Google officially announced today that native Chrome for ARM64 Linux is arriving in Q2 2026 — meaning some time between April and June of this year — completing the company’s multi-year march across ARM-powered platforms. The announcement, published on the official Chromium blog, marks the end of a long and inconvenient gap for a niche but vocal segment of users who run ARM-based hardware on Linux.

Until now, ARM64 Linux users faced an unsatisfying choice: use the open-source Chromium browser (requiring workarounds like Snap, Flatpak, or custom package installations), or run the standard x86_64 version of Chrome through an emulator — a process that is significantly more resource-intensive and far from ideal for everyday browsing.

What Changes for ARM64 Linux Users

The arrival of official Chrome binaries is not merely a symbolic gesture — it closes a genuine feature gap between Chromium and Chrome that has persisted for years. Since 2021, Chromium has shipped without Google account sync capability, and DRM support for HD streaming services has remained limited. The native Chrome release resolves all of this.

Installation will be straightforward: visiting chrome.com/download will automatically detect the ARM64 Linux architecture and present the appropriate package for download — no manual workarounds required. The browser will also be listed in standard third-party software repositories.

A Platform Gap, Finally Closed

The timing of this announcement underscores how long ARM64 Linux has waited relative to other platforms. Google brought native ARM Chrome to Apple Silicon Macs when the M1 chip launched in 2020. Windows on ARM users gained support in 2024, driven largely by the commercial success of Snapdragon-powered laptops from Lenovo, HP, and Dell. Linux, despite being the OS of choice for many ARM developers and hobbyists, received no such treatment — until now.

Notable beneficiaries of this release will include users of Raspberry Pi boards, Pinebook laptops, and machines running Asahi Linux — the community project bringing Linux to Apple Silicon hardware. For all of these users, Chrome will now behave identically to the version available on Windows, macOS, and x86 Linux.

The NVIDIA DGX Spark Partnership

The NVIDIA collaboration signals that Google’s interest in ARM64 Linux goes beyond hobbyist hardware. As ARM-based chips expand into data centers, AI workstations, and edge computing, Chrome’s presence on these systems ensures Google’s ecosystem remains accessible wherever developers and engineers work.

Context: Why Now?

The gap between Google’s ARM support on macOS (2020) and Linux (2026) raises the obvious question: why the delay? The ARM64 Linux user base is smaller than Windows or macOS, and the commercial hardware push has been less pronounced. But several forces are converging. Qualcomm and other vendors are aggressively pushing ARM server chips; single-board computers continue gaining developer traction; and the DGX Spark’s launch represents a new category of ARM workstation aimed directly at professional users.

There is also a competitive dimension. Microsoft has invested heavily in Windows 11 on ARM, and Apple’s total transition to Apple Silicon is complete. If ARM-based Linux distributions continue gaining momentum for development work or specialized computing, Google cannot afford to be absent from that ecosystem — particularly given Chrome’s roughly 65% global browser market share.

For now, users will need to wait for the Q2 window to close. Google has not specified an exact release date within the quarter, and the Chromium blog post was notably sparse on detailed implementation specifics or performance benchmarks. What is clear is that, after six years, the wait is nearly over.