Chrome ARM64 Linux support has finally arrived, giving Linux users on ARM processors access to the official Google Chrome browser. Until now, users depended on Chromium builds or community workarounds to run a Chrome-like browser on ARM64 Linux systems.
This change introduces the full Chrome experience to ARM Linux environments. It includes security tools, built-in services, and access to the Chrome extension ecosystem. The update reflects the growing importance of ARM hardware in modern computing.
For many years, Linux users running ARM systems relied mainly on Chromium, the open-source foundation of Chrome. While Chromium works well, it lacks several proprietary components that Google includes in Chrome.
These missing elements include Google Password Manager, enhanced Safe Browsing protection, and direct integration with the Chrome Web Store. Because of those limitations, some users preferred Chrome but had no official build available for ARM64 Linux.
With the arrival of Chrome ARM64 Linux support, that gap has now closed. Users can install Chrome normally without altering developer settings or using specialized tools.
Security remains one of the biggest advantages of Chrome. Google highlights the browser’s Enhanced Protection in Safe Browsing, which helps protect users from malicious websites and phishing attempts. The system checks suspicious activity and warns users before harmful pages load.
Another important feature is Google Password Manager, which securely stores and synchronizes login credentials. Many users rely on this tool to manage accounts across different devices.
Chrome’s extension ecosystem also becomes fully accessible. The Chrome Web Store contains thousands of extensions designed for productivity, development, security, and accessibility. With official Chrome support, ARM Linux users can install these extensions without compatibility concerns.
Google also emphasizes Chrome’s built-in translation feature. Users can translate webpages instantly with a single click. This capability helps readers access information published in other languages.
The timing of Chrome ARM64 Linux support may relate to the increasing use of ARM-based computers. ARM processors now power many modern devices, including lightweight desktops, development boards, and AI workstations.
One system mentioned in Google’s announcement is the NVIDIA DGX Spark small-form-factor AI computer. Google states it is partnering with NVIDIA to simplify Chrome installation on DGX Spark devices.
The collaboration highlights a broader shift toward ARM computing. ARM processors provide strong efficiency and performance for specific workloads, especially artificial intelligence tasks. As more developers adopt ARM hardware, software support becomes increasingly necessary.
Chrome has gradually expanded to other ARM platforms over time. Google first released an optimized version of Chrome for ARM-based macOS systems in 2020, following Apple’s transition to Apple Silicon processors.
Later, Google introduced Chrome for Windows on ARM in 2024, improving performance on ARM-powered Windows devices. These developments prepared the groundwork for Chrome’s arrival on ARM64 Linux.
Given Chromium’s existing compatibility with ARM Linux, some observers wondered why official Chrome support took longer to appear. Maintaining official builds across multiple platforms requires testing, development resources, and ongoing updates.
Now that Chrome ARM64 Linux support is available, users can benefit from the same features found in other Chrome versions.
One recent addition is Split View, which allows two browser tabs to appear side by side within the same window. This feature helps users compare information or work with multiple pages simultaneously.
Chrome also includes built-in PDF annotation tools. Users can open PDF files directly in the browser and add highlights or notes. This feature reduces the need for separate document software.
Despite these advantages, Chrome still receives criticism for high memory usage. Some users consider it a heavy browser compared with alternatives such as Firefox. However, Chrome remains popular because of its speed, compatibility, and extension ecosystem.
Many web applications also perform best in Chrome because developers often test their services primarily with the Chrome engine. For this reason, official Chrome availability improves compatibility for Linux users.
The arrival of Chrome ARM64 Linux support also strengthens Chrome’s presence across operating systems. Chrome already runs on Windows, macOS, Android, iOS, and ChromeOS.
Adding ARM64 Linux ensures Chrome remains accessible on nearly every major computing platform.
Looking ahead, the key question is how consistently Google maintains the ARM64 Linux version. Chrome receives frequent updates, including new features and security patches.
If the ARM Linux build receives the same updates as other platforms, users will benefit from continued improvements and stability.
The broader technology industry continues to move toward ARM architectures. Energy efficiency, lower power consumption, and specialized AI capabilities make ARM processors attractive for many workloads.
Google’s decision to launch Chrome ARM64 Linux support reflects this shift. The move recognizes that ARM Linux systems now play a meaningful role in modern computing.
For Linux users, the update removes an important limitation. They can now run Chrome directly on ARM devices while accessing the browser’s security features, extensions, and integrated services.
As ARM hardware becomes more common, software companies will likely continue expanding native support. Chrome’s arrival on ARM64 Linux represents one more step in that ongoing transition.
