Less Resources, Better Games
The death of the desktop PC and how limitations can save creativity
The usual suspects
The AI cartel has seized control of global RAM production, skyrocketing prices for us mere mortals, and dragging SSD and GPU costs up with it. While the crypto boom had somewhat prepared us for GPU shortages, nothing quite prepared the market for the ongoing “RAM crisis.” Some manufacturers have even resorted to selling laptops with just 8GB of RAM again, just about enough to open maybe two Google Chrome tabs.
The end of the desktop PC
There are only three major RAM manufacturers in the world. Naturally, they have zero incentive to flood the market with their products, as oversupply would crash prices and squeeze profit margins. On top of that, the relentless surge in demand for AI infrastructure has driven these three giants to pivot their production away from DRAM (the memory used in PCs and phones) to HBM (High Bandwidth Memory), the hyper-fast memory powering the massive data centers of the AI giants.
These skyrocketing prices are dealing the final blow to desktop PCs. This shift was already happening, driven by market evolution and the rise of Systems-on-a-Chip (SoCs) like Apple’s M-series. By integrating CPU, GPU and RAM onto a single chip, these can handle resources far more efficiently. Simultaneously, we’ve witnessed a massive boom in the Mini PC market: compact, highly efficient and surprisingly powerful machines that are much more user-friendly for the average person. On one hand, it’s a bit of a shame, since the traditional desktop PC granted us complete control and the freedom to swap out individual parts. On the other hand, it’s only natural for the market to move toward more practical, hassle-free solutions for everyone.
A new (old) way of gaming
This desktop crisis also deals a heavy blow to the gaming world, or at least to so-called “AAA” titles. These resource-heavy monsters demand top-tier, exorbitantly expensive, custom-built rigs just to run.
Yet, an entirely different gaming ecosystem is thriving. Take retrogaming, for instance, consisting in the rediscovery of vintage video games, played today on original hardware or via emulators. Parallel to this, the indie scene is booming. These independent projects deliberately reject the race for photorealism, opting instead for simpler visuals like pixel art or low-poly graphics. Because they are incredibly lightweight, they don’t require wallet-draining hardware. This effectively shifts the focus from superficial eye candy to rock-solid gameplay mechanics.
Ultimately, this shift could be a blessing in disguise for the gaming industry. It forces developers to optimize and squeeze every drop of performance out of available resources, rather than obsessively chasing the bleeding edge of graphical realism. Too often, AAA games turn out to be empty shells. An indie developer, by contrast, can channel their creativity into what truly matters: plot, atmosphere, music and vibes.
Pico-8: How limitations fuel creativity
This is the exact environment where Pico-8 thrives. It is a “fantasy console”: a virtual console built to simulate the restrictive hardware of the 80s. Pico-8 is a software that deliberately enforces strict limitations, even tighter than those of an old-school Game Boy. The screen resolution is capped at a tiny 128x128 pixels, and the color palette is locked to just 16 colors.
Its true strength lies in these artificial constraints. Developers work within a completely self-contained, all-in-one ecosystem: without ever leaving the software, they write code in Lua, draw sprites, design maps and compose both sound effects and music. The final creations are saved in a brilliant, quirky format: tiny .png image files that act as digital “cartridges.” Anyone can play these games for free right in their web browser or download them onto pocket-sized retro handheld devices.
By the way, I built this game to play around with it and experiment a bit. Try it!