Editor’s note: This post was reviewed for accuracy on 21 March 2024 by Oyinkansola Awosan to reflect the current versions of each framework — Next.js 14.1.4 and Nuxt.js 3.11.1 — as well as to specify use cases for each and summarize their similarities and differences in a comparison table. It was last updated on 11 April 2023. You can read more about Nuxt.js and Next.js in our archive.
Next.js and Nuxt.js are modern JavaScript frameworks used to build modern web applications. Both are static site generators that embrace Jamstack architecture and are used on top of React and Vue, respectively.
Next.js is a React-based framework created by Vercel for building performant static web apps. It offers CSR and SSR features and is used to develop full-stack React applications. Meanwhile, Nuxt.js is an open source Vue-based framework used to build complex and universal apps that leverage the best technologies in a fast, easy, and organized way.
Besides their names, these two frameworks share many other similarities and provide comprehensive support for building web applications. This can make it challenging to determine which option is the ideal choice for your project’s requirements.
This article provides an overview of Next.js and Nuxt.js, including their pros, cons, features, and use cases. By the article’s conclusion, you will have a good understanding of the differences between Next.js and Nuxt.js and will be able to make an informed decision regarding which framework is best for you.
Next.js is an open source, React-based framework that lets you create hybrid apps that combine server-rendered and statically generated web pages using React. It’s a zero-configuration, single-command toolchain that enables developers to build exceptionally user-friendly and highly functional sites and apps.
The Next.js team released v14.1 on 18 January 2024. The update comes not long after v14.0, which was released on 26 October 2023.
This most recent update brings improvement to features like self-hosting, Turbopack, data cache logging, parallel and intercepted routes, and much more. The Next.js Image component has also been improved, as it now supports more advanced use cases through getImageProps().
To upgrade to the latest version of Next.js, run the code below:
npx create-next-app@latest
Next.js offers some incredible features for creating static websites and online applications. Let’s explore some of these features in the coming sections.
In Next.js, a page is a React component that routes based on its file name. To enable routing in our Next app, Next.js uses a file-based system. It automatically treats every file within the pages folder as a route.
The file-based system routing is primarily associated with the Pages Router, as the App Router uses a different approach. File-based routing is the core behind Pages Router.
Next.js has different route patterns:
index in the pages folder as the default route for each directory:next-app └── pages └── index.js // path: base-url (/) next-app └── pages └── blog.js // path: /blog
next-app └── pages ├── index.js // top index route └── posts // nested route └── index.js // path: /posts
([param]), Next.js allows you to define dynamic routes for your app. You can use a dynamic name on your pages in place of one that is static:next-app └── pages ├── index.js // top index route └── blog └── [slug].js // path: /blog/:slug
For a further explanation about how the routes operate, let’s look at the documentation:
Next.js v13 changes how many operations were previously performed. It still supports the same file system-based routing, which uses the
pagesdirectory, but it is used for client-side routing. It adopted a new way of routing using theappdirectory which is used for server-side routing.
Data fetching in Next.js allows you to render your data in different ways, depending on the use case of your application. These include server-side rendering, static generation for pre-rendering, incremental static regeneration for updating or producing content during runtime, and partial pre-rendering, a combination of ISR and SSR.
To make your application more efficient on the client side, Next.js uses the server-side rendering technique to offload any data fetching to the server. Next.js allows data to be fetched on the server and send a pre-built page with all the necessary data requested by the client.
We can prevent problems like a fluttering page while data is being fetched using SSR in Next.js, and the content of our website will be SEO-friendly.
Next.js provides a wide range of built-in capabilities that help improve your app. Next.js offers many React components. For example, Next.js uses the next/link component to link different pages and pre-fetch and pre-load the next pages a user might visit.
Next.js also offers other built-in React components. These include the next/image component for image optimization, the next/script component for script loading strategies, and the next/font component for automatic font optimization.
The ability to quickly include custom fonts, better privacy, and speed are all provided without making any external network calls.
To ensure faster page loads in your app, Next.js automatically splits our app into different resources instead of generating a single JavaScript file containing all the app code. It bundles and delivers only the JavaScript and libraries required to render every page the code imports.
Next.js works well with JavaScript, Node.js, and React ecosystems. It uses these technologies to broaden its full-stack capabilities. Next.js helps React developers easily add backend code to their projects. It is simple to add code for storing data, getting data, authentication, etc.
