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Eglantine is a free, open-source Nintendo Switch 2 emulator designed to run compatible Nintendo Switch 2 games on Windows, macOS, and Linux computers. Written in C++, the emulator builds upon the foundations of the Eden, Yuzu, and Sudachi projects, extending their emulation technologies to support Nintendo's newer gaming hardware. Eglantine aims to recreate the functionality of the Nintendo Switch 2 through software, allowing users to run supported games on desktop computers without requiring the original console for gameplay. The emulator is currently in an experimental stage of development, with reported compatibility for games such as Mario Kart World and Splatoon Raiders, although performance varies depending on hardware specifications and configuration. Eglantine provides downloadable builds, developer documentation, and build instructions for users interested in testing the software or contributing to its development.
Features
- Nintendo Switch 2 Emulation: Emulates Nintendo Switch 2 hardware functionality to run compatible games on desktop computers, with ongoing development to improve accuracy and compatibility.
- Cross-Platform Compatibility: Provides builds for Windows, macOS, and Linux, allowing users to experiment with Nintendo Switch 2 emulation across multiple operating systems.
- Experimental Game Support: Offers early compatibility with titles such as Mario Kart World and Splatoon Raiders, with performance ranging from variable to full speed depending on system hardware and emulator settings.
- C++ Emulation Architecture: Uses a portable C++ codebase derived from Eden, Yuzu, and Sudachi, providing a foundation for developing and optimizing Nintendo Switch 2 emulation features.
- Open-Source Development Tools: Includes publicly available source code, build guides, developer tooling, and documentation to help contributors compile, test, and improve the emulator.
- Community-Driven Development: Supports community contributions through GitHub pull requests, development discussions, bug reports, and collaborative efforts to improve compatibility and performance.
