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Flutter vs Xamarin: Top Differences

Last Updated : 24 Sep, 2024
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Mobile applications have a large market share for online and offline applications, businesses can choose native or cross-platform options to develop their mobile applications. Flutter and Xamarin are two prominent frameworks that offer cross-platform application development. Both platforms allow developers to write code once and deploy applications across multiple platforms such as Android and iOS.

Flutter vs Xamarin Top Differences

Today in this article we will delve into two powerful contenders- Flutter and Xamarin that provide cross-platform solutions to businesses by fulfilling the needs of businesses and users.

What is Flutter?

Flutter is a software development kit(UI) created by Google. It was introduced in the year 2017 and has received substantial popularity among mobile app developers. Flutter gives mobile developers(Android and iOS) a native-like mobile application experience. Flutter uses dart as a programming language which is very similar to other languages like Java and very easy to learn.

Businesses are moving towards Flutter as it helps them in developing application that supports multi-platforms including Android, iOS, and Desktop with a single codebase, which helps businesses in reducing overall project costs.

Google Ads, Google Pay, and ClusterMe are a few popular applications that are developed using the Flutter platform.

Advantages of Flutter

  • Hot-reloading: One of the most developer-friendly features of using Flutter is its hot-reloading capability which takes seconds or a fraction of a second to render the recent code changes done by developers. It helps developers to save lots of time.
  • Cross-platform support: With a single code base Flutter allows developers to develop Android and iOS applications along with ensuring consistency in design and functionality.
  • Rich widget library: Flutter comes with an extensive library of Pre-built Core widgets(Text, Images, Buttons, Icons), Layout widgets(Row, Column, Stack, List), Material Design, and Cupertino widgets. These widgets have huge collections of properties that allow users to customize widgets on a deep level.
  • Increasing Community Support: Though it has not been long in the cross-platform application market, the Flutter community has grown significantly, resulting in a wealth of resources, libraries, and plugins to aid in development. The community continuously contributes to the growth of Flutter by creating open-source packages and plugins.
  • Cost-effective: Since Flutter allows developers to develop Android, iOS, Desktop, and Web applications with a single code-base, it helps businesses to develop multiple applications with less budget compared to native development.

Disadvantages of Flutter

  • Flutter was introduced in the market a few years back only, so its community is still growing and developers need to invest time to learn.
  • APK or IPA built using Flutter has always been more in size compared to Java-based Android and Swift-based iOS applications.
  • Flutter might not be the correct choice for Applications that need hardware support like bluetooth, sensors, and fingerprint support. In such cases, Java can give a better user experience.

What is Xamarin?

Xamarin is a free, open-source platform that allows developers to build mobile apps for Android, iOS, and Windows phones with the use of C# programming language and .Net framework. Xamarin was acquired by Microsoft in 2016 and became an integral part of companies to develop cross-platform mobile applications. Xamarin apps are compiled to native code that helps developers to provide a native-like experience and excellent app performance.

Xamarin allows developers to use C# language to develop applications, which is again a modern programming language developed by Microsoft and enables developers to leverage its features and tools to write quality code.

Olo, Alaska Airlines, Stroyo, and FreshDirect are well-known applications developed using Xamarin platforms.

Advantages of Xamarin

  • Benefits of using C# and .Net framework: Xamarin allows developers to build mobile applications using C# language, which is a widely used programming language and well known for its simplicity and strong typing. Developers can take benefits from the .NET framework's extensive capabilities including libraries, APIs, and tools that allow developers to develop robust and scalable applications.
  • Native-like performance: Xamarin framework allows developers to build a native mobile application that offers a native-like user experience and high performance. Xamarin complied C# code into native code for each platform and ensured that the application could access platform-specific APIs and features that resulted in excellent performance along with responsiveness across the platforms.
  • Visual Studio Integration: Xamarin supports integration with Microfot's widely used integrated development environment IDE, Visual Studio which provides various features and a set of tools that allows developers to develop applications seamlessly. Visual Studio IDE offers features to edit code, debug, and test which makes it easy for developers to build, test, and deploy applications developed in Xamarin.
  • Xamarin.Forms: Using Xamarin.Forms, developers can create cross-platform UI with single and shared codebases. It allows developers to create UI once and deploy it on multiple platforms while maintaining native-like performance with less effort.
  • Large Community and Rich Ecosystem: Backed by Microsoft, Xamarin leverages a large and active community of developers and contributors. Developers can also access a large range of libraries, ready-made components, and plugins through NuGet, which is Microsoft's package manager available for Xamarin apps. Xamarin also allows integration with Azure services for cloud-based development.

Disadvantages of Xamarin

  • Applications created with Xamarine usually have larger bundle sizes compared to native platforms, due to their inclusion of libraries and Mono runtime.
  • Though the Xamarine platform is open-source and free to use, some additional features and tools may require a paid subscription, which may result in a larger overall cost.
  • Developers may have a steeper learning curve especially when they are new to the Xamarin platform, specifically when they need to understand platform-specific APIs.

