottlenecked by a specific task, or juggling constraints you don’t need, you’re paying for it in frustration. At some point, upgrading is cheaper than your time. That’s true even if the old board still works.

And yes, part of the appeal of Raspberry Pi is experimentation, and experimentation loves headroom. When you’re trying new stacks or learning new tooling, extra performance can smooth out the rough edges. It can also give you room to make mistakes without everything feeling slow. I won’t pretend the Pi 4 is the best fit for every 2026 Raspberry Pi project.

Why I still choose the Raspberry Pi 4 for most tasks

The reason I am staying on the Pi 4 is that my current goals haven’t changed. I want stable services, low drama, and hardware that disappears into the background once it’s configured. When I do need more performance, I’d rather move that workload to a mini PC or a more appropriate box than force the Pi to become something it isn’t. The Pi 4 handles the “always-on helper” role so well that upgrading would mostly be a lateral move for me.

I also don’t want to rebuild what already works unless there’s a clear payoff. Newer hardware often means new cases, different cooling expectations, and a fresh round of “what’s the best way to do this now.” That can be fun when you’re in the mood, but it’s not automatically progress. For an appliance-style setup, change should buy something meaningful.

Most importantly, the Pi 4 still delivers the value that made Raspberry Pi compelling in the first place. It’s approachable, flexible, and widely supported, and it solves real problems without requiring a whole new infrastructure. If I were starting from scratch with different needs, I might choose differently. For my current home lab reality, the Pi 4 remains the board that makes the most sense.

Where the Raspberry Pi 4 still shines

The Raspberry Pi 4 is still relevant in 2026 because its strengths line up with the projects people actually keep running. It’s stable, well understood, and supported by an ecosystem that reduces friction rather than adding to it. For always-on services, predictable behavior beats raw performance more often than we admit. I’ll upgrade when the Pi 4 stops meeting my needs, not when a newer model comes out. Until then, it’s still the Raspberry Pi I trust.