You know the feeling. You boot up your two-year-old laptop, open a design app, and watch the spinning wheel of death. The industry tells you it’s time to upgrade. You need more RAM. You need a better GPU. You need to hand over another $2,000.
But what if I told you I ran Photoshop on a computer chip that costs £0.60 (about 75 cents)?
We’ve been conditioned to believe that creativity requires a $2,000 aluminum rectangle, but the truth is, modern software is just badly written.
Recently, I took a Raspberry Pi RP2350 microcontroller—a chip literally priced at pocket change—and booted up a version of Photoshop. Yes, that Photoshop. The same industry-standard beast that makes modern computers sweat.
Now, here’s the twist. I didn’t run the 2024 cloud-synced bloatware version. I ran the 1984 Macintosh 128K version, emulated on a chip originally designed to be a traffic light controller. It outputted in glorious black and white. No layers panel, no AI generative fill, just pure, unadulterated pixel manipulation.
And it was glorious.
Purists will immediately point out the caveats. They’ll say, “But you used a board with 8MB of external RAM, not just the chip’s native 520K!” And they’re right. But that misses the entire point of the experiment. The RP2350 is a toy. It’s a $4 board. Yet, by reframing the problem as one of constraint and expectation, it becomes a capable creative machine.
The chip isn’t underpowered; our expectations are just over-calibrated by an industry that needs us to buy a new device every two years.
Look around the hacker spaces. People are using ESP32 microcontrollers to build e-readers that last for weeks on a single charge. They’re installing Antix on 20-year-old EEEPCs and getting more actual work done than the guy with the M3 Max. They are proving that the hardware arms race is a mirage.
We don’t need thinner laptops with massive cooling systems. We need software that does exactly what it’s supposed to do, and hardware right-sized for the task. When you strip away the bloated UI, the telemetry, the background phoning-home processes, and the cloud integrations, what’s left? A tool that works.
The tech industry wants you dependent on a lifeline of endless upgrades. But the 60p chip proves that the power was never in the hardware. It was always in how you framed the problem.
Stop worshipping at the altar of specs. The future of computing isn’t more power; it’s right-sizing our tools to fit our actual lives.
FAQ
Q: But it's a 40-year-old black-and-white version of Photoshop, isn't this just a party trick?
A: Yes, it's a party trick, but it's a party trick that exposes the lie. If a 60p chip can emulate a full GUI OS and run a professional creative app, what exactly is the 16GB of RAM in your modern laptop actually doing? Mostly running background bloat, telemetry, and abstraction layers.
Q: What's the practical implication of this for normal users?
A: Stop throwing away 'slow' hardware. An old laptop with a lightweight Linux distro can handle 90% of your daily tasks perfectly. You don't need to upgrade; you need to strip away the software bloat that is artificially slowing you down.
Q: What's the contrarian take here?
A: The tech industry's obsession with 'innovation' is actually just planned obsolescence dressed up in marketing. We are paying a massive premium—both financially and environmentally—for software inefficiency.