Google is finally bringing Chrome to ARM64 Linux — and for a community that’s been waiting years for this, it’s a pretty big deal.

Google officially confirmed on March 12, 2026, that a native Chrome build for ARM64 Linux devices is coming sometime in Q2 2026, meaning users can expect it between April and June of this year. The announcement, posted on the official Chromium Blog, marks the completion of what’s been a long and somewhat uneven rollout of Chrome across ARM platforms.

To appreciate why this matters, it helps to understand how we got here. Google brought Chrome to ARM-powered Macs back in 2020, right when Apple launched its M1 chip and flipped the entire industry’s understanding of what an ARM processor could do on a personal computer. Then came 2024, when Chrome finally landed on ARM-based Windows machines — years after competitors had already done it, and long after Qualcomm’s Snapdragon X Elite chips started making Windows on ARM feel like a legitimate platform. That left Linux users in an odd spot: the operating system most associated with developers, engineers, and tinkerers was the last to be supported natively. Until now.

For Linux users on ARM hardware — think Raspberry Pi owners, people running Ubuntu or other distros on Snapdragon X Elite laptops, or anyone who’s been living with the open-source Chromium browser as a workaround — this changes things significantly. Chromium and Chrome are not the same thing, even if they look nearly identical. Since 2021, Google has removed Google Account sync from Chromium, meaning users couldn’t get their bookmarks, open tabs, or browsing history to follow them across devices. Chrome brings that back. It also unlocks Google Pay integration, Google Password Manager, the full Chrome Web Store without any developer setting workarounds, and critically, Enhanced Safe Browsing — Google’s AI-powered, real-time protection against phishing and malware. These are features that many users take for granted on x86 machines but have simply been unavailable on ARM64 Linux, officially at least.

There’s also a specific hardware angle driving this launch that’s very much rooted in the AI moment we’re living through. Google called out NVIDIA’s DGX Spark by name in its announcement, confirming a partnership to make Chrome easy to install directly on the device. If you haven’t heard of the DGX Spark, it’s a compact, 1-liter AI supercomputing box that NVIDIA introduced last year — and it is genuinely remarkable hardware. It packs NVIDIA’s Grace Blackwell architecture, a 20-core ARM processor (10 Cortex-X925 high-performance cores paired with 10 Cortex-A725 efficiency cores), and a jaw-dropping 128GB of unified LPDDR5x memory shared between the CPU and GPU. That unified memory setup lets it run AI models up to 200 billion parameters, all in something that sits on a desk. It currently starts at around $4,699 for the 4TB Founders Edition. This is the kind of machine that AI researchers, ML engineers, and advanced developers are buying — and the fact that it runs ARM64 Linux is exactly why Google now has a business reason to show up for that platform.

The competitive dynamics here are worth noting, too. Firefox launched its ARM64 Linux builds back in March 2025, meaning Mozilla beat Google to this particular finish line by over a year. That’s a recurring pattern — Mozilla has historically been faster to support emerging ARM platforms than Google has been — but Chrome’s dominance in browser market share means Google’s arrival still carries disproportionate weight for the ecosystem. When Google officially supports something, it signals to other software developers that the platform is worth building for.

Once the Q2 launch happens, users with any ARM64 Linux distribution — not just NVIDIA DGX Spark owners — will be able to grab the build straight from google.com/chrome. No special flags, no compiling from source, no third-party repos. Just download and run, the same way you’d install Chrome on any other machine. It’s the kind of seamless experience that the ARM64 Linux community has been asking for, and Google’s engineers described it as “a major milestone” in the company’s commitment to both the Linux community and the broader ARM ecosystem.

The broader picture is one of ARM’s relentless march into every corner of computing. From smartphones to Apple’s Mac lineup, from Windows laptops to AI workstations to servers in cloud data centers, ARM64 is no longer an edge case — it’s increasingly mainstream. Linux, which has always been ARM-friendly at the kernel level, is now seeing that momentum translate into first-class support from major software vendors. Google joining that story, even if fashionably late, is a signal that ARM64 Linux is no longer a niche worth ignoring.