NextJS Vs React: Which Framework To Choose in 2024

NextJS Vs React

Deciding between Next.js and React for your web development project is a significant choice that hinges on understanding their core functionalities, differences, and the specific requirements of your project. This comprehensive guide about NextJS Vs React aims to delve into these aspects, helping you make an informed decision for your development endeavors in 2024.

React: A Component-Based JavaScript Library

At its core, React is an open-source JavaScript library developed and maintained by Facebook. It was introduced to address the challenges of building large-scale applications with data that changes over time.

React’s primary focus is on the view layer of web and mobile applications. It allows developers to create reusable UI components that manage their state, leading to efficient updates and rendering of interactive interfaces.

Technical Foundations of React:

  • JSX (JavaScript XML): React embraces JSX, a syntax extension that allows HTML to coexist with JavaScript. This approach makes writing and understanding the components’ structure easier within the JavaScript code, enhancing readability and maintainability.
  • Virtual DOM: One of React’s key innovations is using a Virtual DOM, a lightweight copy of the actual DOM. React creates a virtual representation of the UI and efficiently updates the DOM when the state of an object changes, minimizing direct manipulation of the DOM and improving app performance.
  • Data Flow & Unidirectional Data Binding: React enforces a one-way data flow, where components receive data as props and produce UI as functions of this data. This model simplifies complex UIs by breaking them into smaller, manageable components, ensuring predictability and easier debugging.

Next.js: The Production Framework for React

Next.js represents a paradigm shift in React development, introduced by Vercel (formerly Zeit). It’s built on React to provide a streamlined framework for server-rendered applications.

Next.js enhances React’s capabilities, offering a structured environment that automates and simplifies everyday tasks in web development, particularly those related to SEO and performance optimizations.

Enhancements Brought by Next.js:

  • Server-Side Rendering (SSR): Next.js enables SSR by default, where the initial page load is rendered by the server, significantly improving the first contentful paint and SEO by serving fully rendered pages to search engines and browsers.
  • Static Site Generation (SSG): Next.js offers a feature called Static Generation, allowing pages to be rendered to static HTML at build time. This method is ideal for pages that can be pre-rendered ahead of a user’s request, further enhancing performance and SEO.
  • File-based Routing: Unlike React, which requires external libraries for routing (e.g., React Router), Next.js comes with a built-in, opinionated routing system based on the page directory’s file structure. This simplifies the process of creating routes and dynamic routes in applications.
  • API Routes: Next.js facilitates the creation of API endpoints as part of the application, enabling developers to write server-side code directly within their Next.js app. This feature simplifies the architecture by avoiding needing a separate backend server for simple use cases.

Library vs. Framework: NextJS Vs React

React: A Flexible UI Library

React’s core identity as a library lies in its singular focus on building user interfaces. It provides rich features for creating interactive UIs through a component-based architecture.

This architecture enables developers to build complex applications by composing small, isolated pieces of UI called components. Each component manages its state and lifecycle, allowing for more predictable code that is easier to debug.

  • Declarative Nature: React’s declarative approach simplifies building interactive UIs. Developers describe what they want to achieve (the desired UI state) rather than the step-by-step instructions for updating the UI. This results in a more straightforward and readable codebase.
  • Component-Based Architecture: React’s architecture is fundamentally composed of components. This modular structure promotes code reusability and separation of concerns, making applications more accessible to develop and maintain.

Next.js: An Enhanced React Framework

Next.js is a framework that builds upon and extends React, offering developers a structured environment for building applications.

It inherits React’s component-based architecture and enriches it with additional functionalities to optimize web application development and deployment.

  • File-based Routing: Next.js introduces a simple yet powerful routing system based on the file system. Pages are automatically associated with a route based on their file names in the pages directory, streamlining the routing process without additional configuration.
  • Automatic Code Splitting: Next.js automatically splits code into manageable chunks, ensuring that only the necessary code is loaded for each page. This leads to faster page loads, improving overall application performance.
  • Optimized Pre-rendering: Next.js provides two forms of pre-rendering: Static Generation (SSG) and Server-Side Rendering (SSR). This feature enhances SEO and performance by serving pre-rendered content to the client.

Rendering Differences: Client-Side vs. Server-Side

Client-Side Rendering (CSR) in React

React applications typically use Client-Side Rendering (CSR), where the rendering process occurs in the browser. The initial server response sends a minimal HTML page to the client, and JavaScript takes over to render the content dynamically.

While CSR offers a rich, interactive user experience, it can lead to slower initial page loads and potential SEO drawbacks since the content is only rendered once JavaScript executes.

React Server Components

React Server Components (RSC) blend server and client environments for enhanced efficiency and interactivity. The React team introduce a dual-component model, distinguishing between Server Components and Client Components based on execution location and targeted environments.


  • Zero-bundle sizes: Server Components don’t send code to clients, reducing load times and eliminating hydration steps.
  • Direct access to server-side resources: Efficient data fetching and rendering without additional client-side processing.
  • Enhanced security: Server-side execution keeps sensitive data and logic away from the client.
  • Improved data fetching: Shifts sequential round trips to the server, reducing request latency.
  • Caching: Server-side rendering enables result caching, improving performance and reducing costs.
  • Faster initial page load: Immediate rendering without JavaScript execution enhances user experience.
  • Improved SEO: Server-rendered HTML enhances indexability for better search engine optimization.
  • Efficient streaming: Divides rendering into manageable chunks, allowing earlier page visibility for users.

