San Francisco, CA – In a significant move for the open-source software community and ARM-based computing, Google has confirmed that its Chrome browser will officially support ARM64 Linux devices beginning in the second quarter of 2026. This marks the first time the full-featured Chrome browser will run natively on this architecture, offering a substantial performance boost and improved efficiency for Linux users. The development addresses a long-standing demand for a seamless browsing experience on ARM64 Linux, which has previously relied on workarounds like Chromium builds or resource-intensive emulation of the x86 version of Chrome.
The arrival of native Chrome support on ARM64 Linux represents the latest step in Google’s broader strategy of expanding Chrome’s reach across diverse platforms. The company first brought Chrome to ARM-powered macOS devices in 2020, followed by Windows on ARM in 2024. This consistent expansion demonstrates Google’s commitment to supporting the growing ARM ecosystem and providing a consistent user experience across devices. The move also reflects the increasing popularity of ARM-based processors in servers and edge computing, where power efficiency and performance are critical. The underlying Chromium project, known for its open-source nature, is central to this expansion, allowing for adaptation and optimization across various architectures.
For years, Linux users operating on ARM64 hardware have faced limitations in their browser options. Whereas Chromium, the open-source project upon which Chrome is built, has been available, it often lacks the full suite of features and seamless integration found in the official Chrome browser. Users have also resorted to running the x86 version of Chrome through emulation, a process that significantly drains system resources and impacts performance. The native ARM64 build promises to eliminate these issues, delivering a faster, more responsive, and more efficient browsing experience. This is particularly important for developers and power users who rely on Linux for demanding tasks and require a reliable and performant browser.
Google’s announcement, detailed in a blog post, emphasizes the substantial effort involved in ensuring a secure, stable, and feature-rich experience for ARM64 Linux users. The company highlighted its dedication to providing the same level of integration with Google’s services that users enjoy on other platforms. This includes seamless syncing of bookmarks, browsing history, and open tabs via a Google Account, direct access to extensions from the Chrome Web Store, and built-in webpage translation capabilities. The integration of these features aims to provide a familiar and productive browsing environment for existing Chrome users transitioning to ARM64 Linux.
Enhanced Security and Performance
The ARM64 version of Chrome will incorporate Google’s existing suite of security tools, bolstering protection against online threats. Enhanced Protection in Safe Browsing, powered by artificial intelligence and Google’s extensive threat database, will proactively detect and block phishing attempts and malware in real-time. Google Pay integration will streamline online purchases by securely autofilling payment information, while the Google Password Manager will generate and store strong passwords, alerting users to potential data breaches involving their credentials. These security features are designed to provide a safe and secure browsing experience, protecting users from a wide range of online risks.
Beyond security, the native ARM64 build is expected to deliver significant performance improvements. By compiling Chrome specifically for the ARM64 architecture, Google can leverage the processor’s capabilities more efficiently, resulting in faster page loading times, smoother scrolling, and reduced power consumption. This is particularly beneficial for devices with limited battery life, such as laptops, and tablets. The optimized performance will also enhance the overall user experience, making browsing more enjoyable and productive. The move to native support also reduces the overhead associated with emulation, freeing up system resources for other tasks.
Nvidia Partnership and Wider Availability
To facilitate a smooth rollout, Google is collaborating with Nvidia to simplify Chrome installation on the DGX Spark system, a compact AI supercomputing device designed for researchers and developers. The DGX Spark utilizes Linux on ARM architecture and is optimized for demanding AI workloads. According to 9to5Google, this partnership will allow DGX Spark users to install Chrome directly through Nvidia’s software package management service. For users running other ARM64 Linux distributions, the browser will be readily available for download from the official Chrome website once the rollout begins in the second quarter of 2026.
The Rise of ARM in Linux
The increasing adoption of ARM-based processors in the Linux ecosystem is driven by several factors. ARM processors offer a compelling combination of performance and power efficiency, making them ideal for a wide range of applications, from embedded systems to servers. The open-source nature of Linux also aligns well with the ARM architecture, fostering innovation and customization. The growing availability of ARM-based development boards and single-board computers has made it easier for developers to experiment with and deploy ARM-based solutions. This trend is expected to continue as ARM processors become more powerful and versatile.
The benefits of native Chrome support on ARM64 Linux extend beyond individual users. Developers working on ARM-based platforms will be able to test and debug their web applications more effectively, ensuring compatibility and optimal performance. Researchers and scientists utilizing ARM-based servers for data analysis and scientific computing will also benefit from the improved browsing experience. The wider availability of Chrome on ARM64 Linux will contribute to a more vibrant and innovative ecosystem, fostering collaboration and accelerating development.
Google’s commitment to the Chromium project is also noteworthy. Chromium serves as the foundation for numerous browsers, including Microsoft Edge, Brave, and Vivaldi. Improvements made to Chromium often benefit these other browsers as well, creating a ripple effect of innovation across the web. The ongoing development of Chromium ensures that users have access to the latest web standards and security features, regardless of their browser of choice. The open-source nature of Chromium also allows for community contributions, fostering a collaborative environment and accelerating development.
The timing of this release also coincides with increased scrutiny of browser security. As TechRepublic reported, Google has recently patched multiple zero-day vulnerabilities in Chrome that were actively being exploited in the wild. The native ARM64 build will incorporate these security updates, providing users with enhanced protection against emerging threats. Google’s proactive approach to security demonstrates its commitment to safeguarding user data and maintaining a secure browsing environment.
Looking ahead, the availability of Chrome on ARM64 Linux is expected to further accelerate the adoption of ARM-based systems in the Linux community. The improved performance, enhanced security, and seamless integration with Google’s services will make Chrome an attractive option for a wide range of users. The collaboration with Nvidia on the DGX Spark system demonstrates Google’s commitment to supporting the latest advancements in AI and high-performance computing. The rollout of Chrome for ARM64 Linux in the second quarter of 2026 is a significant milestone for both Google and the Linux ecosystem.
The next step for users will be to monitor the official Chrome release channels for updates and download instructions once the ARM64 Linux build becomes available. Google will likely provide detailed documentation and support resources to assist users with the installation process. The company is also expected to continue refining the ARM64 build based on user feedback, ensuring a smooth and optimized experience for all users. Keep an eye on the official Chrome blog and social media channels for the latest announcements and updates.
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