I’m a web designer and developer by trade. Therefore, I require a decent amount of functionality from my computer - more than just simple web browsing and document editing. When I first set out testing if the RPi4 could become my main device, I was surprised at how capable the hardware / software was at running all my required applications. My workload comprises of:
Basic stuff, but I was originally doubtful of the RPi4 to be able to handle it all smoothly. I’m happy to say I was wrong.
The following hardware list is what I use specifically for my intended use case. I’m also a sucker for having cool looking SBC builds. By no means is this the “best setup” for everyone - I’m sure other combinations of gear might better suit your own personal needs.
Note: products in the hardware section are Amazon affiliate links
The 32-bit version of Raspberry Pi OS (‘Debian Buster’ at the time of writing) is my OS of choice. Stable, reliable, and officially supported by the RPi community. It does the job.
The Pi has been overclocked to 2GHz in order to squeeze just a little extra out of the hardware. This has caused zero issues.
I’m also booting directly from the mSATA SSD (via USB booting) instead of relying on a slower microSD card. You can find tons of tutorials online on how to do the same, but I would recommend this one: How to Boot Raspberry Pi 4 From a USB SSD or Flash Drive
After that, I simply installed my required apps / configs (where applicable):
What my plain desktop looks like:
Using this build day-to-day, I can honestly say I don’t hit any hiccups or lag at all. Multiple applications and WordPress instances are running in the background, while 10-15 tabs are open in the Chromium browser. The little Pi just chugs along without breaking a sweat.
My average CPU temperature sits around 51° (with heatsinks & fan active) while CPU usage never really cranks past 90% during even “intensive” processes.
Since actual data speaks louder than anecdotal chit-chat, I performed a very simple read/write test on my mSATA SSD.
First, clear the cache to avoid conflicting data:
Write script run:
This gives a total read/write value of: 268 MB / 680 MB per second. Compare that to average microSD card speeds floating around 22 MB / 170MB per second and you can see (and feel) the massive speed difference. Things are just snappier.
Note: Obviously extremely high-end (read: expensive) microSD cards might hit read/write speeds similar to that of an SSD. The issue is that you are more likely to corrupt or reach end-of-life with a microSD card - hence why I don’t recommend them.
I love that I can use a fairly cheap Raspberry Pi 4 as my main, personal desktop. Of course, some people might roll their eyes at this build and say, “why not just get a cheaper, more powerful laptop off eBay?”. To that I would respond: you’re missing the point.
It was fun to put together this simple desktop. The fact that it runs fast and stable enough to be my daily driver is a great bonus. If this build interests you at all, I highly recommend giving it a go.
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