Nintendo Switch 2: The NVIDIA AI Paradox in the Console

The Nintendo Switch 2 launched in June 2025 with the biggest console launch in Nintendo's history — 3.5 million units in four days — and brought a technical decision that seems to contradict the company's public discourse: the console uses NVIDIA artificial intelligence, via DLSS technology, to render graphics in 4K, while Nintendo remains the only major publisher openly sceptical about generative AI in game development.

TL;DR

• Historic launch: 3.5 million units in 4 days, surpassed 10 million before Christmas 2025.
• Price: US$ 449.99 standalone and US$ 499.99 with Mario Kart World. In Brazil it arrived above R$ 4,000.
• Hardware: custom NVIDIA T239 chip, with DLSS and Ray Tracing. 7.9" 1080p HDR LCD screen, dock with 4K output.
• New features: Joy-Con 2 with magnetic attachment and mouse mode, GameChat with native voice and video.
• Compatibility: most original Switch games run, many with visual improvements.
• AI stance: Nintendo remains publicly against generative AI in game content, even while using AI for upscaling.

The launch that rewrote Nintendo's own records

When the Nintendo Switch 2 launched on 5 June 2025, no one was prepared for the scale of the impact. In four days, the company shipped 3.5 million units — a number that surpasses the launch of any console in industry history, including the PS4, Wii and the original Switch itself. The sibling console, launched in 2017, had sold 2.7 million in an entire month.

Demand was so high that Nintendo had to ramp up production shortly after launch. In January 2026, during the quarterly results announcement, the company revealed that the Nintendo Switch 2 had surpassed 10 million units sold worldwide. For comparison, the PlayStation 5 took about eight months to reach the same number.

Why did it sell so much? The answer has three layers. First, eight years after the original Switch 1, the public was saturated with ageing hardware — games like Tears of the Kingdom were already running at their limit. Second, Nintendo maintained one of the smartest moves in the industry: almost complete backward compatibility. Anyone who bought a Switch 2 didn't lose their digital library. Third, and perhaps most importantly: Mario Kart World at launch. The company's most profitable franchise, now with an open world and up to 24 simultaneous players, was the classic system-seller.

Inside the hardware: NVIDIA T239, DLSS and Ray Tracing

The technical leap of the Nintendo Switch 2 lies in a single chip: the NVIDIA T239, custom designed for Nintendo, with Ampere architecture — the same family as the RTX 30 series GPUs for PC. It is a System-on-Chip that combines an ARM Cortex-A78C CPU with a GPU of 1536 CUDA cores, and this is where the AI resides.

DLSS, short for Deep Learning Super Sampling, is NVIDIA's technology that uses trained neural networks to reconstruct images at higher resolution from frames rendered at lower resolution. In practical terms: the game is rendered internally at 1080p or 1440p, and the AI reconstructs the result in 4K with near-native quality. Without DLSS, running a modern game in 4K would require an extremely expensive GPU. With DLSS, the Nintendo Switch 2 delivers next-gen console visuals within the thermal envelope of a portable device weighing just over 500 grams.

Hardware Ray Tracing

The console also supports hardware Ray Tracing — another technology that relies on dedicated acceleration to run in real time. It's not the same level as the RTX 4090, of course: we're talking about an optimised version for mobility. But it's enough for realistic reflections in games like Metroid Prime 4 Beyond and improved global illumination in Donkey Kong Bananza.

Screen, storage and battery

The 7.9-inch LCD screen with 1080p and HDR replaced the 720p display of the previous model. Storage capacity increased to 256 GB internal, with exclusive support for microSD Express cards — faster and more expensive. And the battery, despite the more powerful hardware, maintains between 2 and 6.5 hours, thanks to the energy efficiency of the Ampere architecture and DLSS's role in reducing rendering load.

The paradox: AI for rendering, AI not for creating

Here is the part that deserves attention. While the Nintendo Switch 2 embraces NVIDIA AI to solve hardware problems, Nintendo's public stance on generative AI in game development is the most conservative in the industry.