Another unique feature of Next.js in building full-stack applications is the API routes. Next.js API routes provide a means to develop your API. Also, using API routes, Next.js enables developers to add API endpoints to their apps.
Next.js allows users to build digital products with different goals and purposes. However, there are specific situations when its advantages, features, and the fact that it uses server-side rendering make it the best option. Let’s talk about a few popular products you can develop with Next.js.
Next.js server-side rendering and static site generator make it a good option to develop products that allow users to purchase and sell physical goods, services, and digital products online rather than at an actual store. With its full-stack capabilities, Next.js can handle orders and receive payments.
Next.js gives users the ability to make frequent changes that are visible instantly using its incremental static regeneration feature, custom user experience, fast page load speed, and the ability to integrate with third-party systems.
Jamstack is a modern web development architecture derived from JavaScript, APIs, and markup (JAM). It’s a cutting-edge serverless framework for web development that uses client-side JavaScript, universal APIs, and pre-rendered markups during development. Some developers call it the web’s new standard architecture.
Jamstack is a distinct method for creating apps and websites that solely focus on improved performance, increased security, lower scaling costs, and SEO-friendly and optimized development.
Next.js uses two fundamental concepts of the Jamstack architecture — pre-rendering and decoupling — to create sites and applications to be delivered with greater assurance and resilience.
PWA is a software program created using modern web technologies like HTML and JavaScript. Next.js is used to create applications that can work on any device. These applications can function as both web pages and mobile apps.
PWA is a fantastic solution for low conversion rates in your online store and poor mobile UX. It aims to provide a native-like user experience using common technologies, with quicker conversion and cleaner browsing even on slow or no internet connections, sending push notifications, and using the features of user devices.
Examples of PWA applications are Google and Microsoft. Other websites that can be developed using Next.js are:
Next.js offers many advantages and can be used to achieve different goals. Next.js is not only beneficial to developers, but also to business owners and markets.
For developers, Next.js offers many benefits:
Business owners benefit a lot from using Next.js. It protects your data by ensuring there is no direct connection to the database, dependencies, user data, or any other sensitive information.
Next.js ensures that your websites and applications have a great user experience and can adjust to any device screen size. It also allows you to develop MVPs and enhanced applications that are made possible by pre-built React components.
This way, you can receive feedback rapidly and make necessary product improvements without losing time or money. With Next.js, users can build omnichannel digital products.
For marketers, making websites and online applications quick, light, and simple to scan is essential for boosting Google results. Next.js delivers marketers with SEO efficiency and organic traffic growth. Additionally, organic traffic grows as Google rankings do, which eventually boosts conversion and sales rates.
Next.js is excellent for projects that require a high level of customization, as it allows for a high degree of customization that may not be accessible using Nuxt.js. If you or your team have prior experience with React, Next.js is the framework to use, as it will be easy to grasp and build with.
Despite its quick development and the addition of numerous features, Next.js still has significant drawbacks and issues.
Next.js file-based system routing makes it not very flexible when it comes to routing. The default technique is page-based, in which you define whether the pages should be generated server-side, client-side, or static.
This technique can be good for small applications. However, when the application becomes complex, it can be tedious because you’ll be required to write a lot more code and make use of Node.js servers.
It takes time to convert a server-side app to Next.js, and depending on your project, it can be too much work. Next.js also has limited plugin support, which necessitates building the front-end layer from scratch, and making occasional improvements requires the expertise of a developer.
Compared to Nuxt.js, Next.js may not be the best option for projects that require rapid development as the initial configuration and setup for Next.js may be a bit complex.
Next.js may not be the most suitable for massive projects that have complex routing as it typically has a difficult time handling complex dynamic routing.
Using the create-next-app command is the most straightforward approach to getting a Next.js application up and running. This is a tool that makes use of starter templates:
npx create-next-app@latest # or yarn create next-app # or pnpm create next-app
It also gives you an easy integration with TypeScript that is already configured for you out of the box:
npx create-next-app@latest --typescript # or yarn create next-app --typescript # or pnpm create next-app --typescript
Nuxt.js is a meta-framework built on top of Vue.js, Node.js, Webpack, and Babel.js for designing and developing complex, fast, and universal Vue applications.
With its fantastic developer experience, Nuxt.js strives to make web application development resilient and effective. By taking care of server-side details and client code distribution, Nuxt.js allows developers to concentrate on creating applications using the amazing features it offers.
The foundation of Vue.js projects is Nuxt.js, which provides strong frameworks for creating applications with enough flexibility.
