Skip to content

Minimum System Requirements for Winlator WB64

Pre-release
Pre-release
Compare
Choose a tag to compare
@winebox64 winebox64 released this 25 Jan 11:40
· 94 commits to main since this release
v64
04296f1
This commit was created on GitHub.com and signed with GitHub’s verified signature.
GPG key ID: B5690EEEBB952194
Verified
Learn about vigilant mode.

logo

Minimum System Requirements for Winlator WB64:

  • OS (Operating System): Android 7.0 or later
  • Processor/CPU (Central Processing Unit): Qualcomm Snapdragon 460 or higher
  • GPU (Graphics Processing Unit): Adreno 610 or higher
  • Graphics API: Vulkan 1.1 or higher
  • Internal Storage: At least 2GB of free space
  • RAM (Random Access Memory): At least 1GB of free RAM available, depending on the game requirments
  • Root Access: Not required
  • Gamepad: Optional (xinput/xbox recommended)

NOTE: Recommended for game titles released before 2013 or DX9-based, Some games especially those from 2013 onwards, may experience performance issues.
Results can vary based on the device used, environmental conditions, and other factors, such as simultaneous processing, and different processor capabilities.

Please be careful when downloading from other websites. We recommend downloading only from this GitHub repository or official.

✅ WINLATOR.ORG is the original site.

⚠️ while WINLATOR.COM, WINLATOR.APP and others are fake.
Never share your E-mail address or any other personal information. ⚠️

Why does glibc run slower than Proot on some Android devices?

1. glibc vs. Android’s bionic libc
Android uses bionic libc, which is lightweight and optimized for mobile devices.
Running glibc on Android often requires additional compatibility layers, like proot + glibc rootfs, which might introduce performance overhead.
2. Syscall Translation Overhead
Proot uses syscall translation, which can be slow in general.
However, on Android, some glibc syscalls may not be well-optimized or may rely on emulation layers, making native glibc performance worse.
3. Filesystem Overhead
Proot uses overlay filesystems, which can sometimes optimize game data access.
A direct glibc setup might suffer from filesystem incompatibilities on Android.
4. Memory & CPU Constraints
Android optimizes bionic for low-memory usage.
Running glibc-based games might trigger higher RAM usage, leading to CPU throttling or inefficient memory access.
5. Native vs. Emulated Execution
Proot can sometimes optimize syscall handling by redirecting them efficiently.
glibc-based games might not be fully optimized for Android’s kernel, leading to bottlenecks.

Assets 2
Loading