Flutter vs Xamarin

ParametersFlutterXamarin
IntroductionFlutter is an open-source toolkit for creating high-performance, cross-platform applications with a single codebase. It supports mobile, web, and desktop platforms, all using one programming language.Xamarin is an open-source mobile development platform for building cross-platform applications on iOS, Android, and Windows. It allows developers to write code once and reuse it across multiple platforms.
Backed BySupported by Google Inc.Supported by Microsoft (since 2016).
Initial ReleaseLaunched in May 2017Launched in December 2012
LanguageUtilizes Dart, a programming language introduced by Google in 2011, for building mobile applications.Utilizes C# and XAML for application development, primarily focusing on web development.
InstallationFlutter can be installed by downloading the binaries for the desired platform from GitHub. For macOS, it requires downloading the flutter.zip file and adding it to the PATH variable.Xamarin apps can be created using the Visual Studio IDE and Xamarin SDK.
App SizeFlutter applications tend to be larger due to the size of the binaries used.Xamarin produces smaller app binaries, resulting in a more compact application size.
PerformanceOffers impressive performance, powered by the Dart engine and its hot reload feature.Performance can be slower, as the included profiler has identified performance challenges.
Testing SupportFlutter includes a broad range of testing features, such as widget testing, along with unit and integration testing support.Xamarin supports various testing methods in Visual Studio, including Unit tests and UI tests, and also supports third-party frameworks like Appium, XCUITest, or Espresso. It additionally offers cloud testing through its own environment.
Technical ArchitectureFlutter is built on the Dart language, encompassing all necessary mobile app technologies, such as Material Design and Cupertino. It also uses the Skia C++ engine to handle protocols, compositions, and channels.Xamarin employs the Mono execution environment for cross-platform development, working alongside the Objective-C runtime and Unix kernel for iOS, and the Android Runtime for Android.
DocumentationProvides well-structured, comprehensive documentation, offering all needed resources in a single location.Xamarin has extensive documentation and development APIs available to developers. Compared to Flutter, it supports a broader range of platforms.
Community SupportBeing a newer technology, Flutter’s community support is not yet as extensive. However, with Google's backing, it is expected to grow significantly.Xamarin enjoys strong community support and a vast marketplace, largely due to Microsoft's backing of C#.
Hot ReloadSupports Hot Reload, enabling real-time updates.Does not include a Hot Reload feature, but offers a wide array of modules and powerful development APIs integrated with Visual Studio IDE.
User InterfaceFlutter provides a superior user interface compared to Ionic.The user interface in Xamarin is less polished as it relies on rendering through HTML and CSS.
UI ElementsUses widgets for UI components.Relies on native components for the user interface.
Code ReusabilityAllows for up to 80% code reuse across platforms.Achieves up to 96% code reuse across different platforms.
CompilationUses Ahead-of-Time (AOT) compilation and Dart VM.Utilizes iOS-AOT/Android-JIT & AOT for compilation.
IDE SupportSupported by Android Studio, Visual Studio, and IntelliJ IDEA.Supported by Visual Studio and Xcode.
Platform SupportCapable of deployment on Android and iOS.Supports deployment on Android, iOS, and UWP.
Popular AppsUsed in popular apps like Hamilton, Google Ads, Alibaba, and Cryptograph.Employed by major companies like Microsoft, UPS, World Bank, and BBC.

Use cases

Flutter

  • Cross-Platform Mobile Apps: Flutter would be the best choice for cross-platform mobile application development. As with a single code base, you can write and deploy Android, iOS Web, and Desktop applications.
  • Rapid development: Flutter’s hot reload feature is suitable for startups and cases where projects require rapid development and frequent iteration needs. As the developer can see the code changes very quickly
  • Highly customized UI requirements: Flutter is the correct choice for projects that require high-level customizations. It offers an extensive collection of widgets that are highly customizable and its animation capabilities allow developers to create unique and interactive UIs.

Xamarin

  • Enterprise Applications: For building enterprise applications that require high security, scalability, and seamless integration with backend systems, Xamarin is an ideal choice for developers. Xamarin is well suited for business sectors such as finance, banking, and health sector due to its large libraries and security.
  • Line-of-Business (LOB) Applications: Xamarin is often used to build LOB- Line-of-Business applications, which means applications that automate business processes and manage workflow easily. It allows developers to seamlessly integrate Microsoft technologies such as Azure, and Office 365.
  • Reuse existing codebase: Xamarin allows developers to modernize existing applications by porting them to mobile applications. Developers are allowed to reuse existing code that was written in .NET languages such as C# and VB.NET, which also helps businesses in reducing overall costs.

Conclusion

Selecting one cross-platform out of two powerful platforms is always a tough decision. Flutter and Xamarin both provide unique features and tools that developers and businesses can utilize in their projects. For rapid development and highly customized UI-related requirements, Flutter is an ideal choice while for enterprise-level app development, Xamarin is a better choice. However, businesses need to consider their requirements, budget, and team availability before choosing a platform.

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