For the creation of static websites and online applications, Nuxt.js offers useful features. Let’s explore some of these features.
Nuxt.js automatically imports helper functions, composables, and Vue APIs for use throughout your application without requiring you to import them explicitly. It uses these functions to execute data fetching, gain access to app context and runtime configuration, manage state, and define components and plugins.
The built-in Nuxt.js composables like useHead and components like NuxtLink are available for you to use in any file in Nuxt.js without the need to explicitly import them. All files in the component directory with .vuex, .vue, .ts, and .tsx file extensions, together with any registered components in modules, are automatically imported by Nuxt.js:
Learn more →nuxt-app
└── components
├── Header.vue
└── Footer.vue
Layout/index.vue
<template>
<section>
<Header />
<slot />
<Footer />
</section>
</template>
Simply put, every component or composable you develop for your project is instantly made available in every page folder without explicitly importing them.
Nuxt.js also allows you to automatically import the Composition API function that you write from the composable directory as well as plugins. It prevents name collisions by displaying a warning when one happens. Lastly, automatic imports greatly reduce development time and enhance the entire process.
Supporting every project’s needs out of the box when creating production-grade apps using Nuxt.js would make your Nuxt app extremely complex and challenging to operate.
This is why Nuxt.js provides a module system that allows you to extend the core functionality of your app and enhance integration with any third-party library, such as Tailwind, Axios, Cloudinary, and others. This module system is a function that is called sequentially when running your Nuxt instance.
With Nuxt.js modules, you don’t have to develop your app from scratch or maintain a boilerplate if a Nuxt module already exists for it. Using nuxt.config, Nuxt modules can be added to your project under the modules property.
Some modules have previously established settings in the Nuxt.js CLI that will be applied when you run npx create-nuxt-app in the terminal. Other community modules need to be manually installed in the project terminal using yarn or npm and the module name.
Nuxt.js supports hybrid rendering, which lets you use route rules. These rules determine how the server should respond to a new request on a specific URL, enabling various caching rules per route. Like Next.js, Nuxt also allows us to leverage features like incremental static generation, which combines SSR with SSG.
Nuxt.js allows JavaScript code to be interpreted by the browser and server to convert Vue.js components into HTML elements. The components in Nuxt.js can be rendered on the server as HTML strings, transmitted straight to the browser, and then hydrated with Vue into an entirely interactive app on the client.
Instead of having a blank index.html page, Nuxt.js preloads the application on the web server and delivers the rendered HTML as a response to the browser’s request for each route. As a result, the page loads faster and SEO is improved because search engines can more easily crawl the page.
Client-side rendering is another feature of Nuxt.js that enables us to load, edit, or update content using client-side JavaScript.
Nuxt.js has a robust server engine called Nitro, introduced in Nuxt 3. This server engine is what powers Nuxt apps. Several exciting features are made possible by the server engine, including cross-platform support for Node.js, Deno, service workers, and other technologies.
Nitro provides serverless support, automatic code splitting, async-loaded chunks, and development servers with hot module reloading. Its platform-independent nature enables the display of Nuxt applications at the edge, closer to your users, enabling replication and further optimization.
Nuxt.js leverages the Vue Router module to easily generate routes that are mapped to your files using the pages directory and naming conventions. It allows you to build routes in your online application using file-based routing and Vue Router as the backend.
Additionally, Nuxt.js provides a bespoke route middleware framework that is ideal for extracting code you want to run before navigating to a particular route throughout your application.
Data fetching is the act of retrieving data from the server and returning it to the client-side component when it mounts, allowing the component instant access to this data. As a result, the data won’t need to load.
Nuxt.js allows you to fetch data from any source in your Vue components and pages with SSR-ready capabilities. Nuxt.js also allows you to manage data fetching for your application using the useFetch, useLazyFetch, useAsyncData, and useLazyAsyncData hooks.
It’s feasible to use Nuxt.js in different use cases. But there are particular situations where Nuxt.js excels and developers can make the most of it. Let’s discuss some of these now.
Universal applications are applications that use a server-side rendering technique to get client-side data before fully rendering the page on the client browser. A universal web app is a single-page application that preloads on a server and sends rendered HTML as a response to a browser request for every route.
Nuxt.js helps you create universal web apps easily. It sets up the project structure and takes care of the problematic server configuration for you, as well as enabling the deployment of the same codebase across numerous environments.
This approach to application building reduces load times and boosts search engine optimization by making it simpler for Google to crawl the web page.
