![]() ![]() Leverage browser caching: Browser caching allows your website to store images and other resources on the user's computer so they don't have to be loaded every time the user visits your website. Use plugins like Lazy Load or WP Rocket to enable lazy loading on your website. This can significantly improve your website's loading speed. Use lazy loading: Lazy loading is a technique that loads images only when they are visible on the screen. Use CSS to adjust the display size of the images if needed. Resize your images to the appropriate size before uploading them to your website. Resize your images: Large images take longer to load than smaller ones. Avoid using BMP or TIFF formats as they have larger file sizes. ![]() Use JPEG for photographs and PNG for graphics and logos. Use the right image format: Different image formats have different file sizes and load times. Compress your images using tools like TinyPNG, Kraken.io, or ImageOptim to reduce file size without compromising image quality. In this ultimate guide, we'll cover everything you need to know to make images load faster on your website.Ĭompress your images: Large image files can significantly slow down your website's loading speed. Slow loading times can negatively impact user experience and even affect your website's search engine rankings. It allows you to set the loading priority for third-party scripts.Images are an important part of any website, but they can also slow down the loading speed of your pages. Instead of using the default tag, you can use the next/script component of Next.js. ![]() These scripts can further slow your Next.js app. In addition to npm dependencies, many applications use third-party scripts like Google Analytics, Google AdSense, and Bootstrap. If you have multiple images in a page, you can prioritize loading using the next/image component. Using the next/image component, you can add a blurred placeholder for any image using the placeholder prop. In other words, this function allows you to fetch your data from the API and return the fetched data to the page component as a prop.Įxample: // This function will be called by the serverĮxport async function getServerSideProps( to turn it off. This function will be called by the server on every request, returning an object that will be passed to the page component as a prop. You can do your data-fetching work inside this function.getServerSideProps function takes a context object as a parameter that contains page data such as params, res, req, query, etc. Next.js provides an async function named getServerSideProps that we can use to render any page on the server and return static HTML to the client. SSR will also improve application performance, especially on mobile devices. Using server-side rendering will help your app reduce the time required to render the first page on the client side, so the user will see the content of your page much faster. Server-side rendering (SSR) is a technique used to render the initial HTML of a webpage on the server before delivering it to the browser. Fortunately, developers can follow a number of best practices to improve the speed of their Next.js applications. When the server needs to send additional assets (for example images) during the initial round trip, the application performance degrades. While the framework is simple, developers still struggle to increase the speed of their applications.Īn application’s speed is strongly related to the amount of time it takes to serve the application code, styles, and data to the client in the first round trip. It simplifies the process of creating hybrid applications with client-side as well as server-side rendered pages. This framework allows developers to build powerful web apps with JavaScript without worrying about building the back-end infrastructure. In recent years, web application development has undergone a radical transformation due to the rise of Next.js. ![]()
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