CrossOver Enables Windows Gaming on ARM64 Linux with 120 FPS Performance
CrossOver Enables Windows Gaming on ARM64 Linux with 120 FPS Performance
- Why Enterprise RAID Rebuilding Succeeds Where Consumer Arrays Fail?
- Linus Torvalds Rejects MMC Subsystem Updates for Linux 7.0: “Complete Garbage”
- The Man Who Maintained Sudo for 30 Years Now Struggles to Fund the Work That Powers Millions of Servers
- How Close Are Quantum Computers to Breaking RSA-2048?
- Why Windows 10 Users Are Flocking to Zorin OS 18 Instead of Linux Mint?
- How to Prevent Ransomware Infection Risks?
- What is the best alternative to Microsoft Office?
CrossOver Enables Windows Gaming on ARM64 Linux with 120 FPS Performance
CrossOver Preview Brings Native ARM64 Linux Support, Achieves 120 FPS in Cyberpunk 2077
ARM-powered Linux gaming takes a major leap forward as CrossOver enables Windows games to run with impressive performance on ARM64 architecture
In a significant breakthrough for Linux gaming and ARM computing, CodeWeavers has announced preliminary native support for Linux ARM64 architecture in its CrossOver Preview version.
The announcement, made on November 6th, marks a transformative moment for running Windows applications on ARM-based Linux devices, with testing showing remarkable gaming performance that rivals traditional x86 platforms.
Linux 6.18-rc6 Released: Critical ARM64 Performance Fix and Multiple Updates
Impressive Gaming Performance on ARM Hardware
To demonstrate the capabilities of this new technology, CodeWeavers’ quality assurance team conducted extensive testing on a System76 Thelio Astra workstation equipped with an Ampere® Altra® 128-core processor and NVIDIA RTX 4060 Ti graphics card. The results exceeded expectations across multiple demanding Windows titles.
The standout achievement was Cyberpunk 2077, the graphically intensive open-world RPG from CD Projekt Red, which achieved an average frame rate of 120 FPS. Other demanding titles also showed impressive results: Hades II and Path of Exile 2 both maintained stable 60 FPS performance, while Ghost of Tsushima reached 50 FPS. These performance metrics demonstrate that ARM64 Linux systems can now handle AAA gaming workloads that were previously the exclusive domain of x86-64 processors.
NVIDIA to Launch ARM-Based N1 Notebook CPUs in Mid-2026
Years of Technical Development
This breakthrough represents the culmination of years of collaborative development built upon Wine, the open-source compatibility layer that forms CrossOver’s foundation. The journey involved several critical milestones:
- Wine 8.0 (2023): Introduced PE format conversion and WoW64 thunks, establishing the groundwork for ARM support
- Wine 9.0 (2024): Added capability to run native Windows ARM programs
- Wine 10.0 (2025): Achieved full ARM64EC support through extensive LLVM compiler development, solving the core challenge of emulating x86-64 code on ARM processors
This technical progression enabled CrossOver to translate Windows x86-64 instructions to ARM64 architecture efficiently, maintaining performance levels that make demanding applications and games viable.
Linux Ecosystem’s Historic Breakthrough: Gaming AI and Kernel Innovation Converge
Beyond Gaming: Enterprise Applications
While the gaming performance figures are eye-catching, CodeWeavers envisions broader applications for this technology. The company suggests that CrossOver’s ARM64 Linux support could serve as an ideal solution for enterprises looking to migrate Windows workloads to Linux platforms. Such migration could help organizations enhance system security while reducing resource redundancy and potentially lowering licensing costs.
The timing is particularly relevant as ARM processors gain traction in data centers and enterprise environments, offering improved power efficiency compared to traditional x86 servers.
How Bypass Charging Keeps Gaming Phones Cool and Fast?
Availability and Testing
Current CrossOver license holders can apply to join the preview program to test the ARM64 Linux support firsthand and provide feedback to help refine the product.
While the feature remains under active development, CodeWeavers indicates that initial testing results are strong enough to demonstrate the platform’s gaming capabilities.
NVIDIA Emergency Driver Restores Up to 50% Gaming Performance on Windows 11
About CrossOver and Wine
CrossOver is commercial software developed by CodeWeavers based on the open-source Wine project. It enables users to run Windows applications on macOS, Linux, and ChromeOS without installing a Windows virtual machine, offering a more streamlined and efficient alternative to traditional virtualization.
Wine (Wine Is Not an Emulator) is a compatibility layer for Unix-like operating systems that runs Windows applications by translating Windows API calls into POSIX calls in real-time. This approach avoids the performance overhead of emulating an entire operating system, which is key to achieving the impressive gaming performance demonstrated in CrossOver’s ARM64 testing.
The development represents a significant milestone in making ARM-based computing platforms more versatile and capable, potentially accelerating the adoption of ARM processors in gaming and professional workstation markets previously dominated by x86 architecture.