In interviews and during presentations to investors in 2024 and 2025, Shuntaro Furukawa, Nintendo's president, was asked about generative AI and responded with the same caution each time: the company monitors the technology, is attentive to intellectual property issues, but has no plans to use generative AI to create content for its games. This is a distinct stance from what we saw at Microsoft (which signed a partnership with Inworld AI for NPCs), Sony (which patented AI systems for reactive characters) and Ubisoft (which adopted generative tools for narrative design).

The stated reason is legal-creative. Nintendo's characters — Mario, Zelda, Pokémon, Metroid — are the company's cultural heritage, with decades of international litigation defending every pixel. Training generative models based on this collection, or allowing AI-generated content to reach games, opens copyright loopholes that Nintendo simply does not want to open. And it goes further: the internal philosophy favours artisanal design. Every animation, every level, every interaction is polished through human iterations.

The contradiction is only apparent. DLSS is AI for technical use, not creative. The technology does not invent pixels from nothing — it uses trained neural networks to infer what an image would look like at higher resolution, based on data that already exists. No new content is being generated, only reconstruction. Nintendo uses AI to do what humans cannot do (render in real time) and protects AI from what humans do best (create worlds).

For product teams thinking about adopting AI, this is a useful benchmark: not every use of AI carries the same ethical, legal or strategic weight. The difference between using AI to accelerate technical pipelines and using AI to generate product content is the same difference between adopting a WhatsApp platform with unlimited agents and outsourcing all brand communication to a generic language model.

Joy-Con 2, GameChat and the mouse mode no one expected

The Joy-Con 2 changed how the controller attaches to the console: instead of rails, a magnetic attachment with a button lock-release. It seems like a detail, but it dramatically reduces the mechanical wear that killed so many original Joy-Cons with stick drift. Nintendo learned — after class-action lawsuits in the United States and the European Union.

The surprise no one predicted was the mouse mode. Each Joy-Con 2, when placed on its side, functions as an optical mouse, with a bottom sensor that tracks movement on a flat surface. The practical application: games like Civilization VII, Drag x Drive (wheelchair basketball sport) and Mario Party Jamboree use the mode for cursor precision that analogue controls cannot deliver. It's Nintendo opening new niches without complicating things for those who just want to play Mario.

GameChat is the third pillar. Console-side, with a directional microphone embedded in the top bar of the hardware, it allows voice chat with up to 12 players and — with the accessory camera sold separately — video chat within the session. It competes directly with Discord, but integrated into the console. For families and groups who play together remotely, it's finally a first-party feature that works without a parallel mobile app.

The releases that justify the upgrade

Hardware without software is a store display. The Nintendo Switch 2 launched with Mario Kart World as a bundle, and Nintendo staggered major releases in the following months:

• Mario Kart World (June 2025): continuous open world between tracks, 24 simultaneous online players, new Knockout Tour mode. Sold over 5 million copies in two months.
• Donkey Kong Bananza (July 2025): the first Donkey Kong game in 3D in 25 years, with a complete scene destruction system. Showed the hardware's potential for complex physics.
• Pokémon Legends Z-A (October 2025): simultaneous release on Switch 1 and Switch 2, with the Switch 2 version offering Ray Tracing and stable 60 fps.
• Metroid Prime 4 Beyond (December 2025): delayed since 2017, finally delivered. Uses Ray Tracing and DLSS for visuals that rival the PS5.
• Kirby Air Riders (announced for 2026): spiritual sequel to Kirby Air Ride on GameCube, directed by Masahiro Sakurai, creator of Super Smash Bros.

And there is also the Nintendo Switch Online + Expansion Pack initiative, which on Switch 2 gained a catalogue of classic GameCube games — The Legend of Zelda: The Wind Waker, Super Mario Sunshine and Soul Calibur II were the first three. It's Nintendo finally recognising the GameCube as an official part of its retro lineage.

