The original Switch was constrained by choice, not design
A modded Nintendo Switch OLED, pushed far beyond its factory limits, holds its own against the Switch 2 in a YouTube performance test — and in doing so, quietly reframes the original console's legacy. What the comparison reveals is less about one machine defeating another and more about the nature of design itself: that the original Switch was not underpowered by accident, but by intention, shaped by the ancient engineering tension between capability and constraint. Nintendo's seven-year-old device, given more RAM and clock speed, can nearly match its successor — which raises the quiet question of whether the Switch 2 represents a leap forward, or simply the removal of deliberate limitations.
- A YouTube creator's side-by-side test exposes an uncomfortable truth: the original Switch was held back by choices, not by the limits of what was possible.
- In unpatched titles, the overclocked original Switch actually outperforms the Switch 2 — running Pokémon Legends: Arceus and Crash Bandicoot at 60 FPS while the newer console stays locked at 30.
- The Switch 2's real advantage isn't raw speed but memory — its 8 GB of RAM unlocks ports of Cyberpunk 2077 and Star Wars Outlaws that no amount of overclocking could have made possible on the original 4 GB system.
- The test lands not as a verdict on which console wins, but as a meditation on how hardware trade-offs define what games can exist — and for how long a platform can survive them.
A YouTube creator named naga recently published a performance comparison that reframes how we think about Nintendo's original Switch. The test pits the Nintendo Switch 2 against a heavily modified Switch OLED — overclocked CPU and GPU, doubled RAM at 8 GB, a larger battery, and custom cooling. It isn't a fair fight, and that's the point.
The results are mixed in ways that surprise. The Switch 2 loads The Witcher 3 and Tears of the Kingdom noticeably faster, but in Hogwarts Legacy the gap narrows considerably. In handheld mode, the two systems are nearly indistinguishable in GRID Autosport. When docked, the modded original Switch runs Breath of the Wild close to 60 FPS — though at a lower resolution than the Switch 2 achieves.
The most striking findings come from unpatched titles. Pokémon Legends: Arceus runs at a smooth 60 FPS on the modded original Switch, while the Switch 2 version stays locked at 30. Metroid Prime Remastered hits 1440p at 60 FPS on the overclocked system. Crash Bandicoot N. Sane Trilogy holds steady at 60 FPS where the unpatched Switch 2 version does not. The original hardware, given room to breathe, could have done far more than it was ever allowed to.
Yet the comparison also explains why the Switch 2 had to exist. The original system's 4 GB of RAM — a sensible choice for a 2017 handheld — became a genuine ceiling as game engines grew more demanding. Doubling that to 8 GB is what makes Cyberpunk 2077, Star Wars Outlaws, and the upcoming Resident Evil Requiem possible on a Nintendo platform at all. No amount of overclocking could have crossed that threshold.
What naga's test ultimately offers is a portrait of hardware design as a series of trade-offs. The original Switch's constraints — less power, less RAM, less battery — were the very things that made it portable, affordable, and capable of a 139-million-unit lifespan. The Switch 2 doesn't transcend its predecessor through reinvention; it succeeds by finally lifting the limits Nintendo once chose to impose.
A YouTube creator named naga recently uploaded a side-by-side performance test that raises an intriguing question about Nintendo's original Switch: what if the company had simply given it a bit more power from the start?
The comparison pits the Nintendo Switch 2 against a heavily modified Switch OLED—one that has been pushed well beyond its factory specifications. The modded system sports an overclocked CPU running at 1707 MHz and a GPU at 1724 MHz, double the standard RAM at 8 GB, a larger 8600 mAh battery, and custom cooling to handle the extra heat. It's not a fair fight in the traditional sense, but that's precisely the point. The test reveals something Nintendo's engineers probably knew all along: the original Switch's architecture was constrained not by fundamental design flaws, but by deliberate choices about power consumption and cost.
When the two systems run the same games, the results are mixed enough to be surprising. Loading times favor the Switch 2 decisively in some titles—The Witcher 3 and Zelda: Tears of the Kingdom load noticeably faster on the newer hardware. But in other games, like Hogwarts Legacy, the gap shrinks considerably. In handheld mode playing GRID Autosport, the two systems are nearly indistinguishable, with the Switch 2 pulling ahead only in frametime consistency thanks to its stronger processor. When docked, the modded original Switch runs Zelda: Breath of the Wild at close to 60 frames per second for most of the experience, though at a lower resolution than what the Switch 2 achieves.
The truly interesting results emerge when looking at unpatched games—titles that haven't been optimized for the Switch 2's hardware. Pokémon Legends: Arceus runs at a smooth 60 FPS on the modded original Switch, while the Switch 2 version remains locked at 30 FPS. Metroid Prime Remastered hits 1440p resolution at 60 FPS on the overclocked system. Crash Bandicoot N. Sane Trilogy maintains a steady 60 FPS where the unpatched Switch 2 version stays at 30. These results suggest that the original Switch, given more breathing room, could have handled these games far better than it actually did.
But the comparison also illuminates why the Switch 2 exists at all. The original system was hamstrung by 4 GB of RAM—a decision that made sense for a handheld device in 2017 but became a genuine bottleneck as game engines evolved. The Switch 2 doubles that to 8 GB, and the difference is tangible. The newer console runs demanding ports of Cyberpunk 2077, Star Wars Outlaws, and the upcoming Resident Evil Requiem with a stability that would have been impossible on the original hardware, even if you'd overclocked it to the moon. The Resident Evil team was reportedly surprised at how well their game performed on the Switch 2, suggesting the port was less of a technical miracle and more a matter of finally having the right tools for the job.
What emerges from naga's test is a portrait of hardware design as a series of trade-offs. The original Switch was brilliant precisely because it made certain sacrifices—less power, less RAM, less battery capacity—in service of portability and affordability. Those choices gave the system a seven-year lifespan and sold over 139 million units. But they also meant that by 2024, the system was genuinely struggling with new games. The Switch 2 doesn't solve this problem through revolutionary innovation; it solves it by removing the constraints. More RAM, more processing power, better cooling—the fundamentals that the modded original Switch demonstrates could have made a real difference, had Nintendo chosen to prioritize them from the beginning.
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Why does a modded Switch OLED matter? Isn't it just a curiosity—something that doesn't reflect how real people use the console?
It matters because it shows us what Nintendo's engineers were actually working with. The original Switch wasn't slow because of bad design; it was slow because of deliberate constraints. This test proves that.
But the Switch 2 still wins in most comparisons, right? So what's the point?
The point is where it wins and where it doesn't. In unpatched games, the modded original Switch sometimes crushes the Switch 2. That tells you something about how much of the Switch 2's advantage comes from optimization versus raw power.
What about RAM? That seems to be the real difference.
Exactly. Four gigabytes was fine in 2017. By 2024, it's a wall. The Switch 2 doubles it, and suddenly you can run Cyberpunk 2077. That's not a small thing—that's the difference between a console that's aging out and one that can still play new games.
So Nintendo made the right call with the original Switch, but the time had come?
Yes. The original Switch was perfect for what it needed to be. But hardware moves fast, and game engines move faster. By the end, the constraints weren't clever anymore—they were just limiting.