Nvidia says its custom processor for Nintendo's Switch 2 has a GPU with “dedicated RT Cores and Tensor Cores”, enabling real-time ray tracing and DLSS upscaling
Nvidia says it has 10x the graphics power of original Switch Matt Wales / Eurogamer.net : Switch 2 has “10x the graphics performance of the Nintendo Switch”, claims Nvidia Bluesky: @shinobi602 : Nintendo confirms Switch 2 uses DLSS and supports ray-tracing, but details are vague at the moment (which version of DLSS, custom, etc) — Up to developers on how to use the technologies — ➡️ www.ign.com/articles/nin... #NintendoSwitch2 [image] Mastodon: David Amador / @djlink@mastodon.gamedev.place : In case you are curious NVIDIA has posted and article about the custom processor inside Switch 2, it uses DLSS to upscale images, also with Variable Refresh Rate (VRR) https://blogs.nvidia.com/... X: Tom Warren / @tomwarren : Nvidia confirms the Nintendo Switch 2 has DLSS and real-time ray tracing. We still don't know the full specs of the Switch 2, nor what version of DLSS it supports https://www.theverge.com/... @wario64 : NVIDIA: Nintendo Switch 2 Leveled Up With NVIDIA AI-Powered DLSS and 4K Gaming https://blogs.nvidia.com/... [image] Forums: r/hardware : NVIDIA: “Nintendo Switch 2 Leveled Up With NVIDIA AI-Powered DLSS and 4K Gaming” r/nintendo : Nintendo Switch 2 Leveled Up With NVIDIA AI-Powered DLSS and 4K Gaming r/NintendoSwitch : Nintendo Switch 2 Leveled Up With NVIDIA AI-Powered DLSS and 4K Gaming r/nintendo : Nvidia blog post on Switch 2. 10x Graphics Performance of original Switch.
Context & Ripple Effects
Nintendo’s graphics roadmap had long been tied to Nvidia: a 2021 report described plans for a Switch upgrade using Nvidia silicon and DLSS. The Switch 2 announcement now turns that earlier direction into a defined feature set, alongside Nintendo’s disclosed 120fps handheld display and 4K docked output.
The processor disclosure matters because it identifies hardware support—not merely software compatibility—for ray tracing and AI-assisted image upscaling. Later reporting on the custom T239 system-on-chip and its Ampere-based GPU adds the architectural context for Nvidia’s claims.
First-order effects
- Nintendo and game developers can target DLSS upscaling and hardware-accelerated ray tracing on Switch 2, though adoption and visual settings remain title-specific.
- Nvidia gains a visible console deployment for RT and Tensor Cores, while Switch 2’s stated graphics-performance uplift becomes tied to its custom Nvidia processor rather than display improvements alone.
Second-order effects
- Developers bringing games across platforms can use DLSS to trade rendering resolution for performance on Switch 2, potentially making the system’s 120fps/VRR capabilities more practical for selected titles.
- Nintendo’s platform expectations shift beyond the original Switch’s graphics baseline; third-party teams will face a clearer incentive to build optional ray-tracing and upscaling paths rather than treat the hardware solely as a backward-compatible successor.
Third-order effects
- If developers broadly use these features, AI-assisted rendering could become a standard way for portable consoles to extend visual capability within power and thermal constraints, rather than relying only on higher native resolution.
- The move reinforces a console-market pattern in which custom chips inherit specialized GPU features from a supplier’s broader architecture, making software tools and feature support increasingly important alongside raw performance.
The trend: Switch 2 is part of the shift toward specialized, AI-assisted graphics features becoming a core lever for advancing portable-console visuals.