Comparison: Nintendo Switch 2 vs PS5 Pro vs Xbox Series X

For those deciding between the three console options in 2026, a quick and honest comparison is worthwhile:

Feature	Nintendo Switch 2	PS5 Pro	Xbox Series X
Launch price (US)	US$ 449.99	US$ 699.99	US$ 499.99
Portable mode	Yes	No	No
Resolution in dock	4K with DLSS	Native 4K	Native 4K
Ray Tracing	Yes (optimised)	Yes (advanced)	Yes (advanced)
Backward compatibility	Switch 1 (almost total)	PS4 (total), PS3 (partial)	Entire Xbox history
AAA exclusives 1st year	Mario Kart World, Metroid Prime 4	Wolverine, Ghost of Yotei	Avowed, Indiana Jones
Paid online	US$ 19.99/year basic, US$ 49.99 premium	US$ 79.99/year	US$ 69.99/year

The choice is not technically equivalent. Nintendo Switch 2 offers portability and Nintendo's exclusive catalogue. PS5 Pro delivers raw power and a robust first-party library. Xbox bets on Game Pass and deep backward compatibility. Competitive gamers will likely want PS5 or Xbox. Those who want Zelda, Mario and Pokémon have no alternative: it's Switch 2.

Backward compatibility: what works and what doesn't

Nintendo promised almost total compatibility with the original Switch library, and in practice delivered around 95%. Some titles that depended on specific physical accessories — Ring Fit Adventure and the Labo line, for example — have limitations. But Tears of the Kingdom, Super Mario Odyssey, Splatoon 3 and the rest of the main catalogue not only run but receive improvements in some cases: more stable framerate, shorter loading times and, in selected games, specific updates for Switch 2 with Ray Tracing and DLSS active.

Nintendo's policy here was smart: games purchased on the eShop automatically migrate to the new console via Nintendo Account, at no additional cost. Anyone who had 50 games on Switch 1 opened the Switch 2 and continued exactly where they left off. It's a textbook case on how to avoid churn in hardware transitions — the kind of lesson that applies to any SaaS platform when launching a new product generation.

It's worth highlighting a novelty: physical Switch 1 games continue to work when inserted into the Switch 2 slot. Nintendo kept the same proprietary cartridge format, avoiding Sony's mistake with the PS3-PS2 (which lost compatibility mid-cycle).

Is it worth buying the Nintendo Switch 2 in 2026?

It depends on three variables: budget, game priority and portability scenario.

Buy it if you still have a Switch 1 and want to continue with Nintendo franchises on the best possible hardware; if you value playing away from home (plane, travel, sofa vs occupied TV); or if Mario Kart World, Donkey Kong Bananza or Metroid Prime 4 Beyond are on your wish list.

Wait if you already have a PS5 or Xbox Series X and your interest in Nintendo exclusives is lukewarm; if you're comfortable with the Switch 1 and haven't finished half the library yet; or if you live in Brazil and the local price (above R$ 4,000) is too steep — historically, Nintendo adjusts regional pricing 12 to 18 months after launch.

Don't buy it if you want top-tier AAA Ray Tracing for modded Cyberpunk 2077, exclusives like Spider-Man 2 or Forza Horizon, or if you've never been a Nintendo audience. The Switch 2 is excellent, but it doesn't replace a PS5 Pro or PC gaming for specific cases.

The adoption trajectory suggests we are at the beginning of a long cycle. If Nintendo maintains the release cadence it had with the Switch 1 (which had its Tears of the Kingdom six years after launch), the Switch 2 should remain relevant until 2031 or beyond. It's an investment with a long lifespan — something that fewer and fewer technology hardware offers.

Conclusion: the paradox is the strategy

The Nintendo Switch 2 is not an AI console. It is a console that uses AI with surgical intent to solve technical problems — 4K rendering, energy efficiency — while keeping the creative heart in human hands. This distinction, between AI as a production tool and AI as a substitute for creation, is Nintendo's long-term bet. And it seems to be working: 10 million units sold in seven months is not luck.

For those working with product, software or education, the Nintendo Switch 2 case offers a useful framework. Adopting new technology is not about flipping the all-or-nothing switch. It's about choosing where AI adds value — performance, automation, infrastructure — and where humans remain irreplaceable — vision, narrative, intellectual property. The same reasoning that applies to a gaming giant applies to any organisation deciding what differentiates a custom application from a generic one: technology is a means, not an end.