Box64 v0.4 release improves DRM game support and Steam stability

Developers have released Box64 version 0.4, focusing on better compatibility for games with digital rights management protections. This update also enhances the stability of Steam on Linux systems. The changes aim to broaden support for running x86_64 applications on ARM-based architectures.

The open-source project Box64, which enables the execution of x86_64 binaries on ARM64 Linux systems, has seen a significant update with version 0.4. According to Phoronix, this release particularly strengthens support for DRM-protected games, allowing smoother performance for titles that rely on such security measures.

Key improvements include enhanced stability for Steam, the popular gaming platform. Users running Steam on ARM devices should notice fewer crashes and better overall reliability. This builds on Box64's role in emulating x86_64 software, making it easier for Linux enthusiasts on non-x86 hardware to access a wider range of applications.

Phoronix highlights these advancements in their coverage of Linux hardware and open-source developments. While specific technical details on the implementation remain in the project's documentation, the update underscores ongoing efforts to optimize gaming experiences on diverse architectures. No timeline for further releases was mentioned, but this version addresses common pain points for ARM Linux users interested in PC gaming.

Articoli correlati

Illustration of an ARM-based Linux laptop running CrossOver to enable Windows games, highlighting CodeWeavers' new preview launch for gamers and enterprises.
Immagine generata dall'IA

CodeWeavers launches CrossOver preview for Linux ARM64

Riportato dall'IA Immagine generata dall'IA

CodeWeavers has released a preview of CrossOver for Linux ARM64 devices, enabling Windows games and software to run on ARM-based systems. The company describes early performance results as impressive, building on recent Wine developments. This update targets both gamers and enterprises seeking to migrate Windows workloads to Linux.

Ubuntu has launched public testing for a Snap package of Steam on ARM64 systems, using FEX emulation to bridge the gap from x86 support. This move aims to bring Valve's gaming platform to ARM-based Linux devices like laptops and single-board computers. The initiative marks a significant step toward broader compatibility, though it remains experimental.

Riportato dall'IA

The Linux kernel version 7.0 now includes support for Arm's 64-byte single-copy atomic instructions, known as LS64 and LS64V. This update enables more efficient atomic operations on compatible Arm hardware. Phoronix reports the implementation as a key enhancement for Arm64 Linux systems.

Developers have integrated enhancements for laptops and gaming handheld devices into the Linux 6.19 kernel. These updates focus on x86 platform drivers. The changes were reported by Phoronix.

Riportato dall'IA

Unity has revealed plans to integrate official Steam support into its game engine, aiming for better native performance on Linux devices like the Steam Deck and the upcoming Steam Machine. The announcement was made during the GDC 2026 Product Update. This move seeks to reduce reliance on Valve's Proton compatibility layer.

Volumio, a Debian-based Linux distribution designed for high-quality audio on low-spec hardware, has released version 4.096. This update emphasizes reliability and audio performance over the newest Debian packages. It supports playback from local storage and streaming services like Spotify.

Riportato dall'IA

Valve has released SteamOS 3.8.0 preview, adding initial support for its upcoming Steam Machine hardware alongside improvements for other devices. The update addresses video memory issues on discrete GPUs, benefiting the Steam Machine's Radeon RX 7600-caliber GPU. Valve still aims for a first-half launch despite component shortages.

 

 

 

Questo sito web utilizza i cookie

Utilizziamo i cookie per l'analisi per migliorare il nostro sito. Leggi la nostra politica sulla privacy per ulteriori informazioni.
Rifiuta