⚡ Quick Summary
- Google officially supports Chrome on ARM64 Linux with Widevine DRM
- Addresses long-standing gap for Raspberry Pi users and ARM server administrators
- Legitimises ARM Linux as mainstream platform for other software developers
- Firefox loses competitive advantage; Microsoft Edge faces pressure to follow
What Happened
Google has officially announced support for Chrome on ARM64 Linux devices, filling a notable gap in the world's most popular browser's platform coverage. The announcement, published on the Chromium Blog, means that users of ARM-based Linux devices — from Raspberry Pi single-board computers to powerful ARM workstations and cloud instances — can now run the official Chrome browser rather than relying on the open-source Chromium builds or third-party alternatives.
The move addresses a long-standing request from the Linux community. While Chrome has been available on x86/x64 Linux for years, the explosion of ARM-based computing — driven by devices like the Raspberry Pi, AWS Graviton cloud instances, Ampere workstations, and ARM-based developer machines — created a growing user base that lacked official Chrome support. These users previously had to choose between the open-source Chromium browser (which lacks certain proprietary features like Widevine DRM for streaming services) or alternative browsers.
Google's decision reflects the broader industry shift toward ARM architecture across computing segments. What was once a mobile-only instruction set now powers everything from data centres to desktops, and Chrome's support for ARM64 Linux is an acknowledgement that this isn't a niche platform anymore.
Background and Context
The ARM64 architecture has been on an extraordinary growth trajectory. Amazon Web Services launched its Graviton processors in 2018, offering ARM-based cloud instances that deliver better price-performance than comparable x86 options for many workloads. Ampere Computing has been building ARM server processors that compete directly with Intel and AMD in data centre environments. On the consumer side, the Raspberry Pi has sold tens of millions of units, and Apple's success with ARM-based Apple Silicon has legitimised the architecture for professional computing.
Google itself is deeply invested in ARM. The company designs custom ARM-based Tensor chips for its Pixel phones and has been increasingly using ARM-based infrastructure in its own data centres. Chrome's ARM64 Linux support is therefore not just about serving external users — it's about eating its own dog food in environments where Google itself is deploying ARM hardware.
The Linux community has been particularly vocal about the absence of official Chrome support. Many ARM Linux users are developers, system administrators, and embedded systems engineers who need a full-featured browser for testing web applications, accessing cloud consoles, and streaming media. The lack of Widevine DRM support in Chromium meant that ARM Linux users couldn't use Netflix, Disney+, or other major streaming services through their browser — a surprisingly common use case for Raspberry Pi-based media centres and thin clients.
Why This Matters
Chrome's ARM64 Linux support is significant because it removes one of the last practical barriers to using ARM Linux as a daily computing platform. For developers building software on ARM workstations, system administrators managing cloud infrastructure through ARM-based jump boxes, and enthusiasts running Raspberry Pi desktops, having the official Chrome browser eliminates a meaningful friction point.
The broader implication is about platform legitimacy. When Google — the maker of the world's most-used browser — officially supports a platform, it sends a signal to other software developers that the platform is worth supporting. This could accelerate the availability of other commercial Linux applications on ARM64, creating a virtuous cycle of adoption and support.
For businesses operating heterogeneous computing environments with both x86 and ARM hardware — increasingly common as companies adopt ARM servers for cost efficiency — having consistent browser support across architectures simplifies IT management. Combined with a genuine Windows 11 key for x86 workstations and ARM Linux for specialised workloads, organisations can build flexible infrastructure without browser compatibility concerns.
Industry Impact
Google's decision adds momentum to the ARM ecosystem at a critical time. The architecture is competing with x86 across an increasingly broad range of computing segments, and software support has been one of its persistent weaknesses. Every major application that adds ARM Linux support reduces the argument that ARM isn't ready for mainstream computing.
For competing browsers — Firefox, which already supports ARM Linux, and Microsoft Edge, which does not — Chrome's move changes the competitive dynamics. Firefox loses one of its unique selling points on the platform, while Microsoft faces pressure to bring Edge to ARM Linux if it wants to remain competitive across all major computing environments.
The Raspberry Pi community stands to benefit enormously. The Raspberry Pi 5, with its improved processing power, is increasingly used as a budget desktop computer. Official Chrome support transforms the experience for users who need DRM-protected streaming, Google Sync for bookmarks and passwords, and the Chrome extension ecosystem that many users rely on daily.
Expert Perspective
The timing of Google's announcement is strategically astute. ARM64 computing is reaching a tipping point where it's transitioning from "alternative" to "mainstream" in multiple market segments. By establishing Chrome's presence on ARM Linux now, Google ensures that its browser — and by extension, its ecosystem of services — is embedded in the platform as it grows.
The technical achievement shouldn't be understated either. Maintaining a browser as complex as Chrome across multiple architectures requires significant engineering investment. Google's willingness to make that investment in a platform with a relatively small (but growing) user base speaks to the company's long-term confidence in ARM computing's trajectory.
What This Means for Businesses
IT departments managing ARM Linux deployments — whether Raspberry Pi thin clients, ARM development workstations, or Graviton cloud instances — should plan to deploy official Chrome where Chromium was previously used. The switch brings Widevine DRM support, Google Sync, and automatic security updates through Google's release channel, reducing maintenance overhead.
Businesses evaluating ARM hardware for cost savings should view Chrome support as one more reason to consider the architecture. Paired with affordable Microsoft Office licence access through the web version of Microsoft 365 in Chrome, ARM Linux devices can serve as capable, cost-effective workstations for many business tasks. The availability of enterprise productivity software through web browsers makes the underlying architecture increasingly irrelevant for end users.
Key Takeaways
- Google officially brings Chrome to ARM64 Linux with full feature support including Widevine DRM
- The move addresses a long-standing gap affecting Raspberry Pi users, ARM developers, and cloud administrators
- Chrome's support legitimises ARM Linux as a mainstream computing platform for other software developers
- Firefox loses a competitive advantage on ARM Linux; Microsoft Edge faces pressure to follow
- Businesses with ARM Linux deployments gain simplified browser management and better streaming support
- The announcement reflects ARM architecture's transition from niche to mainstream across computing segments
Looking Ahead
Chrome on ARM64 Linux is another brick in the wall of ARM's march toward computing mainstream status. As more major applications add ARM Linux support, the architecture's viability as a daily computing platform strengthens. For Google, ensuring Chrome runs everywhere that people compute is a strategic imperative — and ARM Linux is now firmly on that map.
Frequently Asked Questions
What does Chrome on ARM64 Linux mean?
Google has released an official version of Chrome that runs natively on ARM-based Linux computers, including Raspberry Pi devices, ARM workstations, and ARM cloud servers. It includes full features like Widevine DRM for streaming services that weren't available in the open-source Chromium browser.
Which ARM Linux devices can run Chrome?
Any device running a 64-bit ARM Linux distribution should be able to run Chrome, including Raspberry Pi 4 and 5, Ampere workstations, AWS Graviton instances, and other ARM64 Linux systems.
Why couldn't ARM Linux users use Chrome before?
Google had only released Chrome for x86/x64 Linux architectures. ARM Linux users were limited to the open-source Chromium browser, which lacks proprietary features like Widevine DRM for Netflix and other streaming services, or had to use alternative browsers like Firefox.