For the native Linux port, compilation times are longer on slower CPUs, but the resulting game runs extremely well even on modest hardware because it does not emulate the N64—it runs natively.
| Approach | How it works | Pros | Cons | Best for | |---|---:|---|---|---| | Web/browser port (WASM/JS) | Runs a compiled N64 engine in the browser; often loads ROM from the host or user | No install, quick to try, works on many Chromebooks, controller support often included | Legality depends on how ROM is provided; can be taken down; save compatibility varies | Quick testing, demos, low-effort play | | Native emulator (Android APK like Mupen64Plus/Fast64, or Linux N64 emulators) | Install Android app from Play Store or Linux package (Crostini) and load ROM locally | Better performance options, controller mapping, save states, shaders | Requires enabling Play Store or Linux, setup and ROM management needed | Regular players who own ROMs and want quality/performance | | Cloud/streaming or unofficial port | Game hosted remotely or republished as a web app/port (sometimes from fan projects) | No local ROM needed, minimal local requirements | High legal risk if host distributes copyrighted ROMs; availability unstable | Casual play if hosted legally (rare) |
A frontend emulator that utilizes the "Mupen64Plus" core. It is highly customizable but features a steeper learning curve. Step-by-Step Installation: Open the Google Play Store on your Chromebook.
Install the flatpak version or the standard repository version by entering: sudo apt install retroarch -y Use code with caution.
Click the "Choose File" or "Load ROM" button on the website. super mario 64 on chromebook
Lower performance, no save state flexibility, relies on internet connection.
Open RetroArch from your Linux apps folder. Go to Online Updater > Core Downloader and select Nintendo - Nintendo 64 (Mupen64Plus-Next) .
Published: May 2026. Updated for ChromeOS 125 and Linux container 6.1.
Keyboard controls work, but a controller provides the authentic experience. ChromeOS supports a wide variety of controllers natively via Bluetooth or USB: PlayStation 4 (DualShock 4) and PlayStation 5 (DualSense) Xbox One and Xbox Series X/S Controllers Generic USB PC Controllers For the native Linux port, compilation times are
Playing on a Chromebook is possible through several methods, ranging from simple browser-based ports to more advanced Linux installations that support mods and high-definition textures. Method 1: Web-Based Ports (Easiest)
Because Chromebooks use ChromeOS (which is based on Linux), they are surprisingly capable gaming machines if you know which method to use. There are three primary ways to play this classic N64 game, ranging from "instant play" in a browser to a full high-definition experience.
Widely considered the best N64 emulator on Android. It features high compatibility, customizable video plug-ins, and excellent controller support.
While playing with a Chromebook keyboard is entirely possible (typically using WASD or Arrow keys for movement and Z , X , C , Space for actions), Super Mario 64 was built from the ground up for an analog stick. Step-by-Step Installation: Open the Google Play Store on
Method 3: The Native Linux PC Port (Best Performance & Visuals)
Mario 64 requires precision. Use a Bluetooth or USB controller (Xbox, PS4/PS5, or an N64-style USB controller).
Place your legally sourced Super Mario 64 ROM (must be named baserom.us.z64 for the US version) into the root of the sm64-port directory. Build the game using the make command: make Use code with caution.
Yet, there it is. Mario is backflipping through Bob-omb Battlefield on your screen.
Close all other tabs. In Chrome settings, enable "Hardware Acceleration" (chrome://settings/system). For the best experience, use a wired USB mouse or keyboard (Arrow keys + Z/X for A/B buttons).