React Native vs. Flutter:
A Detailed Comparison
This presentation offers a detailed comparison of React Native and
Flutter. It is designed for cross-platform mobile development.
We'll explore key differences, use cases, and examples to help you
choose the right framework for your needs.
Jb
by Jack bold
Architecture & Performance
React Native
• JavaScript bridge for UI rendering
• Performance bottlenecks
• Relies on native components
• Average app size: 7-15 MB
Flutter
• Skia rendering engine
• Dart AOT compilation
• Widgets rendered from scratch
• Average app size: 10-20 MB
React Native uses a JavaScript bridge, which can cause performance bottlenecks. Flutter uses its own rendering engine for
pixel-perfect control.
Development Experience
React Native
Leverages JavaScript/TypeScript familiarity.
Offers hot reloading for faster development.
Flutter
Uses Dart language, easy for Java/JS devs.
Features hot reload & restart for updates.
React Native benefits from a large JavaScript ecosystem. Flutter boasts a
rich set of pre-designed widgets.
UI & Customization
React Native
Leverages native UI components.
Flutter
Offers fully customizable widgets.
React Native provides UI consistency with a platform-specific look and feel. Flutter provides pixel-perfect rendering across
platforms.
Community & Ecosystem
1
React Native
Mature community backed by Facebook.
Extensive online resources and tutorials.
2
Flutter
Growing community backed by Google.
Comprehensive documentation.
React Native has a vast number of third-party libraries and tools. Flutter has a comprehensive package repository.
Use Cases & Examples
React Native
Suited for apps requiring a native look and feel.
Ideal for projects leveraging existing JS expertise.
Flutter
Excellent for visually rich and branded experiences.
Great for apps targeting multiple platforms.
Examples of React Native apps include Facebook, Instagram, and Skype. Examples of Flutter apps include Google Ads,
Alibaba, and BMW.
Testing & CI/CD
React Native
Integration with JS testing frameworks.
CI/CD pipelines.
Flutter
Rich testing framework.
Simplified CI/CD setup.
React Native uses Jest, Mocha, Detox, and Appium for testing. Flutter
uses its own testing framework with Codemagic and Bitrise for CI/CD.
Conclusion: Choosing the Right Framework
1
Project Requirements
2 Team Skills
3 Long-Term Goals
React Native is mature and native-focused. Flutter is performant and UI-focused. Consider project needs, team skills, and
goals.
Comparing React Native and Flutter: Key
Takeaways
1
Architecture: JS Bridge vs. Skia
Rendering Engine
2
Development: JavaScript/TypeScript vs.
Dart
3
UI: Native Components vs. Custom
Widgets
Both frameworks offer robust solutions for cross-platform development.

React-Native-vs-Flutter-A-Detailed-Comparison.pptx

  • 1.
    React Native vs.Flutter: A Detailed Comparison This presentation offers a detailed comparison of React Native and Flutter. It is designed for cross-platform mobile development. We'll explore key differences, use cases, and examples to help you choose the right framework for your needs. Jb by Jack bold
  • 2.
    Architecture & Performance ReactNative • JavaScript bridge for UI rendering • Performance bottlenecks • Relies on native components • Average app size: 7-15 MB Flutter • Skia rendering engine • Dart AOT compilation • Widgets rendered from scratch • Average app size: 10-20 MB React Native uses a JavaScript bridge, which can cause performance bottlenecks. Flutter uses its own rendering engine for pixel-perfect control.
  • 3.
    Development Experience React Native LeveragesJavaScript/TypeScript familiarity. Offers hot reloading for faster development. Flutter Uses Dart language, easy for Java/JS devs. Features hot reload & restart for updates. React Native benefits from a large JavaScript ecosystem. Flutter boasts a rich set of pre-designed widgets.
  • 4.
    UI & Customization ReactNative Leverages native UI components. Flutter Offers fully customizable widgets. React Native provides UI consistency with a platform-specific look and feel. Flutter provides pixel-perfect rendering across platforms.
  • 5.
    Community & Ecosystem 1 ReactNative Mature community backed by Facebook. Extensive online resources and tutorials. 2 Flutter Growing community backed by Google. Comprehensive documentation. React Native has a vast number of third-party libraries and tools. Flutter has a comprehensive package repository.
  • 6.
    Use Cases &Examples React Native Suited for apps requiring a native look and feel. Ideal for projects leveraging existing JS expertise. Flutter Excellent for visually rich and branded experiences. Great for apps targeting multiple platforms. Examples of React Native apps include Facebook, Instagram, and Skype. Examples of Flutter apps include Google Ads, Alibaba, and BMW.
  • 7.
    Testing & CI/CD ReactNative Integration with JS testing frameworks. CI/CD pipelines. Flutter Rich testing framework. Simplified CI/CD setup. React Native uses Jest, Mocha, Detox, and Appium for testing. Flutter uses its own testing framework with Codemagic and Bitrise for CI/CD.
  • 8.
    Conclusion: Choosing theRight Framework 1 Project Requirements 2 Team Skills 3 Long-Term Goals React Native is mature and native-focused. Flutter is performant and UI-focused. Consider project needs, team skills, and goals.
  • 9.
    Comparing React Nativeand Flutter: Key Takeaways 1 Architecture: JS Bridge vs. Skia Rendering Engine 2 Development: JavaScript/TypeScript vs. Dart 3 UI: Native Components vs. Custom Widgets Both frameworks offer robust solutions for cross-platform development.