Can you run Snes9x on a Chromebook? Probably — through one of two routes, and which one applies depends entirely on what your specific Chromebook supports. There is no dedicated “Snes9x for ChromeOS” build: the mainline 1.63 release ships Windows, macOS, Linux and libretro packages only. But most modern Chromebooks can run Android apps, many can run Linux apps, and each of those opens a door. This guide walks both doors with “if your Chromebook supports it” honesty throughout. For context, start with the platforms hub and the download page.
Route 1: the Android route, via Snes9x EX+
If your Chromebook supports Google Play and Android apps, this is the simpler route. The app is Snes9x EX+ by Robert Broglia — a separate, free Android app (not made by the Snes9x team, and historically based on Snes9x 1.55 code) that is still updated today. On a Play-enabled Chromebook, you install it from Google Play exactly as you would on an Android phone, point it at your game files, and play — with configurable touch controls if you are on a convertible, and Bluetooth or USB gamepads if you prefer physical buttons, which most people do for action games.
Caveats, stated plainly: if your Chromebook predates Play support or your school or work administrator has disabled Android apps, this route is closed to you and no setting on the emulator side will open it. Our full Snes9x on Android guide covers EX+ setup, controller pairing and storage in depth — everything there applies to the Chromebook Android container as well.
Route 2: the Linux route, via the AppImage
If your Chromebook supports Linux apps (Crostini), you can run the real desktop Snes9x. The official Linux build is an AppImage — a single self-contained executable — and our Snes9x for Linux guide covers it in full: download Snes9x-1.63-x86_64.AppImage from the official GitHub release, make it executable, and launch. That gets you the current 1.63 emulator itself — the GTK port, with its XDG-respecting config and joystick hotplugging — rather than a mobile adaptation.
The conditions are real, though. The official AppImage is an x86_64 build, so this route fits Intel and AMD Chromebooks; an ARM Chromebook’s Linux container cannot run it natively. Linux support must also be enabled on your device (and not blocked by an administrator), and performance inside the container depends on your hardware. If your Chromebook supports both routes, the Linux route gives you the newer emulator; the Android route gives you the easier setup.
Which route should you choose?
- Play Store available, want it working in five minutes: Snes9x EX+ via the Android route.
- Linux (Crostini) available on an Intel/AMD Chromebook, want current Snes9x 1.63: the AppImage via the Linux route.
- Neither Android nor Linux available (older or managed devices): there is no honest Snes9x option for that machine — be wary of any site selling you one, and consider the desktop builds on any PC or Mac you have access to instead.
Shared ground rules
Whichever route works for you: no BIOS file is needed for normal SNES games on any Snes9x variant; a Bluetooth controller beats touch controls for anything fast; and neither EX+ nor desktop Snes9x includes any games — the legal route is to dump cartridges you own. School-managed Chromebooks deserve one extra note: if your device is administered, the right move is to check what is permitted on it rather than work around the people who manage it.
For the rest of the family — including the genuinely tricky case of Snes9x on iOS — the platforms hub gives every platform the same honest treatment, and the download page links every official file.
Performance: SNES emulation is light work
Whichever route your Chromebook supports, raw power is unlikely to be your problem. Snes9x is an unusually light emulator: the official Windows readme — still shipped with the current release — recommends a 1GHz-class CPU for a “near perfect experience”, and Snes9x EX+ has long been built for 1GHz-class Android devices. Those are desktop and phone numbers from a much weaker hardware era. A Chromebook that can run Android apps or a Linux container at all is, in processor terms, comfortably past what SNES emulation asks for. The deciding factors on ChromeOS are never megahertz — they are the support questions above: does your model run Play apps, does it run Linux, and has an administrator locked either down?
Moving between routes, and keeping your saves
If you switch routes later — a new Chromebook with Linux support, say, replacing one that only had Android — your progress does not have to start over. Battery saves use the standard .srm format across the whole Snes9x family: a save created in EX+ can be carried to the desktop AppImage build, and vice versa, because both are reading and writing the same format the original games used. Cheat files (.cht) are likewise shared across Snes9x builds. What does not travel as freely are emulator-specific save states, so treat the .srm as your canonical progress and back it up — our Android guide and the download page link the cloud-sync walkthrough that automates exactly that.
One last conditional, because this page has been built on them: ChromeOS features roll out by device and over time, and a Chromebook that lacks Linux support today is unlikely to gain it later. Check your specific model’s support status in its settings before planning around either route — two minutes there beats any amount of emulator troubleshooting.