The future of development is evolving, and ARM processors are taking center stage thanks to their energy efficiency and optimized performance. Are you ready to leverage this technology? If you’re a .NET developer, today you’ll learn how to compile your applications to run natively on ARM64, maximizing performance and avoiding the downsides of emulation.
Why Compile Native Applications for ARM?
ARM processors are designed to deliver better energy efficiency and performance in devices such as laptops, servers, and even IoT devices. However, if your .NET applications are not optimized to run natively on ARM64, they will rely on emulation, which can lead to:
- Slower performance: Emulation introduces an additional layer that slows processes.
- Higher battery consumption: The extra resources required by emulation affect device autonomy.
Compiling your application for ARM64 ensures it takes full advantage of the available hardware.
Step-by-Step: Configure Your Project in Visual Studio
Transforming your application to run natively on ARM64 is easier than you think. Just follow these steps:
- Open your project in Visual Studio Ensure you have the latest version of Visual Studio installed and the appropriate .NET SDK.
- Adjust build configurations
- Go to the project properties.
- In the Build section, select the
AnyCPUconfiguration. - Uncheck the Prefer 32-bit option.
- Check the Prefer Native ARM64 option.This change ensures that your .NET application is ready to run natively on ARM64 devices without relying on emulation.
- Build and test your application Once the changes are applied, build the project and test the application on an ARM64 device to confirm everything works as expected.
What Advantages Do Native ARM Applications Offer?
When your application is optimized for ARM64, it not only improves performance on compatible devices but also:
- Reduces energy consumption, extending battery life on laptops and mobile devices.
- Provides a smoother user experience, especially in resource-intensive applications like graphics or calculations.
- Increases compatibility with the growing ARM ecosystem, which continues to expand rapidly.
Pro Tip: Automate and Simplify
If you work in large teams or manage multiple projects, you can automate this configuration in your CI/CD pipeline. Configure the compiler to automatically target ARM64 when compatible devices are detected. This reduces manual errors and ensures consistency in deployments.
Engage with the Community
You’re not alone on this journey! If you encounter problems or have questions, remember there’s a vibrant community of developers working with ARM and .NET. Platforms like GitHub, Stack Overflow, or Microsoft forums can help you troubleshoot issues and discover new tricks.
Additionally, on our ByteHide platform, you can find complementary tools that add an extra layer of security to your ARM applications, such as Shield to protect compiled code or Secrets to securely manage credentials in ARM environments.
Conclusion
Migrating your .NET applications to run natively on ARM64 is not just an opportunity to improve performance but also a way to position yourself at the forefront of modern development. With these simple steps, you can ensure your applications are ready for a rapidly growing ecosystem.
Don’t let emulation limit your projects. Adapt your development to ARM64 today and deliver the experience your users deserve!
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