A single-page application (SPA) is a web application or website that dynamically rewrites the current page rather than reloading it. SPAs are an ideal option for a website where the user or visitor and the website are constantly interacting.
With Nuxt.js, you can build SPAs and websites that make fast transitions, with great user experience, greater performance, and security.
Static generation refers to the process of compiling and rendering a website or app throughout the development phase. The result is a collection of static files that includes the actual HTML document as well as extras like JavaScript and CSS.
This type of website does not need an external content source because the content is integrated into HTML. Portfolio, blog, marketing, and tutorial websites are a few examples of these websites.
Nuxt.js allows you to serve dynamic pages built in Vue as HTML and provides you with benefits like SEO, speed, and caching with CDNs. It also lets you easily source data from external sources such as headless CMSs.
You can also use Nuxt to build apps that leverage server-side rendering (SSR).
Nuxt.js 3.10 is currently the latest version of Nuxt.js available. It was released on the 30 January 2024. It comes with new features and upgrades, like:
app/router.optionsTo upgrade to the latest version of Nuxt, run the command below:
nuxt upgrade --force
Similar advantages apply to other static site generators like Next.js. You’re already aware of one of its special advantages, which is the ability to have both static and dynamic pages at the same time. Here are some other advantages Nuxt.js offers:
Nuxt.js is perfect for projects that require rapid development as it comes with pre-configured features, thus enabling fast development. It’s also great for content-driven websites as it comes with some SEO features that simplify SEO optimization.
Here are some of the drawbacks of using Nuxt.js:
$attrs/render methods or JSXLastly, Nuxt.js lacks certain widely used solid plugins and components like Calendar, vector maps, and Google Maps. However, some components exist that are typically not well maintained. Also, some plugins don’t work on the server side.
If you are not familiar with Vue, Nuxt.js is NOT the framework you want to use. The learning curve for both Vue and Nuxt may be steep and can take considerable time to cover.
Additionally, for projects that require high levels of customization, Nuxt.js may not be particularly suitable.
Creating a new project in Nuxt is straightforward. Nuxt.js allows you to develop a project using various methods. However, utilizing CLI is the most popular and advised method.
With npx installed on your computer, Nuxt.js allows you to create a new project by running the command below:
npx create-nuxt-app <project name>
After running the command, Nuxt gives a great starting point for organizing your application understandably.
Next.js and Nuxt.js are modern JavaScript frameworks created to address related issues. As such, they have similar advantages and disadvantages, features, use cases, and guiding concepts:
To better understand and compare these frameworks, you can take a look at the comparison table below:
| Feature | Next.js | Nuxt.js |
|---|---|---|
| Customization | Next.js gives total control over everything. This means more customization options. | Nuxt.js offers a streamlined approach, which only allows for a bit of customization. |
| Framework | React | Vue.js |
| Data-fetching | Server-side & client-side, which requires manual setup with tools like getStaticProps. | Server-side & client-side using built-in methods like asyncData and fetch. |
| SEO features | Next.js requires some configuration for this. | Nuxt offers built-in SEO features like metatags, sitemaps. |
| Typescript support | Next.js offers out-of-the-box support for Typescript. | Nuxt.js offers out-of-the-box support for Typescript. |
| Community support | The Next.js community is more significant than that of Nuxt.js. This may be attributed to the fact that it is built on React and is easy for most React developers to build with. | The Nuxt.js community is growing as it continues to have active users. |
Next.js and Nuxt.js are excellent web frameworks with cutting-edge features, user experience, and performance, embracing the Jamstack architecture that enables you to build fast websites efficiently and reliably.
In this article, you learned about Next.js and Nuxt.js, their features, use cases, pros, cons, and a comparison between the two frameworks. Hopefully, this article gives you insight into which framework is ideal for you and your team.
Debugging Next applications can be difficult, especially when users experience issues that are difficult to reproduce. If you’re interested in monitoring and tracking state, automatically surfacing JavaScript errors, and tracking slow network requests and component load time, try LogRocket.
LogRocket is like a DVR for web and mobile apps, recording literally everything that happens on your Next.js app. Instead of guessing why problems happen, you can aggregate and report on what state your application was in when an issue occurred. LogRocket also monitors your app's performance, reporting with metrics like client CPU load, client memory usage, and more.
The LogRocket Redux middleware package adds an extra layer of visibility into your user sessions. LogRocket logs all actions and state from your Redux stores.
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