Chrome runs natively on ARM processors: Google offers a 64-bit ARM version for Windows laptops with ARM chips (Windows 11 or later), arm64 packages for Linux, and Chrome is built into ARM Chromebooks. This guide shows how to make sure you have the right version and how to fix slow or misbehaving Chrome on these devices.
Quick Fixes to Try First
Before diving into detailed troubleshooting, try these quick fixes to resolve common Chrome issues on ARM devices:
- Update Chrome to the latest version: select More (⋮) > Help > About Google Chrome, then Relaunch if an update is waiting.
- Clear the cache: select More (⋮) > Delete browsing data.
- Turn off extensions you don’t need at
chrome://extensions. - Restart your device to clear temporary glitches.
Understanding Chrome’s Native ARM Support
A native ARM version of Chrome runs directly on the processor instead of through emulation. Google’s install help lists what each platform needs: on Windows with an ARM processor, Windows 11 or later; on Linux, a 64-bit ARM CPU and the arm64 .deb or .rpm package. Chromebooks come with Chrome built in.
How to Optimize Chrome Performance on ARM Chromebooks
- Keep your Chromebook up to date: at the bottom right, select the time, then Settings. At the bottom left, select About ChromeOS > Check for updates. On a Chromebook, Chrome updates with the operating system.
- Turn on hardware acceleration: select More (⋮) > Settings > System and turn on Use graphics acceleration when available.
- Use the Task Manager (Shift + Esc) to monitor and close any tabs or processes consuming excessive resources.
Chrome on Windows on ARM Laptops
Running Chrome on Windows ARM laptops, especially those powered by Snapdragon processors, can come with unique challenges. Follow these steps to ensure optimal performance:
- Make sure you have the ARM version of Chrome. If you are not sure, download the ARM64 installer from our Chrome for Windows page and reinstall. Your bookmarks and settings stay in your profile.
- Stop Chrome running after you close it: select More (⋮) > Settings > System and turn off Continue running background apps when Google Chrome is closed.
ARM vs x86 Chrome Performance Differences
| Aspect | ARM | x86 |
|---|---|---|
| Power Efficiency | Higher efficiency, better battery life | Moderate efficiency |
| Performance | Optimized for specific tasks | Better for legacy applications |
| Compatibility | Limited legacy app support | Wide compatibility |
Troubleshooting Chrome on ARM Devices
- Check for conflicts with other software: Ensure no other software is interfering with Chrome’s performance.
- Reset Chrome settings: select More (⋮) > Settings > Reset settings > Restore settings to their original defaults.
- Reinstall Chrome: Uninstall and reinstall Chrome to resolve any installation-related issues.
- Consult the official Google Chrome Help articles for more advanced troubleshooting steps.
Frequently Asked Questions
Why is Chrome slow on my ARM device?
Chrome may be slow due to outdated software, excessive extensions, or insufficient system resources. Ensure Chrome is updated and manage extensions to improve speed.
How do I know if I’m using the ARM version of Chrome?
Open chrome://version and look at the version line, which names the build type. If you are unsure, reinstalling with Google’s ARM64 installer makes sure you have the native version.
Can I run x86 applications on my ARM device?
ARM devices have limited support for x86 applications without emulation, which can impact performance.
What are the benefits of using Chrome on ARM?
Using Chrome on ARM devices offers better power efficiency and optimized performance for native ARM applications.
How do I enable experimental features in Chrome?
Open chrome://flags. Chrome’s own warning on that page says that by enabling these experimental features “you could lose browser data or compromise your security or privacy,” so only change one if you know what it does.