Server-Side Rendering (SSR) in Next.js

Next.js leverages Server-Side Rendering (SSR) to render content on the server before it reaches the client. This approach delivers fully rendered HTML to the browser, significantly improving initial load times and enhancing SEO by making content immediately available to search engines. SSR in Next.js is particularly beneficial for dynamic pages that require up-to-date data.

Pre-rendering Approaches in Next.js

Next.js offers two distinct pre-rendering strategies to optimize performance and SEO:

  • Static Generation (SSG): This method generates HTML at build time, resulting in static files that can be cached and served quickly. SSG is ideal for pages that do not require real-time data.
  • Server-Side Rendering (SSR): SSR dynamically generates HTML for each request, making it suitable for pages that need up-to-date data. It combines the benefits of pre-rendering with the flexibility of serving dynamic content.

Configuration, Maintainability, and TypeScript Support

Configuration and Flexibility

While Create React App (CRA) offers a streamlined setup for React applications, its configurability is limited to ensure simplicity.

Conversely, Next.js allows for more granular control over configuration, accommodating complex setups and custom server logic. This flexibility makes Next.js a more adaptable solution for diverse project requirements.

Maintainability and TypeScript Support

React and Next.js are committed to maintainability, with regular updates and a focus on backward compatibility. TypeScript support is built-in for both platforms, allowing developers to leverage static typing for more reliable code and efficient development.

Including TypeScript enhances code quality, facilitates maintenance, and supports scalable application development.

Advantages and Disadvantages: NextJS Vs React

When deciding between NextJS Vs React for a project, weighing their advantages and disadvantages is essential. This evaluation helps choose the most suitable technology based on the project’s specific needs.

Advantages and Disadvantages: React vs Next.js

Advantages of React

  • Flexibility and Control: React’s position as a library rather than a framework gives developers a high degree of flexibility and control over their project’s architecture and tooling.
  • Strong Community Support: With a vast and active community, React benefits from abundant resources, including libraries, tools, tutorials, and community support, facilitating problem-solving and learning.
  • Reusable Components: React’s component-based architecture promotes reusability, making it easier to develop, maintain, and scale applications.

Disadvantages of React

  • Ecosystem Complexity: The flexibility of React can also lead to complexity, as developers need to make decisions about routing, state management, and other architectural aspects, which might require integrating multiple third-party libraries.
  • Learning Curve for Ecosystem: While React can be straightforward, the broader ecosystem, including associated libraries and patterns, can present a steep learning curve.

Advantages of Next.js

  • Built-in Features: Next.js provides a comprehensive set of built-in features like SSR, SSG, automatic code splitting, and file-based routing, simplifying the development process and enhancing performance and SEO.
  • Optimized for Production: Next.js is designed with production and performance in mind, offering optimizations like image optimization that are out of the box.
  • Ease of Setup: Next.js streamlines the setup process for a new project, reducing the initial configuration overhead and allowing developers to focus on building their applications.

Disadvantages of Next.js

  • Opinionated: Next.js is more opinionated than React, which might limit flexibility in certain aspects of application development.
  • Smaller Community: While growing, the Next.js community is smaller than React’s, potentially making it harder to find solutions to specific problems or to hire experienced developers.

Usage Recommendations and Project Considerations

When to Choose Next.js

  • SEO-Critical Projects: For projects where SEO is a crucial consideration, such as e-commerce sites, marketing websites, and landing pages, Next.js’s SSR and SSG capabilities offer significant advantages.
  • Static Sites and Blogs: Next.js is ideal for static sites and blogs that benefit from fast loading times and pre-rendering.

Opting for React

  • Highly Dynamic Applications: For projects requiring a high degree of interactivity and dynamic content, such as social media platforms and real-time collaboration tools, React’s CSR approach is well-suited.
  • Custom Architectural Needs: If your project demands a highly custom architecture or integration with specific libraries or systems not directly supported by Next.js, starting with React might offer the necessary flexibility.

Additional Resources and Learning

For developers looking to dive deeper into either NextJS Vs React, numerous resources are available to facilitate learning:

  • Official Documentation: React and Next.js have comprehensive official documentation, which is an excellent starting point for new learners.
  • Online Courses and Tutorials: Platforms like Udemy, Coursera, and freeCodeCamp offer courses ranging from beginner to advanced levels for both technologies.
  • Community Forums and Q&A Sites: Communities on Reddit, Stack Overflow, and GitHub discussions provide valuable insights and problem-solving assistance from experienced developers.


When deciding between Next.js and React, consider the project’s requirements. Next.js shines for projects demanding SEO, performance, and rapid development, thanks to its SSR and SSG capabilities.

With its vast ecosystem and flexibility, React is ideal for dynamic, complex applications prioritizing client-side interactivity.

OnGraph Technologies stands at the forefront of web development, offering expert services in both React and Next.js.

As a leading technology provider, we understand the unique challenges and opportunities that come with each project.

Our seasoned developer team leverages React’s flexibility and Next.js’s optimized framework to deliver tailor-made solutions that meet and exceed our client’s expectations.

Contact OnGraph today to learn how we can help with your NextJS Vs React project. Let’s create something innovative, efficient, and impactful together.